Citation:

PANGAEA.957160

Name: A global compilation of diatom silica oxygen isotope records from lake sediment: individual datasets in a single table
Published: 2024-02-13
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Compilation; delta O-18; Diatom; Lake sediment core; paleoclimate proxy

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Abstract:

Oxygen isotopes in biogenic silica (δ18O BSi) from lake sediments allow for quantitative reconstruction of past hydroclimate and proxy–model comparison in terrestrial environments. The signals of individual records have been attributed to different factors, such as air temperature (T air ), atmospheric circulation patterns, hydrological changes and lake evaporation. Here, we provide 55 composite down–core records published to date and complemented with additional lake basin parameters (e.g. lake water residence time and catchment size) to best characterize the signal properties. Records feature widely different temporal coverage and resolution ranging from decadal–scale records covering the last 150 years to records with multi–millennial scale resolution spanning glacial–interglacial cycles. Best coverage in number of records (N=37) and datapoints (N=2112) is available for northern hemispheric (NH) extra–tropic regions throughout the Holocene (corresponding to Marine Isotope Stage 1; MIS 1).

Keyword(s):

Compilation; delta O-18; Diatom; Lake sediment core; paleoclimate proxy

Supplement to:

Meister, Philip; Alexandre, Anne; Bailey, Hannah; Barker, Philip; Biskaborn, Boris K; Broadman, Ellie; Cartier, Rosine; Chapligin, Bernhard; Couapel, Martine; Dean, Jonathan R; Diekmann, Bernhard; Harding, Poppy; Henderson, Andrew C G; Hernandez, Armand; Herzschuh, Ulrike; Kostrova, Svetlana S; Lacey, Jack H; Leng, Melanie J; Lücke, Andreas; Mackay, Anson W; Magyari, Eniko Katalin; Narancic, Biljana; Porchier, Cécile; Rosqvist, Gunhild C; Shemesh, Aldo; Sonzogni, Corinne; Swann, George E A; Sylvestre, Florence; Meyer, Hanno (in review): A global compilation of diatom silica oxygen isotope records from lake sediment – trends, and implications for climate reconstruction. https://doi.org/10.5194/cp-2022-96

Source:

Ampel, Linda; Wohlfarth, Barbara; Risberg, Jan; Veres, Daniel; Leng, Melanie J; Tillman, Päivi Kaislahti (2010): Diatom assemblage dynamics during abrupt climate change: the response of lacustrine diatoms to Dansgaard–Oeschger cycles during the last glacial period. Journal of Paleolimnology, 44(2), 397-404, https://doi.org/10.1007/s10933-009-9350-7

Bailey, Hannah; Kaufman, Darrell S; Sloane, Hilary J; Hubbard, Alun L; Henderson, Andrew; Leng, Melanie J; Meyer, Hanno; Welker, Jeffrey M (2018): Holocene atmospheric circulation in the central North Pacific: A new terrestrial diatom and δ18O dataset from the Aleutian Islands. Quaternary Science Reviews, 194, 27-38, https://doi.org/10.1016/j.quascirev.2018.06.027

Barker, P A; Leng, Melanie J; Gasse, Françoise; Huang, Yongsong (2007): Century-to-millennial scale climatic variability in Lake Malawi revealed by isotope records. Earth and Planetary Science Letters, 261(1-2), 93-103, https://doi.org/10.1016/j.epsl.2007.06.010

Barker, P A; Street-Perrott, F Alayne; Leng, Melanie J; Greenwood, P B; Swain, D L; Perrott, R A; Telford, R J; Ficken, Katherine J (2001): A 14,000-Year Oxygen Isotope Record from Diatom Silica in Two Alpine Lakes on Mt. Kenya. Science, 292(5525), 2307-2310, https://doi.org/10.1126/science.1059612

Bittner, Lucas; Gil-Romera, Graciela; Grady, Dai; Lamb, Henry F; Lorenz, Eva; Weiner, Mikaela; Meyer, Hanno; Bromm, Tobias; Glaser, Bruno; Zech, Michael (2022): The Holocene lake-evaporation history of the afro-alpine Lake Garba Guracha in the Bale Mountains, Ethiopia, based on δ 18 O records of sugar biomarker and diatoms. Quaternary Research, 105, 23-36, https://doi.org/10.1017/qua.2021.26

Broadman, Ellie; Kaufman, Darrell S; Henderson, Andrew C G; Berg, Edward E; Anderson, R Scott; Leng, Melanie J; Stahnke, Sean A; Munoz, Samuel E (2020): Multi-proxy evidence for millennial-scale changes in North Pacific Holocene hydroclimate from the Kenai Peninsula lowlands, south-central Alaska. Quaternary Science Reviews, 241, 106420, https://doi.org/10.1016/j.quascirev.2020.106420

Broadman, Ellie; Kaufman, Darrell S; Henderson, Andrew C G; Malmierca-Vallet, Irene; Leng, Melanie J; Lacey, Jack H (2020): Coupled impacts of sea ice variability and North Pacific atmospheric circulation on Holocene hydroclimate in Arctic Alaska. Proceedings of the National Academy of Sciences, 117(52), 33034-33042, https://doi.org/10.1073/pnas.2016544117

Brown, Sabrina R; Cartier, Rosine; Schiller, Christopher M; Zahajská, Petra; Fritz, Sherilyn C; Morgan, Lisa A; Whitlock, Cathy L; Conley, Daniel J; Lacey, Jack H; Leng, Melanie J; Shanks, Wayne C (2021): Multi-proxy record of Holocene paleoenvironmental conditions from Yellowstone Lake, Wyoming, USA. Quaternary Science Reviews, 274, 107275, https://doi.org/10.1016/j.quascirev.2021.107275

Cartier, Rosine; Sylvestre, Florence; Pailles, Christine; Sonzogni, Corinne; Couapel, Martine; Alexandre, Anne; Mazur, Jean-Charles; Brisset, Elodie; Miramont, Cécile; Guiter, Frederic (2019): Diatom-oxygen isotope record from high-altitude Lake Petit (2200 m a.s.l.) in the Mediterranean Alps: shedding light on a climatic pulse at 4.2 ka. Climate of the Past, 15(1), 253-263, https://doi.org/10.5194/cp-15-253-2019

Chapligin, Bernhard; Meyer, Hanno; Swann, George E A; Meyer-Jacob, Carsten; Hubberten, Hans-Wolfgang (2012): A 250 ka oxygen isotope record from diatoms at Lake El'gygytgyn, far east Russian Arctic. Climate of the Past, 8(5), 1621-1636, https://doi.org/10.5194/cp-8-1621-2012

Chapligin, Bernhard; Narancic, Biljana; Meyer, Hanno; Pienitz, Reinhard (2016): Paleo-environmental gateways in the eastern Canadian arctic – Recent isotope hydrology and diatom oxygen isotopes from Nettilling Lake, Baffin Island, Canada. Quaternary Science Reviews, 147, 379-390, https://doi.org/10.1016/j.quascirev.2016.03.028

Dean, Jonathan R; Jones, Matthew D; Leng, Melanie J; Metcalfe, Sarah E; Sloane, Hilary J; Eastwood, Warren J; Roberts, C Neil (2018): Seasonality of Holocene hydroclimate in the Eastern Mediterranean reconstructed using the oxygen isotope composition of carbonates and diatoms from Lake Nar, central Turkey. The Holocene, 28(2), 267-276, https://doi.org/10.1177/0959683617721326

Harding, Poppy; Bezrukova, Elena V; Kostrova, Svetlana S; Lacey, Jack H; Leng, Melanie J; Meyer, Hanno; Pavlova, Liudmila A; Shchetnikov, Alexander A; Shtenberg, M V; Tarasov, Pavel E; Mackay, Anson W (2020): Hydrological (in)stability in Southern Siberia during the Younger Dryas and early Holocene. Global and Planetary Change, 195, 103333, https://doi.org/10.1016/j.gloplacha.2020.103333

Hernandez, Armand; Bao, Roberto; Giralt, Santiago; Sáez, Alberto; Leng, Melanie J; Barker, P A; Kendrick, Christopher P; Sloane, Hilary J (2013): Climate, catchment runoff and limnological drivers of carbon and oxygen isotope composition of diatom frustules from the central Andean Altiplano during the Lateglacial and Early Holocene. Quaternary Science Reviews, 66, 64-73, https://doi.org/10.1016/j.quascirev.2012.10.013

Heyng, Alexander M; Mayr, Christoph; Lücke, Andreas; Moschen, Robert; Wissel, Holger; Striewski, Bernd; Bauersachs, Thorsten (2015): Middle and Late Holocene paleotemperatures reconstructed from oxygen isotopes and GDGTs of sediments from Lake Pupuke, New Zealand. Quaternary International, 374, 3-14, https://doi.org/10.1016/j.quaint.2014.12.040

Hu, Feng Sheng; Shemesh, Aldo (2003): A biogenic-silica δ 18 O record of climatic change during the last glacial–interglacial transition in southwestern Alaska. Quaternary Research, 59(3), 379-385, https://doi.org/10.1016/S0033-5894(03)00056-5

Jones, Vivienne J; Leng, Melanie J; Solovieva, Nadia; Sloane, Hilary J; Tarasov, Pavel E (2004): Holocene climate of the Kola Peninsula; evidence from the oxygen isotope record of diatom silica. Quaternary Science Reviews, 23(7-8), 833-839, https://doi.org/10.1016/j.quascirev.2003.06.014

Jonsson, Christina E; Rosqvist, Gunhild C; Leng, Melanie J; Bigler, Christian; Bergman, Jonas; Tillman, Päivi Kaislahti; Sloane, Hilary J (2010): High-resolution diatom δ 18 O records, from the last 150 years, reflecting changes in amount of winter precipitation in two sub-Arctic high-altitude lakes in the Swedish Scandes. Journal of Quaternary Science, 25(6), 918-930, https://doi.org/10.1002/jqs.1372

Kalmychkov, G V; Kuz'min, M I; Pokrovskii, B G; Kostrova, Svetlana S (2007): Oxygen isotopic composition in diatom algae frustules from Lake Baikal sediments: Annual mean temperature variations during the last 40 Ka. Doklady Earth Sciences, 413(1), 206-209, https://doi.org/10.1134/S1028334X07020158

Kostrova, Svetlana S; Biskaborn, Boris K; Pestryakova, Luidmila A; Fernandoy, Francisco; Lenz, Marlene M; Meyer, Hanno (2021): Climate and environmental changes of the Lateglacial transition and Holocene in northeastern Siberia: Evidence from diatom oxygen isotopes and assemblage composition at Lake Emanda. Quaternary Science Reviews, 259, 106905, https://doi.org/10.1016/j.quascirev.2021.106905

Kostrova, Svetlana S; Meyer, Hanno; Bailey, Hannah; Ludikova, Anna V; Gromig, Raphael; Kuhn, Gerhard; Shibaev, Yu A; Kozachek, A V; Ekaykin, Alexey A; Chapligin, Bernhard (2019): Holocene hydrological variability of Lake Ladoga, northwest Russia, as inferred from diatom oxygen isotopes. Boreas, 48(2), 361-376, https://doi.org/10.1111/bor.12385

Kostrova, Svetlana S; Meyer, Hanno; Tarasov, Pavel E; Bezrukova, Elena V; Chapligin, Bernhard; Kossler, Annette; Pavlova, Liudmila A; Kuzmin, Mikhail I (2016): Oxygen isotope composition of diatoms from sediments of Lake Kotokel (Buryatia). Russian Geology and Geophysics, 57(8), 1239-1247, https://doi.org/10.1016/j.rgg.2016.08.009

Koutsodendris, Andreas; Pross, Jörg; Müller, Ulrich C; Brauer, Achim; Fletcher, William J; Kühl, Norbert; Kirilova, Emiliya P; Verhagen, Florence T M; Lücke, Andreas; Lotter, André F (2012): A short-term climate oscillation during the Holsteinian interglacial (MIS 11c): An analogy to the 8.2ka climatic event? Global and Planetary Change, 92-93, 224-235, https://doi.org/10.1016/j.gloplacha.2012.05.011

Lamb, Angela L; Leng, Melanie J; Sloane, Hilary J; Telford, Richard J (2005): A comparison of the palaeoclimate signals from diatom oxygen isotope ratios and carbonate oxygen isotope ratios from a low latitude crater lake. Palaeogeography, Palaeoclimatology, Palaeoecology, 223(3-4), 290-302, https://doi.org/10.1016/j.palaeo.2005.04.011

Leng, Melanie J; Barnker, Philip; Greenwood, P; Roberts, Neil; Reed, Jane (2001): Oxygen isotope analysis of diatom silica and authigenic calcite from Lake Pinarbasi, Turkey. Journal of Paleolimnology, 25(3), 343-349, https://doi.org/10.1023/A:1011169832093

Leng, Melanie J; Metcalfe, Sarah E; Davies, Sarah J (2005): Investigating Late Holocene Climate Variability in Central Mexico using Carbon Isotope Ratios in Organic Materials and Oxygen Isotope Ratios from Diatom Silica within Lacustrine Sediments. Journal of Paleolimnology, 34(4), 413-431, https://doi.org/10.1007/s10933-005-6748-8

Mackay, Anson W; Karabanov, Eugene; Leng, Melanie J; Sloane, Hilary J; Morley, David W; Panizzo, Virginia N; Khursevich, Galina; Williams, Douglas F (2008): Reconstructing hydrological variability in Lake Baikal during MIS 11: an application of oxygen isotope analysis of diatom silica. Journal of Quaternary Science, 23(4), 365-374, https://doi.org/10.1002/jqs.1174

Mackay, Anson W; Swann, George E A; Brewer, Timothy S; Leng, Melanie J; Morley, David; Piotrowska, Natalia; Rioual, Patrick; White, Dustin (2011): A reassessment of late glacial - Holocene diatom oxygen isotope record from Lake Baikal using a geochemical mass-balance approach. Journal of Quaternary Science, 26(6), 627-634, https://doi.org/10.1002/jqs.1484

Mackay, Anson W; Swann, George E A; Fagel, Nathalie; Fietz, Susanne; Leng, Melanie J; Morley, David; Rioual, Patrick; Tarasov, Pavel E (2013): Hydrological instability during the Last Interglacial in central Asia: a new diatom oxygen isotope record from Lake Baikal. Quaternary Science Reviews, 66, 45-54, https://doi.org/10.1016/j.quascirev.2012.09.025

Magyari, Eniko Katalin; Demény, Attila; Buczkó, Krisztina; Kern, Zoltán; Vennemann, Torsten W; Fórizs, Istvan; Vincze, Ildikó; Braun, Mihály; Kovács, István János; Udvardi, Beatrix; Veres, Daniel (2013): A 13,600-year diatom oxygen isotope record from the South Carpathians (Romania): Reflection of winter conditions and possible links with North Atlantic circulation changes. Quaternary International, 293, 136-149, https://doi.org/10.1016/j.quaint.2012.05.042

Meyer, Hanno; Chapligin, Bernhard; Hoff, Ulrike; Nazarova, Larisa B; Diekmann, Bernhard (2015): Oxygen isotope composition of diatoms as Late Holocene climate proxy at Two-Yurts Lake, Central Kamchatka, Russia. Global and Planetary Change, 134, 118-128, https://doi.org/10.1016/j.gloplacha.2014.04.008

Polissar, Pratigya J; Abbott, Mark; Shemesh, Aldo; Wolfe, Alexander P; Bradley, Raymond S (2006): Holocene hydrologic balance of tropical South America from oxygen isotopes of lake sediment opal, Venezuelan Andes. Earth and Planetary Science Letters, 242(3-4), 375-389, https://doi.org/10.1016/j.epsl.2005.12.024

Quesada, Benjamin; Sylvestre, Florence; Vimeux, Françoise; Black, Jessica; Pailles, Christine; Sonzogni, Corinne; Alexandre, Anne; Blard, Pierre-Henri; Tonetto, Alain; Mazur, Jean-Charles; Bruneton, Hélène (2015): Impact of Bolivian paleolake evaporation on the δ18O of the Andean glaciers during the last deglaciation (18.5–11.7 ka): diatom-inferred δ18O values and hydro-isotopic modeling. Quaternary Science Reviews, 120, 93-106, https://doi.org/10.1016/j.quascirev.2015.04.022

Rietti-Shati, Miri; Shemesh, Aldo; Karlén, Wibjörn (1998): A 3000-Year Climatic Record from Biogenic Silica Oxygen Isotopes in an Equatorial High-Altitude Lake. Science, 281(5379), 980-982, https://doi.org/10.1126/science.281.5379.980

Rosqvist, Gunhild C; Leng, Melanie J; Goslar, Tomasz; Sloane, Hilary J; Bigler, Christian; Cunningham, Laura Kay; Dadal, Anna; Bergman, Jonas; Berntsson, Annika; Jonsson, Christina E; Wastegård, Stefan (2013): Shifts in precipitation during the last millennium in northern Scandinavia from lacustrine isotope records. Quaternary Science Reviews, 66, 22-34, https://doi.org/10.1016/j.quascirev.2012.10.030

Rosqvist, Gunhild C; Rietti-Shati, Miri; Shemesh, Aldo (1999): Late glacial to middle Holocene climatic record of lacustrine biogenic silica oxygen isotopes from a Southern Ocean island. Geology, 27(11), 967, https://doi.org/10.1130/0091-7613(1999)027%3C0967:LGTMHC%3E2.3.CO;2

Rozanski, Kazimierz; Klisch, Monika A; Wachniew, Przemyslaw; Gorczyca, Zbigniew; Goslar, Tomasz; Edwards, Thomas W D; Shemesh, Aldo (2010): Oxygen-isotope geothermometers in lacustrine sediments: New insights through combined δ18O analyses of aquatic cellulose, authigenic calcite and biogenic silica in Lake Gościąż, central Poland. Geochimica et Cosmochimica Acta, 74(10), 2957-2969, https://doi.org/10.1016/j.gca.2010.02.026

Schiff, Caleb J; Kaufman, Darrell S; Wolfe, Alexander P; Dodd, Justin; Sharp, Zachary D (2009): Late Holocene storm-trajectory changes inferred from the oxygen isotope composition of lake diatoms, south Alaska. Journal of Paleolimnology, 41(1), 189-208, https://doi.org/10.1007/s10933-008-9261-z

Schmidt, Mareike; Fuchs, Markus; Henderson, Andrew C G; Kossler, Annette; Leng, Melanie J; Mackay, Anson W; Shemang, Elisha; Riedel, Frank (2017): Paleolimnological features of a mega-lake phase in the Makgadikgadi Basin (Kalahari, Botswana) during Marine Isotope Stage 5 inferred from diatoms. Journal of Paleolimnology, 58, 373-390, https://doi.org/10.1007/s10933-017-9984-9

Shemesh, Aldo; Peteet, Dorothy M (1998): Oxygen isotopes in fresh water biogenic opal - Northeastern US Alleröd-Younger Dryas temperature shift. Geophysical Research Letters, 25(11), 1935-1938, https://doi.org/10.1029/98GL01443

Shemesh, Aldo; Rietti-Shati, Miri; Rioual, Patrick; Battarbee, Richard; de Beaulieu, Jacques-Louis; Reille, Maurice; Andrieu, Valérie; Svobodová, Helena (2001): An oxygen isotope record of lacustrine opal from a European Maar indicates climatic stability during the Last Interglacial. Geophysical Research Letters, 28(12), 2305-2308, https://doi.org/10.1029/2000GL012720

Shemesh, Aldo; Rosqvist, Gunhild C; Rietti-Shati, Miri; Rubensdotter, Lena; Bigler, Christian; Yam, Ruth; Karlén, Wibjörn (2001): Holocene climatic change in Swedish Lapland inferred from an oxygen-isotope record of lacustrine biogenic silica. The Holocene, 11(4), 447-454, https://doi.org/10.1191/095968301678302887

Street-Perrott, F Alayne; Barker, P A; Leng, Melanie J; Sloane, Hilary J; Wooller, Matthew J; Ficken, Katherine J; Swain, D L (2008): Towards an understanding of late Quaternary variations in the continental biogeochemical cycle of silicon: multi-isotope and sediment-flux data for Lake Rutundu, Mt Kenya, East Africa, since 38 ka BP. Journal of Quaternary Science, 23(4), 375-387, https://doi.org/10.1002/jqs.1187

Swann, George E A; Leng, Melanie J; Juschus, Olaf; Melles, Martin; Brigham-Grette, Julie; Sloane, Hilary J (2010): A combined oxygen and silicon diatom isotope record of Late Quaternary change in Lake El'gygytgyn, North East Siberia. Quaternary Science Reviews, 29(5-6), 774-786, https://doi.org/10.1016/j.quascirev.2009.11.024

Swann, George E A; Mackay, Anson W; Vologina, Elena G; Jones, Matthew D; Panizzo, Virginia N; Leng, Melanie J; Sloane, Hilary J; Snelling, Andrea M; Sturm, Michael (2018): Lake Baikal isotope records of Holocene Central Asian precipitation. Quaternary Science Reviews, 189, 210-222, https://doi.org/10.1016/j.quascirev.2018.04.013

Wilson, Katy E; Maslin, Mark; Leng, Melanie J; Kingston, John D; Deino, Alan L; Edgar, Robert K; Mackay, Anson W (2014): East African lake evidence for Pliocene millennial-scale climate variability. Geology, 42(11), 955-958, https://doi.org/10.1130/G35915.1

Funding:

Academy of Finland, grant/award no. 348536 : Rain or Snow? Resolving the sources, sinks, state and impact of enhanced Arctic precipitation on terrestrial ice mass balance and global sea-level rise

Federal Ministry of Education and Research (BMBF), grant/award no. 01LP1923B : PalMod II

Ministerio de Ciencia e Innovación (MICINN), grant/award no. RYC2020-029253-I: Ramón y Cajal Scheme

Coverage:

Median Latitude: 34.852442 * Median Longitude: 124.344925 * South-bound Latitude: -54.166441 * West-bound Longitude: 4.933333 * North-bound Latitude: 69.360000 * East-bound Longitude: -8.385780

Date/Time Start: 2001-07-28T01:35:00 * Date/Time End: 2016-04-30T00:00:00

Minimum Elevation: 186.0 m * Maximum Elevation: 2200.0 m

Event(s):

BAIK13 * Latitude: 51.767830 * Longitude: 104.416300 * Location: Baikal * Method/Device: Sediment corer (SEDCO)

BALGGU171 * Latitude: 6.875781 * Longitude: 39.878075 * Recovery: 15.5 m * Location: Garba Guracha * Method/Device: Livingstone piston corer (LPC)

BD_4 * Latitude: 0.547572 * Longitude: 35.938310 * Recovery: 7.9 m * Location: Baringo-Bogoria Basin * Method/Device: Outcrop sample (OUTCROP)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Meister, Philip
2	Identification	ID		Meister, Philip		unique identifier of the record
3	Section	Sect		Meister, Philip		core section the sediment sample was taken from as specified by original authors
4	Laboratory code/label	Lab label		Meister, Philip		lab code of the sample as specified by original authors
5	Sample code/label	Sample label		Meister, Philip		sample id as specified by original authors
6	Depth, relative	Depth rel	m	Meister, Philip		top of the sediment sample relative to the section of the core
7	Depth, relative	Depth rel	m	Meister, Philip		bottom of the sediment sample relative to the section of the core
8	Depth, relative	Depth rel	m	Meister, Philip		mean depth of the sediment sample relative to the section of the core
9	Depth, composite top	Depth comp top	mcd	Meister, Philip		top of the sediment sample relative to the composite core
10	Depth, composite bottom	Depth comp bot	mcd	Meister, Philip		bottom of the sediment sample relative to the composite core
11	Depth, composite mean	Depth comp mean	mcd	Meister, Philip		mean depth of the sediment sample relative to the composite core
12	AGE	Age	ka BP	Meister, Philip		Geocode – age of the sediment sample according to age model of the core
13	δ13C, diatom-bound organic matter	δ13C DB	‰ PDB	Meister, Philip		delta 13 C signature of diatoms in the sediment sample
14	Diatoms, δ18O	Diatoms δ18O	‰ SMOW	Meister, Philip		delta 18 O signature of diatoms in the sediment sample
15	Diatoms, δ18O, standard deviation	Diatoms δ18O std dev	±	Meister, Philip		Error of d18O_diatom, 1 sigma
16	Diatoms, δ18O	Diatoms δ18O	‰ SMOW	Meister, Philip	Raw data	raw delta 18 O signature of diatoms in the sediment sample, not corrected for contamination
17	Diatoms, δ18O, standard deviation	Diatoms δ18O std dev	±	Meister, Philip	Raw data	error of raw delta 18 O signature of diatoms in the sediment sample, not corrected for contamination, 1 sigma
18	Diatoms, δ18O	Diatoms δ18O	‰ SMOW	Meister, Philip	Corrected for contamination	delta 18 O signature of diatoms in the sediment sample, corrected for contamination
19	Diatoms, δ18O, standard deviation	Diatoms δ18O std dev	±	Meister, Philip	Corrected for contamination	error of delta 18 O signature of diatoms in the sediment sample, corrected for contamination, 1 sigma
20	Silicon dioxide	SiO2	%	Meister, Philip		Percentage of biogenic silica content in purified sample
21	Aluminium oxide	Al2O3	%	Meister, Philip		Percentage of Al2O3 in purified sample

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Status:

Curation Level: Enhanced curation (CurationLevelC) * Processing Level: PANGAEA data processing level 4 (ProcLevel4)

Size:

19805 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Event	2 ID (unique identifier of the record)	3 Sect (core section the sediment sam...)	5 Sample label (sample id as specified by ori...)	6 Depth rel [m] (top of the sediment sample re...)	7 Depth rel [m] (bottom of the sediment sample...)	8 Depth rel [m] (mean depth of the sediment sa...)	9 Depth comp top [mcd] (top of the sediment sample re...)	10 Depth comp bot [mcd] (bottom of the sediment sample...)	11 Depth comp mean [mcd] (mean depth of the sediment sa...)	12 Age [ka BP] (age of the sediment sample ac...)	13 δ13C DB [‰ PDB] (delta 13 C signature of diato...)	14 Diatoms δ18O [‰ SMOW] (delta 18 O signature of diato...)	15 Diatoms δ18O std dev [±] (Error of d18O_diatom, 1 sigma)	16 Diatoms δ18O [‰ SMOW] (raw delta 18 O signature of d...)	17 Diatoms δ18O std dev [±] (error of raw delta 18 O signa...)	18 Diatoms δ18O [‰ SMOW] (delta 18 O signature of diato...)	19 Diatoms δ18O std dev [±] (error of delta 18 O signature...)	20 SiO2 [%] (Percentage of biogenic silica...)	21 Al2O3 [%] (Percentage of Al2O3 in purifi...)
BAIK13	BAIK13	BAIK13-4F		0.002	0.004	0.003				-0.062		24.20		24.06		24.20
BAIK13	BAIK13	BAIK13-4F		0.006	0.008	0.007				-0.060		24.53		24.45		24.53
BAIK13	BAIK13	BAIK13-1C		0.006	0.008	0.007				-0.059		25.54		25.54		25.54
BAIK13	BAIK13	BAIK13-4F		0.012	0.014	0.013				-0.058		24.20		24.05		24.20
BAIK13	BAIK13	BAIK13-7A		0.004	0.008	0.006				-0.058		25.14		24.13		25.14
BAIK13	BAIK13	BAIK13-4F		0.016	0.018	0.017				-0.057		24.56		24.40		24.56
BAIK13	BAIK13	BAIK13-7A		0.008	0.012	0.010				-0.051		24.68		23.95		24.68
BAIK13	BAIK13	BAIK13-7A		0.012	0.016	0.014				-0.040		24.87		23.98		24.87
BAIK13	BAIK13	BAIK13-7A		0.016	0.020	0.018				-0.028		23.91		23.16		23.91
BAIK13	BAIK13	BAIK13-1C		0.028	0.030	0.029				-0.017		26.79		26.79		26.79
BAIK13	BAIK13	BAIK13-7A		0.020	0.024	0.022				-0.012		25.92		24.75		25.92
BAIK13	BAIK13	BAIK13-7A		0.024	0.028	0.026				0.007		24.94		23.95		24.94
BAIK13	BAIK13	BAIK13-4F		0.066	0.068	0.067				0.019		24.33		23.60		24.33
BAIK13	BAIK13	BAIK13-4F		0.068	0.070	0.069				0.026		23.33		23.20		23.33
BAIK13	BAIK13	BAIK13-7A		0.030	0.032	0.031				0.035		25.64		24.52		25.64
BAIK13	BAIK13	BAIK13-4F		0.074	0.076	0.075				0.043		23.78		23.76		23.78
BAIK13	BAIK13	BAIK13-7A		0.032	0.034	0.033				0.047		25.74		24.56		25.74
BAIK13	BAIK13	BAIK13-7A		0.034	0.036	0.035				0.060		26.54		25.15		26.54
BAIK13	BAIK13	BAIK13-1C		0.048	0.050	0.049				0.082		27.21		27.21		27.21
BAIK13	BAIK13	BAIK13-7A		0.038	0.040	0.039				0.088		26.86		25.53		26.86
BAIK13	BAIK13	BAIK13-4F		0.084	0.086	0.085				0.101		24.10		24.10		24.10
BALGGU171	BALGGU171	BALGGU171	BAL-01						1.050	0.931		43.39		41.57	0.03	43.39		98.46	0.91
BALGGU171	BALGGU171	BALGGU171	BAL-02						1.350	1.442		44.49		40.58	0.18	44.49		96.89	1.89
BALGGU171	BALGGU171	BALGGU171	BAL-03						1.850	2.136		42.80		40.93	0.42	42.80		98.74	0.95
BALGGU171	BALGGU171	BALGGU171	BAL-04						2.450	2.962		42.83		40.57	0.17	42.83		98.58	1.16
BALGGU171	BALGGU171	BALGGU171	BAL-05						2.830	3.508		44.81		42.71	0.34	44.81		97.88	1.01
BALGGU171	BALGGU171	BALGGU171	BAL-06						3.430	4.259		42.99		41.81	0.30	42.99		98.59	0.60
BALGGU171	BALGGU171	BALGGU171	BAL-07						3.630	4.540		42.11		40.59	0.24	42.11		99.04	0.79
BALGGU171	BALGGU171	BALGGU171	BAL-08						4.030	5.167		42.64		41.23		42.64		99.13	0.72
BALGGU171	BALGGU171	BALGGU171	BAL-09						5.030	6.601		40.97		38.19	0.03	40.97		98.07	1.51
BALGGU171	BALGGU171	BALGGU171	BAL-10						5.230	6.875		38.31		37.24	0.05	38.31		98.68	0.63
BALGGU171	BALGGU171	BALGGU171	BAL-11						5.820	7.680		36.94		36.33	0.15	36.94		99.29	0.38
BALGGU171	BALGGU171	BALGGU171	BAL-12						6.320	8.407		37.49		36.40	0.01	37.49		98.71	0.66
BALGGU171	BALGGU171	BALGGU171	BAL-13						6.800	9.225		37.08		36.09	0.19	37.08		98.95	0.62
BALGGU171	BALGGU171	BALGGU171	BAL-14						7.200	9.757		38.38		35.79	0.18	38.38		96.43	1.53
BALGGU171	BALGGU171	BALGGU171	BAL-15						7.840	10.296		39.69		35.66	0.04	39.69		95.74	2.28
BALGGU171	BALGGU171	BALGGU171	BAL-16						8.040	10.457		38.85		37.18	0.15	38.85		98.51	0.97
BD_4	BD4	BD4	4055						0.200	2616.725		33.64				33.64
BD_4	BD4	BD4	4058						0.500	2616.313		34.82				34.82
BD_4	BD4	BD4	4059						0.600	2616.175		36.08				36.08
BD_4	BD4	BD4	4060						0.700	2616.038		34.47				34.47
BD_4	BD4	BD4	4061						0.800	2615.900		35.46				35.46
BD_4	BD4	BD4	4062						0.900	2615.763		36.16				36.16
BD_4	BD4	BD4	4063						1.000	2615.625		36.23				36.23
BD_4	BD4	BD4	4064						1.100	2615.488		36.77				36.77
BD_4	BD4	BD4	4065						1.200	2615.350		35.56				35.56
BD_4	BD4	BD4	4066						1.300	2615.213		34.46				34.46
BD_4	BD4	BD4	4067						1.400	2615.075		36.33				36.33
BD_4	BD4	BD4	4069						1.600	2614.800		31.16				31.16
BD_4	BD4	BD4	4070						1.700	2614.663		34.85				34.85
BD_4	BD4	BD4	4071						1.800	2614.525		37.23				37.23
BD_4	BD4	BD4	4076						2.300	2613.838		37.54				37.54
BD_4	BD4	BD4	4078						2.500	2613.563		36.25				36.25
BD_4	BD4	BD4	4079						2.600	2613.425		36.25				36.25
BD_4	BD4	BD4	4080						2.700	2613.288		35.46				35.46
BD_4	BD4	BD4	4082						2.900	2613.013		34.96				34.96
BD_4	BD4	BD4	4083						3.000	2612.875		35.95				35.95
BD_4	BD4	BD4	4084						3.100	2612.738		37.16				37.16
BD_4	BD4	BD4	4087						3.400	2612.325		35.36				35.36
BD_4	BD4	BD4	4088						3.500	2612.188		35.51				35.51
BD_4	BD4	BD4	4090						3.700	2611.913		35.91				35.91
BD_4	BD4	BD4	4091						3.800	2611.775		37.27				37.27
BD_4	BD4	BD4	4092						3.900	2611.638		36.58				36.58
BD_4	BD4	BD4	4094						4.100	2611.363		36.37				36.37
BD_4	BD4	BD4	4095						4.200	2611.225		33.61				33.61
BD_4	BD4	BD4	4096						4.300	2611.088		35.44				35.44
BD_4	BD4	BD4	4098						4.500	2610.813		36.42				36.42
BD_4	BD4	BD4	4100						4.700	2610.538		37.04				37.04
BDP96-2	BDP962	BDP962								353.725		12.23				12.23
BDP96-2	BDP962	BDP962								355.449		12.40				12.40
BDP96-2	BDP962	BDP962								357.174		19.91				19.91
BDP96-2	BDP962	BDP962								358.898		18.47				18.47
BDP96-2	BDP962	BDP962								360.623		17.93				17.93
BDP96-2	BDP962	BDP962								363.210		14.47				14.47
BDP96-2	BDP962	BDP962								364.503		15.02				15.02
BDP96-2	BDP962	BDP962								366.228		20.00				20.00
BDP96-2	BDP962	BDP962								367.952		13.31				13.31
BDP96-2	BDP962	BDP962								369.677		18.78				18.78
BDP96-2	BDP962	BDP962								371.401		18.06				18.06
BDP96-2	BDP962	BDP962								373.126		18.95				18.95
BDP96-2	BDP962	BDP962								375.281		22.16				22.16
BDP96-2	BDP962	BDP962								377.006		22.97				22.97
BDP96-2	BDP962	BDP962								378.731		23.41				23.41
BDP96-2	BDP962	BDP962								380.455		21.25				21.25
BDP96-2	BDP962	BDP962								382.180		24.17				24.17
BDP96-2	BDP962	BDP962								384.335		24.74				24.74
BDP96-2	BDP962	BDP962								386.500		23.13				23.13
BDP96-2	BDP962	BDP962								387.569		23.66				23.66
BDP96-2	BDP962	BDP962								390.683		16.23				16.23
BDP96-2	BDP962	BDP962								391.577		22.30				22.30
BDP96-2	BDP962	BDP962								393.545		23.31				23.31
BDP96-2	BDP962	BDP962								395.333		26.13				26.13
BDP96-2	BDP962	BDP962								396.764		25.28				25.28
BDP96-2	BDP962	BDP962								398.016		22.03				22.03
BDP96-2	BDP962	BDP962								399.805		23.87				23.87
BDP96-2	BDP962	BDP962								401.594		25.11				25.11
BDP96-2	BDP962	BDP962								403.382		24.20				24.20
BDP96-2	BDP962	BDP962								404.992		24.63				24.63
BDP96-2	BDP962	BDP962								406.602		26.36				26.36
BDP96-2	BDP962	BDP962								408.033		24.73				24.73
BDP96-2	BDP962	BDP962								409.463		22.94				22.94
BDP96-2	BDP962	BDP962								411.026		24.19				24.19
BDP96-2	BDP962	BDP962								412.667		22.17				22.17
BDP96-2	BDP962	BDP962								414.103		21.78				21.78
BDP96-2	BDP962	BDP962								415.949		22.17				22.17
BDP96-2	BDP962	BDP962								417.385		24.61				24.61
BDP96-2	BDP962	BDP962								419.641		27.67				27.67
BDP96-2	BDP962	BDP962								421.487		25.05				25.05
BDP96-2	BDP962	BDP962								422.718		23.26				23.26
BDP96-2	BDP962	BDP962								432.767		12.25				12.25
BDP96-2	BDP962	BDP962								435.100		12.29				12.29
BDP96-2	BDP962	BDP962								437.433		12.29				12.29
BDP96-2	BDP962	BDP962								439.533		12.25				12.25
BNT14_1-8	BNT1418	BNT1418							0.010	6.289		24.54		23.92		24.54			4.32
BNT14_1-8	BNT1418	BNT1418							0.100	6.303		22.67		21.19		22.67			12.04
BNT14_1-8	BNT1418	BNT1418							0.200	6.318		24.25		23.30		24.25			6.83
BNT14_1-8	BNT1418	BNT1418							0.300	6.333		24.24		22.69		24.24			11.21
BNT14_1-8	BNT1418	BNT1418							0.400	6.349		23.73		21.92		23.73			13.51
BNT14_1-8	BNT1418	BNT1418							0.500	6.364		25.13		21.59		25.13			23.95
BNT14_1-8	BNT1418	BNT1418							0.600	6.379		24.16		22.72		24.16			10.37
BNT14_1-8	BNT1418	BNT1418							0.700	6.395		23.94		23.31		23.94			4.63
BNT14_1-8	BNT1418	BNT1418							0.800	6.410		23.81		23.50		23.81			2.30
BNT14_1-8	BNT1418	BNT1418							0.900	6.425		24.71		23.33		24.71			9.65
BNT14_1-8	BNT1418	BNT1418							1.000	6.444		24.16		23.46		24.16			5.05
BNT14_1-8	BNT1418	BNT1418							1.100	6.477		24.88		23.98		24.88			6.21
BNT14_1-8	BNT1418	BNT1418							1.200	6.510		25.55		24.82		25.55			4.81
BNT14_1-8	BNT1418	BNT1418							1.300	6.543		25.51		24.88		25.51			4.16
BNT14_1-8	BNT1418	BNT1418							1.350	6.560		25.39		24.49		25.39			6.04
BNT14_1-8	BNT1418	BNT1418							1.400	6.576		24.90		24.52		24.90			2.55
BNT14_1-8	BNT1418	BNT1418							1.450	6.593		25.27		24.52		25.27			5.04
BNT14_1-8	BNT1418	BNT1418							1.500	6.609		25.78		24.97		25.78			5.26
BNT14_1-8	BNT1418	BNT1418							1.600	6.642		25.71		24.95		25.71			4.91
BNT14_1-8	BNT1418	BNT1418							1.700	6.675		26.37		26.07		26.37			1.82
BNT14_1-8	BNT1418	BNT1418							1.800	6.708		26.60		25.56		26.60			6.36
BNT14_1-8	BNT1418	BNT1418							1.900	6.741		26.13		25.58		26.13			3.44
BNT14_1-8	BNT1418	BNT1418							1.950	6.758		26.99		25.78		26.99			7.26
BNT14_1-8	BNT1418	BNT1418							2.000	6.774		27.08		26.09		27.08			5.92
BNT14_1-8	BNT1418	BNT1418							2.050	6.857		27.25		26.81		27.25			2.56
BNT14_1-8	BNT1418	BNT1418							2.100	6.939		26.50		26.30		26.50			1.26
BNT14_1-8	BNT1418	BNT1418							2.200	7.105		26.33		26.18		26.33			0.98
BNT14_1-8	BNT1418	BNT1418							2.300	7.270		25.75		25.53		25.75			1.47
BNT14_1-8	BNT1418	BNT1418							2.400	7.435		25.58		25.25		25.58			2.17
BNT14_1-8	BNT1418	BNT1418							2.450	7.518		24.59		24.16		24.59			3.03
BNT14_1-8	BNT1418	BNT1418							2.500	7.601		24.82		24.05		24.82			5.36
BNT14_1-8	BNT1418	BNT1418							2.550	7.683		25.80		24.86		25.80			6.08
BNT14_1-8	BNT1418	BNT1418							2.600	7.766		26.12		24.80		26.12			8.35
BNT14_1-8	BNT1418	BNT1418							2.700	7.931		26.33		25.35		26.33			6.14
BNT14_1-8	BNT1418	BNT1418							2.800	8.097		26.82		25.72		26.82			6.69
BNT14_1-8	BNT1418	BNT1418							2.900	8.262		28.93		27.75		28.93			6.33
BNT14_1-8	BNT1418	BNT1418							3.000	8.428		32.06		30.21		32.06			8.52
BNT14_1-8	BNT1418	BNT1418							3.050	8.510		30.75		29.31		30.75			7.06
BNT14_1-8	BNT1418	BNT1418							3.100	8.593		28.55		26.87		28.55			9.18
BNT14_1-8	BNT1418	BNT1418							3.200	8.758		29.30		28.27		29.30			5.42
BNT14_1-8	BNT1418	BNT1418							3.250	8.841		25.46		24.95		25.46			3.36
BNT14_1-8	BNT1418	BNT1418							3.300	8.924		27.84		27.45		27.84			2.25
BNT14_1-8	BNT1418	BNT1418							3.400	9.089		28.27		27.50		28.27			4.31
BNT14_1-8	BNT1418	BNT1418							3.500	9.254		29.61		29.11		29.61			2.61
BNT14_1-8	BNT1418	BNT1418							3.550	9.337		30.00		28.85		30.00			5.81
BNT14_1-8	BNT1418	BNT1418							3.600	9.420		31.21		29.45		31.21			8.43
BNT14_1-8	BNT1418	BNT1418							3.650	9.502		29.33		28.44		29.33			4.68
BNT14_1-8	BNT1418	BNT1418							3.790	9.734		25.91		24.91		25.91			6.39
BNT14_1-8	BNT1418	BNT1418							3.830	9.800		26.38		25.69		26.38			4.32
BNT14_1-8	BNT1418	BNT1418							3.880	9.883		25.29		24.67		25.29			4.17
BNT14_1-8	BNT1418	BNT1418							3.980	10.048		31.00		29.09		31.00			9.28
BNT14_1-8	BNT1418	BNT1418							4.030	10.180		30.06		28.90		30.06			5.89
BNT14_1-8	BNT1418	BNT1418							4.080	10.346		27.60		25.67		27.60			11.19
BNT14_1-8	BNT1418	BNT1418							4.130	10.511		25.99		24.76		25.99			7.88
BNT14_1-8	BNT1418	BNT1418							4.280	11.008		27.57		26.66		27.57			5.32
BNT14_1-8	BNT1418	BNT1418							4.330	11.173		27.47		26.10		27.47			7.96
BNT14_1-8	BNT1418	BNT1418							4.580	12.000		26.52		24.72		26.52			11.11
BNT14_1-8	BNT1418	BNT1418							4.780	12.662		26.83		25.59		26.83			7.47
BNT14_1-8	BNT1418	BNT1418							4.880	12.993		27.52		25.91		27.52			9.39
Co1309	Co1309	Co1309-14-III							0.030	0.203		29.76		29.49		29.76		98.98	0.23
Co1309	Co1309	Co1309-14-III							0.110	0.793		32.49		32.03		32.49		99.08	0.35
Co1309	Co1309	Co1309-14-III							0.190	1.373		31.18		30.76		31.18		99.05	0.34
Co1309	Co1309	Co1309-14-III							0.270	1.939		32.33		31.79		32.33		98.77	0.41
Co1309	Co1309	Co1309-14-III							0.350	2.483		32.00		31.44		32.00		98.89	0.43
Co1309	Co1309	Co1309-14-III							0.430	3.001		32.56		31.74		32.56		98.80	0.61
Co1309	Co1309	Co1309-14-III							0.510	3.495		33.04		32.11		33.04		98.17	0.68
Co1309	Co1309	Co1309-14-III							0.590	3.969		34.23		33.53		34.23		98.95	0.48
Co1309	Co1309	Co1309-14-III							0.670	4.425		32.41		31.48		32.41		98.44	0.70
Co1309	Co1309	Co1309-14-II							0.750	4.868		33.51		32.64		33.51		98.73	0.62
Co1309	Co1309	Co1309-14-II							0.830	5.301		33.62		32.62		33.62		98.54	0.71
Co1309	Co1309	Co1309-14-II							0.910	5.727		34.54		33.67		34.54		98.70	0.59
Co1309	Co1309	Co1309-14-II							0.990	6.150		34.86		34.22		34.86		98.74	0.43
Co1309	Co1309	Co1309-14-II							1.070	6.574		34.65		33.62		34.65		98.79	0.70
Co1309	Co1309	Co1309-14-II							1.150	7.001		34.71		33.67		34.71		98.50	0.70
Co1309	Co1309	Co1309-14-II							1.230	7.437		34.15		33.31		34.15		98.70	0.58
Co1309	Co1309	Co1309-14-II							1.310	7.883		34.03		33.24		34.03		98.68	0.55
Co1309	Co1309	Co1309-14-I							1.400	8.394		33.97		33.18		33.97		98.72	0.55
Co1309	Co1309	Co1309-14-I							1.470	8.790		34.91		33.38		34.91		97.58	1.02
Co1309	Co1309	Co1309-14-I							1.550	9.235		34.48		33.11		34.48		97.13	0.93
Co1309	Co1309	Co1309-14-I							1.630	9.662		35.05		32.66		35.05		95.42	1.58
Co1309	Co1309	Co1309-14-I							1.710	10.062		34.51		32.42		34.51		95.95	1.42
Co1309	Co1309	Co1309-3-II							1.790	10.428		33.21		32.34		33.21		98.15	0.63
Co1309	Co1309	Co1309-3-II							1.870	10.750		33.41		31.89		33.41		97.07	1.09
Co1321	Co1321	Co1321-3-SL							0.000	-0.067		23.44		23.17		23.44		98.78	0.52
Co1321	Co1321	Co1321-2							0.044	-0.009		23.66		23.41		23.66		98.57	0.48
Co1321	Co1321	Co1321-2							0.209	0.221		25.15		24.73		25.15		98.02	0.71
Co1321	Co1321	Co1321-2							0.358	0.461		25.36		25.05		25.36		98.76	0.51
Co1321	Co1321	Co1321-2							0.541	0.789		26.71		26.14		26.71		97.44	0.86
Co1321	Co1321	Co1321-2							0.678	1.047		25.02		24.50		25.02		97.98	0.88
Co1321	Co1321	Co1321-31-II							0.979	1.602		24.48		23.61		24.48		96.65	1.49
Co1321	Co1321	Co1321-31-II							1.124	1.851		29.85		29.22		29.85		97.85	0.78
Co1321	Co1321	Co1321-32-I							1.527	2.515		25.20		24.89		25.20		98.21	0.53
Co1321	Co1321	Co1321-32-I							1.677	2.761		28.70		28.06		28.70		98.14	0.84
Co1321	Co1321	Co1321-32-I							1.875	3.080		28.26		27.71		28.26		98.01	0.75
Co1321	Co1321	Co1321-32-I							2.006	3.287		25.35		24.47		25.35		95.14	1.47
Co1321	Co1321	Co1321-32-I							2.154	3.514		25.65		25.16		25.65		97.89	0.81
Co1321	Co1321	Co1321-32-II							2.352	3.808		27.17		26.43		27.17		97.58	1.08
Co1321	Co1321	Co1321-32-II							2.498	4.018		27.89		27.36		27.89		98.03	0.74
Co1321	Co1321	Co1321-32-II							2.658	4.242		25.81		25.29		25.81		98.09	0.84
Co1321	Co1321	Co1321-32-II							2.818	4.459		25.64		25.05		25.64		97.50	0.97
Co1321	Co1321	Co1321-32-II							2.981	4.676		26.25		25.84		26.25		97.73	0.65
Co1321	Co1321	Co1321-32-II							3.145	4.888		28.22		26.84		28.22		96.00	1.89
Co1321	Co1321	Co1321-32-II							3.303	5.090		27.45		26.83		27.45		97.89	0.89
Co1321	Co1321	Co1321-33-I							3.536	5.381		26.96		26.31		26.96		97.76	0.96
Co1321	Co1321	Co1321-33-I							3.686	5.565		27.19		26.14		27.19		96.58	1.53
Co1321	Co1321	Co1321-33-I							4.009	5.954		26.14		25.62		26.14		98.18	0.82
Co1321	Co1321	Co1321-33-I							4.256	6.243		28.94		27.50		28.94		96.45	1.87
Co1321	Co1321	Co1321-33-II							4.348	6.349		31.83		30.70		31.83		96.83	1.26
Co1321	Co1321	Co1321-33-II							4.508	6.534		26.69		25.86		26.69		97.16	1.25
Co1321	Co1321	Co1321-33-II							4.659	6.705		26.75		26.09		26.75		97.98	1.00
Co1321	Co1321	Co1321-33-II							4.831	6.899		29.31		28.61		29.31		98.12	0.89
Co1321	Co1321	Co1321-33-II							4.991	7.077		26.64		25.52		26.64		96.03	1.69
Co1321	Co1321	Co1321-33-II-OSL							5.345	7.465		26.60		25.71		26.60		97.08	1.35
Co1321	Co1321	Co1321-34-I							5.551	7.689		28.13		27.43		28.13		97.78	0.95
Co1321	Co1321	Co1321-34-I							5.726	7.878		27.17		26.61		27.17		97.76	0.82
Co1321	Co1321	Co1321-34-I							5.853	8.014		28.91		28.14		28.91		97.63	1.01
Co1321	Co1321	Co1321-34-I							6.028	8.200		25.85		25.23		25.85		97.31	0.99
Co1321	Co1321	Co1321-34-I							6.176	8.357		26.46		25.73		26.46		97.16	1.12
Co1321	Co1321	Co1321-34-II							6.676	8.882		26.48		25.77		26.48		97.96	1.09
Co1321	Co1321	Co1321-34-II							6.847	9.060		27.97		26.57		27.97		96.05	1.93
Co1321	Co1321	Co1321-34-II							6.986	9.204		27.90		26.95		27.90		97.49	1.32
Co1321	Co1321	Co1321-34-II							7.131	9.354		26.98		26.36		26.98		96.50	0.92
Co1321	Co1321	Co1321-35-I							7.689	9.928		27.36		26.24		27.36		97.26	1.62
Co1321	Co1321	Co1321-35-I							7.784	10.025		26.60		25.91		26.60		98.24	1.05
Co1321	Co1321	Co1321-35-I							7.874	10.117		26.81		25.49		26.81		96.13	1.97
Co1321	Co1321	Co1321-35-I							8.023	10.270		26.28		25.16		26.28		95.50	1.74
Co1321	Co1321	Co1321-35-I							8.170	10.419		28.12		26.78		28.12		96.46	1.83
Co1321	Co1321	Co1321-35-I							8.353	10.605		27.75		26.49		27.75		96.68	1.77
Co1321	Co1321	Co1321-35-II							8.513	10.768		26.62		25.30		26.62		96.01	2.00
Co1321	Co1321	Co1321-35-II							8.724	10.981		27.25		25.86		27.25		96.21	2.02
Co1321	Co1321	Co1321-35-II							9.152	11.411		27.86		26.43		27.86		94.76	1.99
Co1412	Co1412	Co1412-1							0.045	0.404		22.50		22.38		22.50		99.55	0.23
Co1412	Co1412	Co1412-1							0.085	0.824		23.47		23.27		23.47		99.34	0.36
Co1412	Co1412	Co1412-1							0.125	1.263		22.92		22.75		22.92		99.29	0.31
Co1412	Co1412	Co1412-1							0.165	1.710		24.03		23.62		24.03		98.45	0.70
Co1412	Co1412	Co1412-3-1							0.205	2.155		23.83		23.66		23.83		99.36	0.30
Co1412	Co1412	Co1412-3-1							0.245	2.613		23.74		23.57		23.74		99.07	0.30
Co1412	Co1412	Co1412-3-1							0.285	3.034		23.14		23.00		23.14		99.39	0.27
Co1412	Co1412	Co1412-3-1							0.325	3.431		24.21		24.06		24.21		98.74	0.26
Co1412	Co1412	Co1412-3-1							0.365	3.834		24.11		23.94		24.11		99.45	0.29
Co1412	Co1412	Co1412-3-1							0.405	4.258		24.21		24.07		24.21		99.52	0.24
Co1412	Co1412	Co1412-3-1							0.425	4.449		24.78		24.60		24.78		99.72	0.28
Co1412	Co1412	Co1412-3-1							0.445	4.640		24.36		24.12		24.36		99.27	0.39
Co1412	Co1412	Co1412-3-1							0.455	4.737		24.64		24.49		24.64		99.76	0.24
Co1412	Co1412	Co1412-3-1							0.485	5.033		25.09		24.88		25.09		98.94	0.32
Co1412	Co1412	Co1412-3-1							0.505	5.241		23.22		23.06		23.22		98.79	0.30
Co1412	Co1412	Co1412-3-1							0.525	5.481		24.93		24.77		24.93		99.49	0.25
Co1412	Co1412	Co1412-3-1							0.545	5.721		24.98		24.77		24.98		99.20	0.31
Co1412	Co1412	Co1412-3-1							0.565	5.949		24.32		24.17		24.32		99.40	0.26
Co1412	Co1412	Co1412-3-1							0.585	6.173		24.56		24.38		24.56		99.58	0.28
Co1412	Co1412	Co1412-3-1							0.605	6.395		24.48		24.33		24.48		99.52	0.25
Co1412	Co1412	Co1412-3-1							0.625	6.611		24.97		24.76		24.97		99.68	0.32
Co1412	Co1412	Co1412-3-1							0.645	6.826		25.04		24.85		25.04		99.33	0.30
Co1412	Co1412	Co1412-3-1							0.665	7.040		27.51		27.29		27.51		99.71	0.29
Co1412	Co1412	Co1412-3-1							0.685	7.252		25.50		25.17		25.50		99.08	0.50
Co1412	Co1412	Co1412-3-1							0.705	7.466		24.94		24.72		24.94		99.52	0.35
Co1412	Co1412	Co1412-3-1							0.725	7.685		24.47		24.26		24.47		99.37	0.35
Co1412	Co1412	Co1412-3-1							0.745	7.905		27.84		27.47		27.84		98.82	0.46
Co1412	Co1412	Co1412-3-1							0.765	8.118		25.15		24.86		25.15		99.25	0.46
Co1412	Co1412	Co1412-3-1							0.785	8.331		26.55		26.29		26.55		99.65	0.35
Co1412	Co1412	Co1412-3-1							0.805	8.543		25.41		25.23		25.41		99.23	0.28
Co1412	Co1412	Co1412-3-1							0.825	8.758		25.46		25.28		25.46		99.26	0.26
Co1412	Co1412	Co1412-3-1							0.845	8.973		26.74		26.54		26.74		99.12	0.27
Co1412	Co1412	Co1412-3-1							0.865	9.201		25.72		25.54		25.72		99.45	0.25
Co1412	Co1412	Co1412-3-1							0.885	9.432		27.34		27.15		27.34		99.40	0.25
Co1412	Co1412	Co1412-3-1							0.905	9.659		25.90		25.72		25.90		98.98	0.27
Co1412	Co1412	Co1412-3-1							0.925	9.872		26.74		26.51		26.74		99.15	0.31
Co1412	Co1412	Co1412-3-1							0.945	10.084		26.48		26.29		26.48		99.29	0.26
Co1412	Co1412	Co1412-3-1							0.965	10.312		26.68		26.10		26.68		98.17	0.79
Co1412	Co1412	Co1412-3-2							0.985	10.545		26.61		26.28		26.61		98.61	0.44
Co1412	Co1412	Co1412-3-2							1.025	11.001		27.38		26.72		27.38		98.30	0.85
Co1412	Co1412	Co1412-3-2							1.065	11.451		27.42		27.01		27.42		98.95	0.53
Co1412	Co1412	Co1412-3-2							1.085	11.674		25.50		25.21		25.50		99.23	0.43
Co1412	Co1412	Co1412-3-2							1.125	12.133		26.65		26.34		26.65		99.20	0.42
Co1412	Co1412	Co1412-3-2							1.165	12.576		25.66		25.39		25.66		99.26	0.40
Co1412	Co1412	Co1412-3-2							1.195	12.889		26.98		26.75		26.98		99.14	0.31
Co1412	Co1412	Co1412-3-2							1.225	13.175		26.10		26.04		26.10		99.03	0.10
CON01-603-2	CON016032	CON016032							6.090	115.157		29.56	0.33			29.56	0.33
CON01-603-2	CON016032	CON016032							6.130	116.161		30.83	0.32			30.83	0.32
CON01-603-2	CON016032	CON016032							6.150	116.663		30.50	0.31			30.50	0.31
CON01-603-2	CON016032	CON016032							6.190	117.366		30.40	0.31			30.40	0.31
CON01-603-2	CON016032	CON016032							6.210	117.576		31.60	0.31			31.60	0.31
CON01-603-2	CON016032	CON016032							6.230	117.787		29.83	0.31			29.83	0.31
CON01-603-2	CON016032	CON016032							6.250	117.998		29.70	0.31			29.70	0.31
CON01-603-2	CON016032	CON016032							6.270	118.208		30.13	0.31			30.13	0.31
CON01-603-2	CON016032	CON016032							6.290	118.419		30.50	0.32			30.50	0.32
CON01-603-2	CON016032	CON016032							6.310	118.630		29.50	0.31			29.50	0.31
CON01-603-2	CON016032	CON016032							6.330	118.840		29.68	0.32			29.68	0.32
CON01-603-2	CON016032	CON016032							6.350	119.051		30.27	0.32			30.27	0.32
CON01-603-2	CON016032	CON016032							6.370	119.262		30.27	0.32			30.27	0.32
CON01-603-2	CON016032	CON016032							6.390	119.472		30.77	0.32			30.77	0.32
CON01-603-2	CON016032	CON016032							6.410	119.683		29.04	0.32			29.04	0.32
CON01-603-2	CON016032	CON016032							6.430	119.894		29.72	0.33			29.72	0.33
CON01-603-2	CON016032	CON016032							6.450	120.104		29.68	0.33			29.68	0.33
CON01-603-2	CON016032	CON016032							6.470	120.315		29.45	0.32			29.45	0.32
CON01-603-2	CON016032	CON016032							6.490	120.526		30.20	0.31			30.20	0.31
CON01-603-2	CON016032	CON016032							6.510	120.736		30.16	0.31			30.16	0.31
CON01-603-2	CON016032	CON016032							6.530	120.947		30.20	0.31			30.20	0.31
CON01-603-2	CON016032	CON016032							6.570	121.368		29.90	0.31			29.90	0.31
CON01-603-2	CON016032	CON016032							6.590	121.579		30.91	0.32			30.91	0.32
CON01-603-2	CON016032	CON016032							6.610	121.789		31.06	0.33			31.06	0.33
CON01-603-2	CON016032	CON016032							6.630	122.000		30.20	0.32			30.20	0.32
CON01-603-2	CON016032	CON016032							6.650	122.211		31.83	0.34			31.83	0.34
CON01-603-2	CON016032	CON016032							6.670	122.421		31.09	0.31			31.09	0.31
CON01-603-2	CON016032	CON016032							6.690	122.632		30.36	0.32			30.36	0.32
CON01-603-2	CON016032	CON016032							6.710	122.843		30.44	0.31			30.44	0.31
CON01-603-2	CON016032	CON016032							6.730	123.053		31.60	0.32			31.60	0.32
CON01-603-2	CON016032	CON016032							6.750	123.264		30.60	0.33			30.60	0.33
CON01-603-2	CON016032	CON016032							6.770	123.475		30.85	0.32			30.85	0.32
CON01-603-2	CON016032	CON016032							6.790	123.685		30.49	0.32			30.49	0.32
CON01-603-2	CON016032	CON016032							6.810	123.896		30.78	0.33			30.78	0.33
CON01-603-2	CON016032	CON016032							6.830	124.107		31.06	0.33			31.06	0.33
CON01-603-2	CON016032	CON016032							6.850	124.317		31.37	0.35			31.37	0.35
CON01-603-2	CON016032	CON016032							6.890	124.739		30.90	0.32			30.90	0.32
CON01-603-2	CON016032	CON016032							6.910	124.949		31.65	0.34			31.65	0.34
CON01-603-2	CON016032	CON016032							6.930	125.160		31.28	0.32			31.28	0.32
CON01-603-2	CON016032	CON016032							6.950	125.371		33.12	0.34			33.12	0.34
CON01-603-2	CON016032	CON016032							6.970	125.581		31.61	0.33			31.61	0.33
CON01-603-2	CON016032	CON016032							6.990	125.792		31.23	0.32			31.23	0.32
CON01-603-2	CON016032	CON016032							7.010	126.003		30.01	0.32			30.01	0.32
CON01-603-2	CON016032	CON016032							7.030	126.213		30.80	0.31			30.80	0.31
CON01-603-2	CON016032	CON016032							7.050	126.424		30.91	0.32			30.91	0.32
CON01-603-2	CON016032	CON016032							7.070	126.635		31.36	0.31			31.36	0.31
CON01-603-2	CON016032	CON016032							7.090	126.845		31.83	0.32			31.83	0.32
CON01-603-2	CON016032	CON016032							7.110	127.015		30.75	0.32			30.75	0.32
CON01-603-2	CON016032	CON016032							7.130	127.443		31.09	0.31			31.09	0.31
CON01-605-3	CON016053	CON016053							0.010	0.043		27.79	0.43			27.79	0.43
CON01-605-3	CON016053	CON016053							0.050	0.356		29.16	0.42			29.16	0.42
CON01-605-3	CON016053	CON016053							0.170	1.276		29.28	0.42			29.28	0.42
CON01-605-3	CON016053	CON016053							0.210	1.574		29.74	0.44			29.74	0.44
CON01-605-3	CON016053	CON016053							0.270	2.013		31.11	0.43			31.11	0.43
CON01-605-3	CON016053	CON016053							0.310	2.300		30.04	0.46			30.04	0.46
CON01-605-3	CON016053	CON016053							0.350	2.584		30.37	0.44			30.37	0.44
CON01-605-3	CON016053	CON016053							0.450	3.278		26.34	0.44			26.34	0.44
CON01-605-3	CON016053	CON016053							0.550	3.952		28.25	0.45			28.25	0.45
CON01-605-3	CON016053	CON016053							0.630	4.478		28.63	0.44			28.63	0.44
CON01-605-3	CON016053	CON016053							0.690	4.864		29.55	0.48			29.55	0.48
CON01-605-3	CON016053	CON016053							0.730	5.116		30.27	0.46			30.27	0.46
CON01-605-3	CON016053	CON016053							0.750	5.242		28.20	0.48			28.20	0.48
CON01-605-3	CON016053	CON016053							0.770	5.366		29.24	0.49			29.24	0.49
CON01-605-3	CON016053	CON016053							0.830	5.734		25.52	0.63			25.52	0.63
CON01-605-3	CON016053	CON016053							0.850	5.855		30.41	0.90			30.41	0.90
CON01-605-3	CON016053	CON016053							0.870	5.976		29.13	0.65			29.13	0.65
CON01-605-3	CON016053	CON016053							0.890	6.095		29.79	0.53			29.79	0.53
CON01-605-3	CON016053	CON016053							0.970	6.566		28.77	0.44			28.77	0.44
CON01-605-3	CON016053	CON016053							1.050	7.026		26.43	0.43			26.43	0.43
CON01-605-3	CON016053	CON016053							1.170	7.699		27.83	0.42			27.83	0.42
CON01-605-3	CON016053	CON016053							1.230	8.029		27.95	0.42			27.95	0.42
CON01-605-3	CON016053	CON016053							1.250	8.139		27.67	0.44			27.67	0.44
CON01-605-3	CON016053	CON016053							1.310	8.467		27.08	0.42			27.08	0.42
CON01-605-3	CON016053	CON016053							1.330	8.576		29.41	0.45			29.41	0.45
CON01-605-3	CON016053	CON016053							1.370	8.794		29.42	0.49			29.42	0.49
CON01-605-3	CON016053	CON016053							1.410	9.011		29.22	0.46			29.22	0.46
CON01-605-3	CON016053	CON016053							1.450	9.228		28.54	0.57			28.54	0.57
CON01-605-3	CON016053	CON016053							1.490	9.445		28.95	0.73			28.95	0.73
CON01-605-3	CON016053	CON016053							1.530	9.663		26.89	0.77			26.89	0.77
CON01-605-3	CON016053	CON016053							1.550	9.771		30.62	0.79			30.62	0.79
CON01-605-3	CON016053	CON016053							1.570	9.880		27.73	0.54			27.73	0.54
CON01-605-3	CON016053	CON016053							1.590	9.989		29.27	0.67			29.27	0.67
CON01-605-3	CON016053	CON016053							1.610	10.097		25.38	0.95			25.38	0.95
CON01-605-3	CON016053	CON016053							1.630	10.206		23.85	1.32			23.85	1.32
CON01-605-3	CON016053	CON016053							1.650	10.315		31.85	3.88			31.85	3.88
CON01-605-3	CON016053	CON016053							1.670	10.424		34.66	3.38			34.66	3.38
CON01-605-3	CON016053	CON016053							1.690	10.533		30.03	2.73			30.03	2.73
CON01-605-3	CON016053	CON016053							1.710	10.641		35.16	2.70			35.16	2.70
CON01-605-3	CON016053	CON016053							1.730	10.750		35.57	1.92			35.57	1.92
CON01-605-3	CON016053	CON016053							1.750	10.859		29.07	1.12			29.07	1.12
CON01-605-3	CON016053	CON016053							1.770	10.967		30.17	0.96			30.17	0.96
CON01-605-3	CON016053	CON016053							1.790	11.076		29.53	0.82			29.53	0.82
CON01-605-3	CON016053	CON016053							1.830	11.292		27.34	0.77			27.34	0.77
CON01-605-3	CON016053	CON016053							1.870	11.508		30.45	0.89			30.45	0.89
CON01-605-3	CON016053	CON016053							1.910	11.724		28.89	0.58			28.89	0.58
CON01-605-3	CON016053	CON016053							1.950	11.938		28.39	0.74			28.39	0.74
CON01-605-3	CON016053	CON016053							1.990	12.151		27.43	0.51			27.43	0.51
CON01-605-3	CON016053	CON016053							2.030	12.364		27.58	0.49			27.58	0.49
CON01-605-3	CON016053	CON016053							2.090	12.683		26.94	0.50			26.94	0.50
CON01-605-3	CON016053	CON016053							2.170	13.106		28.13	0.55			28.13	0.55
CON01-605-3	CON016053	CON016053							2.230	13.423		24.96	0.50			24.96	0.50
CON01-605-3	CON016053	CON016053							2.250	13.528		28.60	0.50			28.60	0.50
CON01-605-3	CON016053	CON016053							2.330	13.952		28.31	0.46			28.31	0.46
CON01-605-3	CON016053	CON016053							2.350	14.058		27.73	0.48			27.73	0.48
D110	D110	D1							24.080			33.45	0.14
D110	D110	D1							26.000			33.71	0.02
D110	D110	D1							27.530			33.97	0.09
D110	D110	D1							28.630			34.18	0.05
D110	D110	D1							28.730			34.02	0.21
D110	D110	D1							28.810			33.71	0.35
D110	D110	D1							28.830			34.25	0.30
D110	D110	D1							28.850			34.13	0.18
D110	D110	D1							28.870			33.70	0.28
D110	D110	D1							28.890			34.16	0.26
D110	D110	D1							28.910			33.84	0.20
D110	D110	D1							28.930			33.84	0.18
D110	D110	D1							28.950			34.59	0.19
D110	D110	D1							28.970			33.79	0.30
D110	D110	D1							28.990			33.64	0.33
D110	D110	D1							29.010			34.37	0.09
D110	D110	D1							29.030			33.75	0.05
D110	D110	D1							29.050			33.98	0.26
D110	D110	D1							29.070			34.35	0.14
D110	D110	D1							29.090			34.16	0.53
D110	D110	D1							29.110			34.07	0.10
D110	D110	D1							29.130			34.43	0.22
D110	D110	D1							29.150			34.31	0.32
D110	D110	D1							29.270			34.21	0.24
D110	D110	D1							32.020			34.16	0.15
D160	D160	D1							24.080			34.45	0.14
D160	D160	D1							26.000			34.32	0.13
D160	D160	D1							27.530			34.62	0.08
D160	D160	D1							28.630			34.83	0.16
D160	D160	D1							28.730			35.09	0.26
D160	D160	D1							28.810			34.35	0.25
D160	D160	D1							28.830			35.10	0.16
D160	D160	D1							28.850			33.88	0.18
D160	D160	D1							28.870			33.73	0.20
D160	D160	D1							28.890			34.45	0.14
D160	D160	D1							28.910			34.02	0.15
D160	D160	D1							28.930			34.64	0.15
D160	D160	D1							28.950			34.13	0.14
D160	D160	D1							28.970			34.29	0.14
D160	D160	D1							28.990			34.19	0.29
D160	D160	D1							29.010			34.38	0.21
D160	D160	D1							29.030			34.62	0.11
D160	D160	D1							29.050			34.35	0.11
D160	D160	D1							29.070			34.64	0.21
D160	D160	D1							29.090			34.42	0.14
D160	D160	D1							29.110			33.90	0.18
D160	D160	D1							29.130			34.91	0.15
D160	D160	D1							29.150			34.02	0.20
D160	D160	D1							29.270			35.83	0.17
D160	D160	D1							32.020			34.59	0.13
EC1	EC1	EC1							20.540	29.264		33.44
EC1	EC1	EC1							21.250	30.107		19.02
EC1	EC1	EC1							22.600	31.759		32.71
EC1	EC1	EC1							23.550	32.799		20.91
EC1	EC1	EC1							23.770	32.898		33.15
EC1	EC1	EC1							24.480	33.651		21.11
EC1	EC1	EC1							24.660	33.996		21.11
EC1	EC1	EC1							24.780	34.180		33.49
EC1	EC1	EC1							24.860	34.242		36.88
EC1	EC1	EC1							25.340	34.450		22.13
EC1	EC1	EC1							25.520	34.597		22.13
EC1	EC1	EC1							25.680	34.722		30.08
EC1	EC1	EC1							26.360	35.206		30.28
G7/02	G702	G7/02	I/01
G7/02	G702	G7/02	I/02
G7/02	G702	G7/02	I/03									30.60
G7/02	G702	G7/02	I/04									32.20
G7/02	G702	G7/02	I/05									32.10
G7/02	G702	G7/02	I/06									31.20
G7/02	G702	G7/02	I/07									31.20
G7/02	G702	G7/02	I/08									31.60
G7/02	G702	G7/02	I/09									32.10
G7/02	G702	G7/02	I/10									31.30
G7/02	G702	G7/02	II/01									31.30
G7/02	G702	G7/02	II/02									30.30
G7/02	G702	G7/02	II/03									30.80
G7/02	G702	G7/02	II/04									31.40
G7/02	G702	G7/02	II/05									31.30
G7/02	G702	G7/02	II/06									30.10
G7/02	G702	G7/02	II/07									31.10
G7/02	G702	G7/02	II/08									30.80
G7/02	G702	G7/02	II/09
G7/02	G702	G7/02	II/10
G7/02	G702	G7/02	II/11
G7/02	G702	G7/02	II/12
G7/02	G702	G7/02	II/13
G7/02	G702	G7/02	III/01
G7/02	G702	G7/02	III/02
G7/02	G702	G7/02	III/03
G7/02	G702	G7/02	III/04
G7/02	G702	G7/02	III/05
G7/02	G702	G7/02	III/06
G7/02	G702	G7/02	III/07
G7/02	G702	G7/02	III/08
G7/02	G702	G7/02	III/09
G7/02	G702	G7/02	III/10
G7/02	G702	G7/02	III/11
G7/02	G702	G7/02	III/12
G7/02	G702	G7/02	IV/01
G7/02	G702	G7/02	IV/02
G7/02	G702	G7/02	IV/03
G7/02	G702	G7/02	IV/04
G7/02	G702	G7/02	IV/05
G7/02	G702	G7/02	IV/06
G7/02	G702	G7/02	IV/07
G7/02	G702	G7/02	IV/08
G7/02	G702	G7/02	IV/09
G7/02	G702	G7/02	IV/10
G7/02	G702	G7/02	V/01									31.80
G7/02	G702	G7/02	V/02									31.30
G7/02	G702	G7/02	V/03									31.90
G7/02	G702	G7/02	V/04									31.70
G7/02	G702	G7/02	V/05
G7/02	G702	G7/02	V/06									31.90
G7/02	G702	G7/02	V/07									31.70
G7/02	G702	G7/02	V/08									31.70
G7/02	G702	G7/02	V/09									32.00
G7/02	G702	G7/02	V/10									31.60
G7/02	G702	G7/02	V/11									31.50
G7/02	G702	G7/02	V/12									31.90
GL1	GL1	GL1							5.052	6.933		23.27
GL1	GL1	GL1							5.238	7.898		23.46
GL1	GL1	GL1							5.562	9.580		23.90
GL1	GL1	GL1							5.952	10.584		23.39
GL1	GL1	GL1							6.029	10.630		23.54
GL1	GL1	GL1							6.076	10.659		22.87
GL1	GL1	GL1							6.248	10.761		21.76
GL1	GL1	GL1							6.352	10.824		22.52
GL1	GL1	GL1							6.519	10.924		22.31
GL1	GL1	GL1							6.586	10.964		23.41
GL1	GL1	GL1							6.871	11.222		22.62
GL1	GL1	GL1							6.929	11.286		22.41
GL1	GL1	GL1							7.319	11.727		20.09
GL1	GL1	GL1							7.543	11.980		19.36
GL1	GL1	GL1							7.829	12.303		18.94
HL-1	HL1	HL1							0.002	-0.056		29.76		29.76
HL-1	HL1	HL1							0.003	-0.054		28.73		28.73
HL-1	HL1	HL1							0.007	-0.044		27.33		27.33
HL-1	HL1	HL1							0.009	-0.041		30.04		30.04
HL-1	HL1	HL1							0.013	-0.034		28.49		28.49
HL-1	HL1	HL1							0.016	-0.027		28.91		28.91
HL-1	HL1	HL1							0.018	-0.023		29.36		29.36
HL-1	HL1	HL1							0.022	-0.013		28.30		28.30
HL-1	HL1	HL1							0.026	-0.012		29.29		29.29
HL-1	HL1	HL1							0.028	-0.011		28.77		28.77
HL-1	HL1	HL1							0.029	-0.011		29.70		29.70
HL-1	HL1	HL1							0.033	-0.010		28.72		28.72
HL-1	HL1	HL1							0.037	-0.008		28.58		28.58
HL-1	HL1	HL1							0.040	-0.007		30.15		30.15
HL-1	HL1	HL1							0.043	-0.006		28.67		28.67
HL-1	HL1	HL1							0.047	-0.004		30.13		30.13
HL-1	HL1	HL1							0.048	-0.003		28.73		28.73
HL-1	HL1	HL1							0.052	-0.002		28.64		28.64
HL-1	HL1	HL1							0.058	0.000		28.77		28.77
HL-1	HL1	HL1							0.062	0.003		28.80		28.80
HL-1	HL1	HL1							0.068	0.007		28.62		28.62
HL-1	HL1	HL1							0.071	0.009		29.12		29.12
HL-1	HL1	HL1							0.072	0.011		28.78		28.78
HL-1	HL1	HL1							0.077	0.014		28.94		28.94
HL-1	HL1	HL1							0.083	0.018		28.91		28.91
HL-1	HL1	HL1							0.087	0.024		28.96		28.96
HL-1	HL1	HL1							0.090	0.026		30.02		30.02
HL-1	HL1	HL1							0.092	0.029		29.15		29.15
HL-1	HL1	HL1							0.107	0.047		31.48		31.48
HL-1	HL1	HL1							0.113	0.054		29.44		29.44
HL-1	HL1	HL1							0.117	0.062		29.05		29.05
HL-1	HL1	HL1							0.122	0.071		31.18		31.18
HL-1	HL1	HL1							0.122	0.071		29.17		29.17
HL-1	HL1	HL1							0.128	0.081		28.12		28.12
HL-1	HL1	HL1							0.133	0.091		28.50		28.50
HL-1	HL1	HL1							0.135	0.099		26.34		26.34
HL-1	HL1	HL1							0.138	0.105		29.17		29.17
HL-1	HL1	HL1							0.142	0.113		29.50		29.50
HL-1	HL1	HL1							0.147	0.123		28.65		28.65
HL-1	HL1	HL1							0.151	0.129		33.30		33.30
HL-1	HL1	HL1							0.152	0.132		28.42		28.42
HL-1	HL1	HL1							0.158	0.141		28.58		28.58
HL-1	HL1	HL1							0.160	0.145		24.63		24.63
HL-1	HL1	HL1							0.163	0.151		27.81		27.81
HL-1	HL1	HL1							0.164	0.154		27.51		27.51
HL-1	HL1	HL1							0.168	0.160		28.51		28.51
HL-1	HL1	HL1							0.172	0.169		27.99		27.99
HL-1	HL1	HL1							0.177	0.178		27.87		27.87
HL-1	HL1	HL1							0.182	0.186		30.75		30.75
HL-1	HL1	HL1							0.182	0.187		28.44		28.44
HL-1	HL1	HL1							0.186	0.194		30.90		30.90
HL-1	HL1	HL1							0.188	0.196		26.74		26.74
HL-1	HL1	HL1							0.193	0.205		27.56		27.56
HL-1	HL1	HL1							0.195	0.210		30.76		30.76
HL-1	HL1	HL1							0.198	0.214		28.10		28.10
HL-1	HL1	HL1							0.203	0.224		28.45		28.45
HL-1	HL1	HL1							0.207	0.233		28.20		28.20
HL-1	HL1	HL1							0.212	0.242		28.62		28.62
HL-1	HL1	HL1							0.223	0.260		28.54		28.54
HL-1	HL1	HL1							0.362	0.311		31.82		31.82
HL-1	HL1	HL1							0.403	0.375		32.51		32.51
HL-1	HL1	HL1							0.427	0.410		31.68		31.68
HL-1	HL1	HL1							0.437	0.425		29.48		29.48
HL-1	HL1	HL1							0.453	0.446		30.40		30.40
HL-1	HL1	HL1							0.477	0.480		30.30		30.30
HL-1	HL1	HL1							0.502	0.514		31.01		31.01
HL-1	HL1	HL1							0.507	0.520		28.50		28.50
HL-1	HL1	HL1							0.527	0.545		31.95		31.95
HL-1	HL1	HL1							0.552	0.576		31.99		31.99
HL-1	HL1	HL1							0.578	0.605		30.63		30.63
HL-1	HL1	HL1							0.578	0.606		28.80		28.80
HL-1	HL1	HL1							0.603	0.634		31.63		31.63
HL-1	HL1	HL1							0.627	0.661		26.57		26.57
HL-1	HL1	HL1							0.652	0.688		31.23		31.23
HL-1	HL1	HL1							0.657	0.693		29.82		29.82
HL-1	HL1	HL1							0.677	0.714		31.70		31.70
HL-1	HL1	HL1							0.703	0.738		31.88		31.88
HL-1	HL1	HL1							0.727	0.763		29.93		29.93
HL-1	HL1	HL1							0.797	0.827		30.45		30.45
HL-1	HL1	HL1							0.867	0.888		30.24		30.24
HL-1	HL1	HL1							0.937	0.946		28.92		28.92
HL-1	HL1	HL1							1.007	1.004		29.94		29.94
HL-1	HL1	HL1							1.077	1.063		28.15		28.15
HL-1	HL1	HL1							1.147	1.125		30.32		30.32
HL-1	HL1	HL1							1.227	1.195		30.02		30.02
HL-1	HL1	HL1							1.307	1.276		29.17		29.17
HL-1	HL1	HL1							1.377	1.354		30.36		30.36
HL-1	HL1	HL1							1.447	1.436		29.02		29.02
HL-1	HL1	HL1							1.517	1.523		29.39		29.39
HL-1	HL1	HL1							1.587	1.613		30.20		30.20
HL-1	HL1	HL1							1.657	1.706		29.35		29.35
HL-1	HL1	HL1							1.727	1.802		30.40		30.40
HL-1	HL1	HL1							1.782	1.879		29.73		29.73
HL-1	HL1	HL1							1.807	1.914		30.97		30.97
HL-1	HL1	HL1							1.877	2.013		30.72		30.72
HL-1	HL1	HL1							1.947	2.112		28.67		28.67
HL-1	HL1	HL1							2.017	2.212		29.65		29.65
HL-1	HL1	HL1							2.087	2.311		30.29		30.29
HL-1	HL1	HL1							2.157	2.409		29.24		29.24
HL-1	HL1	HL1							2.217	2.492		30.92		30.92
HL-1	HL1	HL1							2.297	2.599		29.14		29.14
HL-1	HL1	HL1							2.367	2.690		30.85		30.85
HL-1	HL1	HL1							2.437	2.778		29.72		29.72
HL-1	HL1	HL1							2.507	2.863		29.87		29.87
HL-1	HL1	HL1							2.577	2.948		30.79		30.79
HL-1	HL1	HL1							2.657	3.043		29.91		29.91
HL-1	HL1	HL1							2.741	3.147		30.14		30.14
HL-1	HL1	HL1							2.811	3.247		29.50		29.50
HL-1	HL1	HL1							2.951	3.439		30.13		30.13
HL-1	HL1	HL1							2.973	3.464		29.24		29.24
HL-1	HL1	HL1							3.021	3.524		27.76		27.76
HL-1	HL1	HL1							3.101	3.615		27.91		27.91
HL-1	HL1	HL1							3.123	3.637		29.50		29.50
HL-1	HL1	HL1							3.161	3.684		30.26		30.26
HL-1	HL1	HL1							3.231	3.775		30.64		30.64
HL-1	HL1	HL1							3.253	3.803		29.80		29.80
HL-1	HL1	HL1							3.301	3.881		29.14		29.14
HL-1	HL1	HL1							3.381	4.031		28.74		28.74
HL-1	HL1	HL1							3.461	4.222		30.01		30.01
HL-1	HL1	HL1							3.531	4.432		29.18		29.18
HL-1	HL1	HL1							3.543	4.465		31.22		31.22
HL-1	HL1	HL1							3.571	4.572		30.63		30.63
HL-1	HL1	HL1							3.643	4.708		31.00		31.00
HL-1	HL1	HL1							3.691	4.926		32.47		32.47
HL-1	HL1	HL1							3.723	5.068		31.71		31.71
HL-1	HL1	HL1							3.771	5.314		31.43		31.43
HL-1	HL1	HL1							3.803	5.466		30.98		30.98
HL-1	HL1	HL1							3.858	5.756		30.72		30.72
HL-1	HL1	HL1							3.958	6.242		30.82		30.82
HL-1	HL1	HL1							3.995	6.409		29.52		29.52
HL-1	HL1	HL1							4.043	6.557		30.37		30.37
HL-1	HL1	HL1							4.102	6.841		30.01		30.01
HL-1	HL1	HL1							4.123	6.888		30.12		30.12
HL-1	HL1	HL1							4.153	7.030		31.19		31.19
HL-1	HL1	HL1							4.180	7.144		30.78		30.78
HL-1	HL1	HL1							4.210	7.263		30.71		30.71
HL-1	HL1	HL1							4.240	7.406		31.50		31.50
HL-1	HL1	HL1							4.278	7.597		33.33		33.33
HL-1	HL1	HL1							4.331	7.782		32.12		32.12
HL-1	HL1	HL1							4.379	8.021		32.24		32.24
HL-1	HL1	HL1							4.411	8.140		32.07		32.07
HL-1	HL1	HL1							4.446	8.306		31.93		31.93
HL-1	HL1	HL1							4.493	8.464		31.16		31.16
HL-1	HL1	HL1							4.532	8.626		30.02		30.02
HL-1	HL1	HL1							4.553	8.721		31.49		31.49
HL-1	HL1	HL1							4.602	8.959		29.20		29.20
HL-1	HL1	HL1							5.869	9.593		29.70		29.70
HT1	HT1	HT1							0.062	1.258		32.88
HT1	HT1	HT1							0.073	1.283		34.25
HT1	HT1	HT1							0.082	1.305		33.88
HT1	HT1	HT1							0.105	1.361		33.40
HT1	HT1	HT1							0.114	1.385		33.76
HT1	HT1	HT1							0.126	1.414		33.70
HT1	HT1	HT1							0.136	1.437		33.52
HT1	HT1	HT1							0.153	1.478		32.41
HT1	HT1	HT1							0.175	1.533		33.93
HT1	HT1	HT1							0.197	1.585		33.91
HT1	HT1	HT1							0.204	1.603		29.00
HT1	HT1	HT1							0.218	1.638		30.84
HT1	HT1	HT1							0.242	1.694		32.66
HT1	HT1	HT1							0.253	1.722		33.35
HT1	HT1	HT1							0.262	1.743		32.60
HT1	HT1	HT1							0.273	1.770		32.47
HT1	HT1	HT1							0.294	1.821		34.30
HT1	HT1	HT1							0.335	1.922		31.63
HT1	HT1	HT1							0.358	1.977		31.80
HT1	HT1	HT1							0.382	2.037		32.72
HT1	HT1	HT1							0.387	2.049		32.38
HT1	HT1	HT1							0.399	2.078		33.53
HT1	HT1	HT1							0.414	2.113		33.88
HT1	HT1	HT1							0.422	2.132		32.01
HT1	HT1	HT1							0.438	2.171		32.75
HT1	HT1	HT1							0.447	2.195		34.54
HT1	HT1	HT1							0.458	2.222		33.19
HT1	HT1	HT1							0.452	2.206		33.70
HT1	HT1	HT1							0.467	2.242		34.23
HT1	HT1	HT1							0.482	2.279		33.97
HT1	HT1	HT1							0.498	2.317		34.32
HT1	HT1	HT1							0.508	2.342		34.17
HT1	HT1	HT1							0.527	2.389		32.49
HT1	HT1	HT1							0.545	2.433		33.67
HT1	HT1	HT1							0.566	2.485		34.07
HT1	HT1	HT1							0.584	2.529		34.15
HT1	HT1	HT1							0.602	2.571		34.83
HT1	HT1	HT1							0.625	2.628		34.91
HT1	HT1	HT1							0.747	2.925		34.10
HT1	HT1	HT1							0.764	2.967		33.91
HT1	HT1	HT1							0.786	3.019		34.63
HT1	HT1	HT1							0.800	3.054		33.93
HT1	HT1	HT1							0.817	3.095		33.93
HT1	HT1	HT1							0.841	3.154		34.94
HT1	HT1	HT1							0.851	3.178		34.93
HT1	HT1	HT1							0.863	3.207		33.06
HT1	HT1	HT1							0.894	3.282		34.84
HT1	HT1	HT1							0.903	3.304		34.54
HT1	HT1	HT1							0.916	3.336		34.93
HT1	HT1	HT1							0.926	3.359		34.32
HT1	HT1	HT1							0.940	3.395		34.65
HT1	HT1	HT1							0.965	3.456		34.88
HT1	HT1	HT1							0.989	3.513		35.25
HT1	HT1	HT1							1.012	3.571		34.85
HT1	HT1	HT1							1.036	3.627		34.08
HT1	HT1	HT1							1.060	3.685		32.75
HT1	HT1	HT1							1.085	3.747		34.06
HT1	HT1	HT1							1.114	3.818		34.42
HT1	HT1	HT1							1.149	3.903		34.47
HT1	HT1	HT1							1.176	3.969		34.08
HT1	HT1	HT1							1.190	4.002		34.66
HT1	HT1	HT1							1.200	4.028		33.68
HT1	HT1	HT1							1.216	4.065		34.89
HT1	HT1	HT1							1.228	4.095		34.81
HT1	HT1	HT1							1.240	4.125		33.36
HT1	HT1	HT1							1.254	4.158		33.59
KTK2	KTK2	KTK2-S-0-180							0.020	0.031		27.46		26.80		27.46		98.81	0.47
KTK2	KTK2	KTK2-S-0-180							0.170	0.497				25.36
KTK2	KTK2	KTK2-S-0-180							0.290	0.870		26.45		25.87		26.45		98.80	0.44
KTK2	KTK2	KTK2-S-0-180							0.350	1.057		24.33		23.66		24.33		98.60	0.57
KTK2	KTK2	KTK2-S-0-180							0.400	1.212		23.72		23.45		23.72		98.25	0.24
KTK2	KTK2	KTK2-S-0-180							0.450	1.368		26.72		25.63		26.72		97.29	0.81
KTK2	KTK2	KTK2-S-0-180							0.490	1.492		27.79		26.57		27.79		97.66	0.86
KTK2	KTK2	KTK2-S-0-180							0.550	1.679		27.85		26.43		27.85		97.39	1.00
KTK2	KTK2	KTK2-S-0-180							0.600	1.834		26.16		25.20		26.16		97.99	0.74
KTK2	KTK2	KTK2-S-0-180							0.650	1.990				25.60
KTK2	KTK2	KTK2-S-0-180							0.690	2.114				24.50
KTK2	KTK2	KTK2-S-0-180							0.750	2.300		27.21		25.05		27.21		96.69	1.57
KTK2	KTK2	KTK2-S-0-180							0.800	2.456		27.53		26.68		27.53		98.18	0.61
KTK2	KTK2	KTK2-S-0-180							0.850	2.611		27.14		24.93		27.14		95.83	1.61
KTK2	KTK2	KTK2-S-0-180							0.890	2.728		29.80		28.22		29.80		97.48	1.01
KTK2	KTK2	KTK2-S-0-180							0.950	2.922		28.73		27.90		28.73		98.22	0.56
KTK2	KTK2	KTK2-S-0-180							1.000	3.078		28.61		28.17		28.61		98.81	0.30
KTK2	KTK2	KTK2-S-0-180							1.070	3.295		28.88		28.36		28.88		98.93	0.35
KTK2	KTK2	KTK2-S-0-180							1.200	3.699		28.60		27.60		28.60		98.07	0.68
KTK2	KTK2	KTK2-S-0-180							1.290	3.979		28.64		27.83		28.64		98.76	0.55
KTK2	KTK2	KTK2-S-180-360							1.590	4.555		28.85		27.94		28.85		98.28	0.61
KTK2	KTK2	KTK2-S-180-360							1.630	4.608				19.39				98.01	2.58
KTK2	KTK2	KTK2-S-180-360							1.690	4.687		28.89		28.11		28.89		98.45	0.52
KTK2	KTK2	KTK2-S-180-360							1.810	4.846		29.94		27.66		29.94		96.24	1.45
KTK2	KTK2	KTK2-S-180-360							1.890	4.952		29.86		28.83		29.86		98.93	0.19
KTK2	KTK2	KTK2-S-180-360							1.950	5.031		26.43		25.90		26.43		98.67	0.40
KTK2	KTK2	KTK2-S-180-360							2.050	5.164		28.64		27.71		28.64		98.32	0.63
KTK2	KTK2	KTK2-S-180-360							2.130	5.276		29.54		28.27		29.54		98.72	0.82
KTK2	KTK2	KTK2-S-180-360							2.210	5.400		28.67		28.24		28.67		98.96	0.29
KTK2	KTK2	KTK2-S-180-360							2.300	5.539		29.55		28.92		29.55		98.97	0.41
KTK2	KTK2	KTK2-S-180-360							2.350	5.616		29.19		28.51		29.19		98.86	0.45
KTK2	KTK2	KTK2-S-180-360							2.410	5.708		29.68		28.42		29.68		98.26	0.81
KTK2	KTK2	KTK2-S-180-360							2.450	5.770		29.84		29.07		29.84		98.94	0.49
KTK2	KTK2	KTK2-S-180-360							2.510	5.863		29.57		28.83		29.57		98.81	0.48
KTK2	KTK2	KTK2-S-180-360							2.550	5.924		29.32		28.45		29.32		98.52	0.57
KTK2	KTK2	KTK2-S-180-360							2.590	5.986		29.38		28.17		29.38		97.97	0.79
KTK2	KTK2	KTK2-S-360-540							2.635	6.056		28.61		28.37		28.61		99.55	0.16
KTK2	KTK2	KTK2-S-360-540							2.695	6.148		27.46		26.87		27.46		99.01	0.42
KTK2	KTK2	KTK2-S-360-540							2.755	6.241		28.26		25.98		28.26		96.73	1.57
KTK2	KTK2	KTK2-S-360-540							2.835	6.364		28.47		28.22		28.47		99.30	0.17
KTK2	KTK2	KTK2-S-360-540							2.875	6.426		29.31		28.90		29.31		99.29	0.27
KTK2	KTK2	KTK2-S-360-540							2.975	6.558		26.56		25.83		26.56		98.62	0.55
KTK2	KTK2	KTK2-S-360-540							3.015	6.606		30.11		29.22		30.11		98.70	0.56
KTK2	KTK2	KTK2-S-360-540							3.075	6.678		27.87		27.70		27.87		99.40	0.12
KTK2	KTK2	KTK2-S-360-540							3.155	6.877		27.85		27.48		27.85		99.27	0.26
KTK2	KTK2	KTK2-S-360-540							3.215	7.087		28.86		28.73		28.86		99.47	0.09
KTK2	KTK2	KTK2-S-360-540							3.275	7.297		28.95		28.66		28.95		99.35	0.19
KTK2	KTK2	KTK2-S-360-540							3.335	7.506		27.86		27.58		27.86		98.28	0.20
KTK2	KTK2	KTK2-S-360-540							3.395	7.716		28.05		27.63		28.05		98.91	0.29
KTK2	KTK2	KTK2-S-360-540							3.455	7.926		27.85		27.02		27.85		98.10	0.58
KTK2	KTK2	KTK2-S-360-540							3.515	8.136		29.83		29.08		29.83		98.71	0.48
KTK2	KTK2	KTK2-S-360-540							3.555	8.275		28.34		27.74		28.34		98.88	0.41
KTK2	KTK2	KTK2-S-360-540							3.595	8.415		28.83		27.95		28.83		98.15	0.59
KTK2	KTK2	KTK2-S-360-540							3.655	8.625		28.59		27.82		28.59		99.14	0.52
KTK2	KTK2	KTK2-S-360-540							3.695	8.765		29.92		28.35		29.92		97.96	1.00
KTK2	KTK2	KTK2-S-360-540							3.755	8.975		29.21		28.94		29.21		98.58	0.18
KTK2	KTK2	KTK2-S-360-540							3.815	9.184		27.59		26.93		27.59		98.75	0.47
KTK2	KTK2	KTK2-S-360-540							3.875	9.394		27.53		26.69		27.53		98.58	0.60
KTK2	KTK2	KTK2-S-360-540							3.935	9.604		28.69		28.69		28.69		99.50	0.00
KTK2	KTK2	KTK2-S-360-540							3.995	9.814		28.13		27.94		28.13		99.29	0.13
KTK2	KTK2	KTK2-S-360-540							4.055	10.023		28.38		28.20		28.38		99.46	0.12
KTK2	KTK2	KTK2-S-360-540							4.115	10.233		30.05		29.69		30.05		99.10	0.23
KTK2	KTK2	KTK2-S-540-720							4.240	10.625		28.91		28.79		28.91		99.50	0.08
KTK2	KTK2	KTK2-S-540-720							4.300	10.700		25.15		24.50		25.15		98.26	0.53
KTK2	KTK2	KTK2-S-540-720							4.340	10.750		29.45		29.34		29.45		99.29	0.07
KTK2	KTK2	KTK2-S-540-720							4.380	10.800		30.19		30.06		30.19		99.18	0.08
KTK2	KTK2	KTK2-S-540-720							4.440	10.875		30.21		30.21		30.21		99.63	0.00
KTK2	KTK2	KTK2-S-540-720							4.500	10.950		29.43		29.28		29.43		99.38	0.10
KTK2	KTK2	KTK2-S-540-720							4.540	11.000		29.67		29.53		29.67		99.23	0.09
KTK2	KTK2	KTK2-S-540-720							4.580	11.050		29.73		29.62		29.73		99.32	0.07
KTK2	KTK2	KTK2-S-540-720							4.620	11.100		28.64		28.11		28.64		99.93	0.36
KTK2	KTK2	KTK2-S-540-720							4.680	11.175		29.94		29.92		29.94		99.59	0.01
KTK2	KTK2	KTK2-S-540-720							4.720	11.225		30.24		30.05		30.24		99.48	0.12
KTK2	KTK2	KTK2-S-540-720							4.800	11.325		30.01		29.66		30.01		99.05	0.22
KTK2	KTK2	KTK2-S-540-720							4.840	11.375		29.92		29.43		29.92		98.96	0.31
KTK2	KTK2	KTK2-S-540-720							4.900	11.450		29.22		28.29		29.22		98.34	0.61
KTK2	KTK2	KTK2-S-540-720							4.980	11.550		30.34		28.85		30.34		97.73	0.93
KTK2	KTK2	KTK2-S-540-720							5.030	11.613		31.07		30.57		31.07		99.18	0.30
KTK2	KTK2	KTK2-S-540-720							5.110	11.766		30.40		30.08		30.40		99.17	0.20
KTK2	KTK2	KTK2-S-540-720							5.180	11.998		30.92		30.77		30.92		99.35	0.09
KTK2	KTK2	KTK2-S-540-720							5.300	12.346		29.03		28.91		29.03		99.69	0.08
KTK2	KTK2	KTK2-S-540-720							5.370	12.549		30.37		30.31		30.37		99.50	0.04
KTK2	KTK2	KTK2-S-720-900							5.445	12.728		30.40		29.90		30.40		98.65	0.35
KTK2	KTK2	KTK2-S-720-900							5.475	12.776		30.63		29.94		30.63		98.42	0.48
KTK2	KTK2	KTK2-S-720-900							5.515	12.840		30.63		29.69		30.63		97.98	0.65
KTK2	KTK2	KTK2-S-720-900							5.575	12.936		30.87		29.85		30.87		98.16	0.70
KTK2	KTK2	KTK2-S-720-900							5.615	13.000		30.39		28.69		30.39		96.79	1.19
KTK2	KTK2	KTK2-S-720-900							5.655	13.087		30.86		29.17		30.86		95.83	1.16
KTK2	KTK2	KTK2-S-720-900							5.695	13.174		30.80		28.56		30.80		96.39	1.54
KTK2	KTK2	KTK2-S-720-900							5.755	13.304		29.82		27.20		29.82		96.22	1.89
KTK2	KTK2	KTK2-S-720-900							5.815	13.434		31.02		27.74		31.02		96.18	2.23
KTK2	KTK2	KTK2-S-720-900							5.855	13.520		28.53		26.17		28.53		95.53	1.82
KTK2	KTK2	KTK2-S-720-900							5.895	13.607		30.20		27.35		30.20		94.02	2.02
KTK2	KTK2	KTK2-S-720-900							5.955	13.694		31.01		27.54		31.01		95.65	2.36
KTK2	KTK2	KTK2-S-720-900							6.015	13.761		30.73		28.85		30.73		97.65	1.30
KTK2	KTK2	KTK2-S-720-900							6.055	13.806		30.24		27.78		30.24		96.40	1.74
KTK2	KTK2	KTK2-S-720-900							6.115	13.876		30.60		29.17		30.60		97.68	0.99
KTK2	KTK2	KTK2-S-720-900							6.175	13.955		29.76		27.77		29.76		97.22	1.44
KTK2	KTK2	KTK2-S-720-900							6.255	14.059				23.61				90.80	4.90
KTK2	KTK2	KTK2-S-720-900							6.295	14.112		30.35		27.89		30.35		96.16	1.73
KTK2	KTK2	KTK2-S-720-900							6.355	14.190		30.32		27.31		30.32		97.92	1.07
KTK2	KTK2	KTK2-S-720-900							6.415	14.269		26.72		25.47		26.72		96.41	1.91
KTK2	KTK2	KTK2-S-720-900							6.475	14.348		29.32		26.97		29.32		96.37	1.74
KTK2	KTK2	KTK2-S-720-900							6.535	14.445		31.16		28.02		31.16		96.21	2.12
KTK2	KTK2	KTK2-S-720-900							6.575	14.534				22.60				92.43	3.53
KTK2	KTK2	KTK2-S-720-900							6.615	14.623		29.73		27.52		29.73		96.71	1.60
KTK2	KTK2	KTK2-S-720-900							6.795	15.023				23.68				92.86	3.87
KTK2	KTK2	KTK2-S-900-1080							7.140	16.743		27.63		26.03		27.63		97.10	1.30
KTK2	KTK2	KTK2-S-1080-1240							8.425	22.985				25.13				95.23	2.86
KTK2	KTK2	KTK2-S-1080-1240							8.465	23.114		29.55		29.19		29.55		98.90	0.26
KTK2	KTK2	KTK2-S-1080-1240							8.485	23.178		27.81		25.67		27.81		96.26	1.72
KTK2	KTK2	KTK2-S-1080-1240							8.525	23.307		30.29		29.04		30.29		97.22	0.88
KTK2	KTK2	KTK2-S-1080-1240							8.575	23.468				20.92				93.56	3.57
KTK2	KTK2	KTK2-S-1080-1240							8.665	23.757				19.76				91.45	4.22
KTK2	KTK2	KTK2-S-1080-1240							8.825	24.273				24.00				93.27	3.72
KTK2	KTK2	KTK2-S-1080-1240							8.925	24.595		30.55		28.52		30.55		94.20	1.41
KTK2	KTK2	KTK2-S-1240-1440							10.455	32.846		27.49		26.71		27.49		97.57	0.65
KTK2	KTK2	KTK2-S-1240-1440							10.495	33.121		27.28		26.68		27.28		98.35	0.51
KTK2	KTK2	KTK2-S-1240-1440							10.535	33.396		27.86		27.15		27.86		98.71	0.58
KTK2	KTK2	KTK2-S-1240-1440							10.615	33.946		25.89		25.43		25.89		99.25	0.42
KTK2	KTK2	KTK2-S-1240-1440							10.655	34.221		27.68		26.83		27.68		98.71	0.70
KTK2	KTK2	KTK2-S-1240-1440							10.695	34.496		27.48		26.76		27.48		98.37	0.60
KTK2	KTK2	KTK2-S-1240-1440							10.735	34.771		25.67		25.27		25.67		98.74	0.37
KTK2	KTK2	KTK2-S-1240-1440							10.775	35.046		26.75		26.17		26.75		99.00	0.51
KTK2	KTK2	KTK2-S-1240-1440							10.815	35.321		27.87		26.70		27.87		97.67	0.96
KTK2	KTK2	KTK2-S-1240-1440							10.855	35.596		28.96		28.27		28.96		98.63	0.53
KTK2	KTK2	KTK2-S-1240-1440							10.935	36.146		28.12		26.67		28.12		97.68	1.17
KTK2	KTK2	KTK2-S-1240-1440							11.255	38.345		26.76		25.59		26.76		97.69	1.02
KTK2	KTK2	KTK2-S-1240-1440							11.375	39.170		28.62		27.63		28.62		97.56	0.78
KTK2	KTK2	KTK2-S-1240-1440							11.495	39.995		27.99		27.41		27.99		97.76	0.47
KTK2	KTK2	KTK2-S-1440-1535							11.825	42.264		29.40		29.03		29.40		98.22	0.28
KTK2	KTK2	KTK2-S-1440-1535							11.865	42.539		29.17		28.72		29.17		99.25	0.34
KTK2	KTK2	KTK2-S-1440-1535							11.905	42.814		29.74		29.13		29.74		99.21	0.45
KTK2	KTK2	KTK2-S-1440-1535							11.945	43.089		29.57		28.91		29.57		97.28	0.49
KTK2	KTK2	KTK2-S-1440-1535							11.985	43.364		29.94		29.44		29.94		99.24	0.37
KTK2	KTK2	KTK2-S-1440-1535							12.065	43.914		30.10		29.15		30.10		98.99	0.69
KTK2	KTK2	KTK2-S-1440-1535							12.105	44.189		29.76		29.38		29.76		99.24	0.28
KTK2	KTK2	KTK2-S-1440-1535							12.185	44.739		29.61		27.69		29.61		97.47	1.43
KTK2	KTK2	KTK2-S-1440-1535							12.225	45.014		29.97		27.91		29.97		97.40	1.51
KTK2	KTK2	KTK2-S-1440-1535							12.305	45.563		30.75		27.57		30.75		96.17	2.24
KTK2	KTK2	KTK2-S-1440-1535							12.365	45.976		26.43		25.17		26.43		97.23	1.12
L850	L850	L850							0.030	0.274		25.33
L850	L850	L850							0.050	0.432		25.18
L850	L850	L850							0.070	0.590		25.32
L850	L850	L850							0.090	0.748		25.64
L850	L850	L850							0.110	0.905		25.95
L850	L850	L850							0.130	1.063		25.94
L850	L850	L850							0.150	1.221		25.81
L850	L850	L850							0.170	1.379		26.07
L850	L850	L850							0.190	1.536		26.09
L850	L850	L850							0.210	1.694		26.35
L850	L850	L850							0.230	1.852		26.47
L850	L850	L850							0.250	2.010		26.61
L850	L850	L850							0.270	2.167		26.71
L850	L850	L850							0.290	2.325		27.03
L850	L850	L850							0.310	2.483		26.67
L850	L850	L850							0.330	2.640		26.55
L850	L850	L850							0.350	2.798		26.54
L850	L850	L850							0.370	2.956		26.60
L850	L850	L850							0.390	3.114		27.26
L850	L850	L850							0.410	3.271		27.33
L850	L850	L850							0.430	3.429		26.87
L850	L850	L850							0.450	3.587		27.23
L850	L850	L850							0.470	3.745		26.62
L850	L850	L850							0.490	3.902		26.75
L850	L850	L850							0.510	4.060		26.45
L850	L850	L850							0.530	4.218		26.83
L850	L850	L850							0.550	4.376		27.19
L850	L850	L850							0.570	4.533		26.82
L850	L850	L850							0.590	4.691		27.05
L850	L850	L850							0.630	5.164		27.21
L850	L850	L850							0.650	5.322		26.78
L850	L850	L850							0.670	5.480		27.27
L850	L850	L850							0.690	5.638		27.10
L850	L850	L850							0.710	5.795		27.43
L850	L850	L850							0.730	5.953		27.21
L850	L850	L850							0.750	6.111		27.02
L850	L850	L850							0.770	6.269		27.61
L850	L850	L850							0.790	6.426		27.16
L850	L850	L850							0.810	6.584		27.41
L850	L850	L850							0.830	6.742		27.86
L850	L850	L850							0.850	6.900		27.95
L850	L850	L850							0.870	7.057		27.53
L850	L850	L850							0.890	7.215		27.83
L850	L850	L850							0.910	7.373		27.38
L850	L850	L850							0.930	7.531		27.56
L850	L850	L850							0.950	7.688		27.09
L850	L850	L850							0.970	7.846		27.90
L850	L850	L850							0.990	8.004		28.17
L850	L850	L850							1.010	8.162		28.48
L850	L850	L850							1.030	8.319		27.97
L850	L850	L850							1.050	8.635		28.34
L850	L850	L850							1.090	8.950		28.30
L850	L850	L850							1.110	9.266		28.04
L850	L850	L850							1.130	0.000		28.65
L850	L850	L850							1.170	9.495		28.73
LB03-01	LB0301	LB0301							0.005			24.90
LB03-01	LB0301	LB0301							0.015			25.30
LB03-01	LB0301	LB0301							0.025			26.50
LB03-01	LB0301	LB0301							0.035			25.30
LB03-01	LB0301	LB0301							0.045			27.50
LB03-01	LB0301	LB0301							0.055			26.80
LB03-01	LB0301	LB0301							0.075			26.00
LB03-01	LB0301	LB0301							0.095			22.40
LB03-01	LB0301	LB0301							0.115			25.00
LB03-01	LB0301	LB0301							0.145			25.70
LB03-01	LB0301	LB0301							0.165			22.80
LB03-01	LB0301	LB0301							0.185			24.00
LB03-01	LB0301	LB0301							0.205			22.20
LB03-01	LB0301	LB0301							0.245			23.00
LB03-01	LB0301	LB0301							0.265			23.70
LB03-01	LB0301	LB0301							0.315			25.20
LB03-01	LB0301	LB0301							0.350			22.40
LB03-01	LB0301	LB0301							0.375			22.40
LB03-01	LB0301	LB0301							0.385			23.50
LB03-01	LB0301	LB0301							0.415			22.40
LB03-01	LB0301	LB0301							0.435			22.20
LB03-01	LB0301	LB0301							0.485			22.90
LB03-01	LB0301	LB0301							0.500			23.50
LB03-01	LB0301	LB0301							0.525			23.30
LB03-01	LB0301	LB0301							0.535			23.70
LB03-01	LB0301	LB0301							0.555			23.50
LB03-01	LB0301	LB0301							0.565			23.30
LB03-01	LB0301	LB0301							0.585			20.80
LB03-01	LB0301	LB0301							0.595			21.00
LB03-01	LB0301	LB0301							0.605			20.20
LB03-01	LB0301	LB0301							0.655			25.50
LB03-01	LB0301	LB0301							0.665			24.90
LB03-01	LB0301	LB0301							0.725			20.40
LB04-02	LB0402	LB0402							0.005			24.10
LB04-02	LB0402	LB0402							0.045			24.90
LB04-02	LB0402	LB0402							0.095			21.60
LB04-02	LB0402	LB0402							0.165			27.50
LB04-02	LB0402	LB0402							0.195			24.50
LB04-02	LB0402	LB0402							0.245			24.60
LB04-02	LB0402	LB0402							0.265			26.00
LB04-02	LB0402	LB0402							0.295			25.60
LB04-02	LB0402	LB0402							0.315			25.20
LB04-02	LB0402	LB0402							0.325			24.20
LB04-02	LB0402	LB0402							0.345			24.30
LB04-02	LB0402	LB0402							0.395			25.90
LB04-02	LB0402	LB0402							0.445			25.50
LB04-02	LB0402	LB0402							0.495			25.10
LB04-02	LB0402	LB0402							0.525			24.20
LB04-02	LB0402	LB0402							0.545			23.70
LB04-02	LB0402	LB0402							0.595			24.60
LB04-02	LB0402	LB0402							0.695			24.20
LB04-02	LB0402	LB0402							0.775			25.20
LB04-02	LB0402	LB0402							0.795			24.80
LB04-02	LB0402	LB0402							0.875			24.20
LB04-02	LB0402	LB0402							0.935			20.00
LB04-02	LB0402	LB0402							1.186			21.40
LB04-02	LB0402	LB0402							1.315			21.10
LB04-02	LB0402	LB0402							1.455			20.20
LB04-02	LB0402	LB0402							1.545			20.40
LB04-02	LB0402	LB0402							1.595			21.30
LB04-02	LB0402	LB0402							1.695			23.20
LB04-02	LB0402	LB0402							1.795			25.20
LB04-02	LB0402	LB0402							1.895			25.40
LB04-02	LB0402	LB0402							1.955			24.10
LB04-02	LB0402	LB0402							1.995			25.20
LB04-02	LB0402	LB0402							2.065			24.30
LB04-02	LB0402	LB0402							2.095			24.70
LB04-02	LB0402	LB0402							2.115			26.30
LB04-02	LB0402	LB0402							2.135			23.60
LB04-02	LB0402	LB0402							2.195			25.20
LB04-02	LB0402	LB0402							2.245			24.70
LB04-02	LB0402	LB0402							2.295			25.70
LB04-02	LB0402	LB0402							2.355			24.90
LB04-02	LB0402	LB0402							2.395			24.10
LB04-02	LB0402	LB0402							2.415			24.10
LB04-02	LB0402	LB0402							2.495			25.70
LB04-02	LB0402	LB0402							2.595			21.60
LB04-02	LB0402	LB0402							2.645			24.50
LB04-02	LB0402	LB0402							2.695			23.30
LC-1	LC1	LC1							0.013	0.009		21.00
LC-1	LC1	LC1							0.060	0.140		22.70
LC-1	LC1	LC1							0.110	0.322		23.00
LC-1	LC1	LC1							0.150	0.444		23.70
LC-1	LC1	LC1							0.160	0.474		23.00
LC-1	LC1	LC1							0.190	0.566		23.10
LC-1	LC1	LC1							0.220	0.657		25.30
LC-1	LC1	LC1							0.240	0.717		23.20
LC-1	LC1	LC1							0.270	0.808		24.20
LC-1	LC1	LC1							0.300	0.900		24.70
LC-1	LC1	LC1							0.360	1.082		24.20
LC-1	LC1	LC1							0.400	1.205		23.80
LC-1	LC1	LC1							0.460	1.391		19.60
LC-1	LC1	LC1							0.500	1.517		24.90
LC-1	LC1	LC1							0.560	1.710		24.30
LC-1	LC1	LC1							0.620	1.910		22.70
LC-1	LC1	LC1							0.680	2.118		24.40
LC-1	LC1	LC1							0.720	2.262		24.50
LC-1	LC1	LC1							0.780	2.489		23.70
LC-1	LC1	LC1							0.800	2.568		22.40
LC-1	LC1	LC1							0.805	2.575		24.00
LC-1	LC1	LC1							0.810	2.600		24.50
LC-1	LC1	LC1							0.815	2.625		24.10
LC-1	LC1	LC1							0.820	2.649		24.70
LC-1	LC1	LC1							0.830	2.680		24.80
LC-1	LC1	LC1							0.835	2.700		24.00
LC-1	LC1	LC1							0.840	2.732		23.20
LC-1	LC1	LC1							0.850	2.770		24.20
LC-1	LC1	LC1							0.855	2.790		23.80
LC-1	LC1	LC1							0.860	2.816		25.60
LC-1	LC1	LC1							0.870	2.860		24.50
LC-1	LC1	LC1							0.875	2.880		24.80
LC-1	LC1	LC1							0.880	2.903		24.10
LC-1	LC1	LC1							0.890	2.960		25.10
LC-1	LC1	LC1							0.895	2.990		24.30
LC-1	LC1	LC1							0.900	3.125		25.50
LC-1	LC1	LC1							0.910	3.135		23.40
LC-1	LC1	LC1							0.915	3.146		24.80
LC-1	LC1	LC1							0.920	3.153		25.00
LC-1	LC1	LC1							0.930	3.165		24.70
LC-1	LC1	LC1							0.935	3.167		25.60
LC-1	LC1	LC1							0.940	3.177		24.70
LC-1	LC1	LC1							0.950	3.201		25.60
LC-1	LC1	LC1							0.955	3.225		24.80
LC-1	LC1	LC1							0.960	3.273		25.90
LC-1	LC1	LC1							0.970	3.323		24.40
LC-1	LC1	LC1							0.975	3.347		25.40
LC-1	LC1	LC1							0.980	3.372		25.00
LC-1	LC1	LC1							0.990	3.423		25.60
LC-1	LC1	LC1							0.995	3.449		25.40
LC-1	LC1	LC1							1.000	3.474		25.80
LC-1	LC1	LC1							1.010	3.527		25.10
LC-1	LC1	LC1							1.015	3.553		25.00
LC-1	LC1	LC1							1.020	3.579		24.70
LC-1	LC1	LC1							1.025	3.606		25.30
LC-1	LC1	LC1							1.030	3.633		25.00
LC-1	LC1	LC1							1.040	3.687		25.50
LC-1	LC1	LC1							1.045	3.715		24.00
LC-1	LC1	LC1							1.050	3.743		25.30
LC-1	LC1	LC1							1.055	3.771		25.00
LC-1	LC1	LC1							1.060	3.799		24.00
LC-1	LC1	LC1							1.070	3.856		23.00
LC-1	LC1	LC1							1.075	3.885		25.70
LC-1	LC1	LC1							1.080	3.913		26.50
LC-1	LC1	LC1							1.090	3.973		25.80
LC-1	LC1	LC1							1.095	4.002		25.60
LC-1	LC1	LC1							1.100	4.032		24.60
LC-1	LC1	LC1							1.110	4.093		24.20
LC-1	LC1	LC1							1.115	4.124		24.70
LC-1	LC1	LC1							1.120	4.154		23.60
LC-1	LC1	LC1							1.130	4.186		24.70
LC-1	LC1	LC1							1.135	4.249		25.40
LC-1	LC1	LC1							1.140	4.280		25.40
LC-1	LC1	LC1							1.150	4.345		24.60
LC-1	LC1	LC1							1.155	4.378		24.30
LC-1	LC1	LC1							1.160	4.410		23.10
LC-1	LC1	LC1							1.175	4.511		23.90
LC-1	LC1	LC1							1.180	4.545		23.20
LC-1	LC1	LC1							1.190	4.614		20.40
LC-1	LC1	LC1							1.195	4.649		20.10
LC-1	LC1	LC1							1.200	4.684		20.90
LC-1	LC1	LC1							1.210	4.755		20.40
LC-1	LC1	LC1							1.215	4.791		25.00
LC-1	LC1	LC1							1.220	4.827		25.80
LC-1	LC1	LC1							1.230	4.900		24.80
LC-1	LC1	LC1							1.235	4.938		25.40
LC-1	LC1	LC1							1.240	4.975		26.00
LC-1	LC1	LC1							1.250	5.051		25.50
LC-1	LC1	LC1							1.255	5.089		25.70
LC-1	LC1	LC1							1.260	5.128		24.80
LC-1	LC1	LC1							1.270	5.206		26.60
LC-1	LC1	LC1							1.275	5.246		25.80
LC-1	LC1	LC1							1.280	5.286		25.40
LC-1	LC1	LC1							1.290	5.367		25.00
LC-1	LC1	LC1							1.295	5.408		24.10
LC-1	LC1	LC1							1.300	5.449		24.90
LC-1	LC1	LC1							1.310	5.533		24.60
LC-1	LC1	LC1							1.315	5.576		25.30
LC-1	LC1	LC1							1.320	5.618		25.10
LC-1	LC1	LC1							1.330	5.705		25.10
LC-1	LC1	LC1							1.335	5.749		24.00
LC-1	LC1	LC1							1.340	5.793		23.70
LC-1	LC1	LC1							1.345	5.837		23.60
LC-1	LC1	LC1							1.350	5.882		25.10
LC-1	LC1	LC1							1.360	5.973		24.80
LC-1	LC1	LC1							1.365	6.019		24.70
LC-1	LC1	LC1							1.370	6.065		24.60
LC-1	LC1	LC1							1.380	6.159		24.70
LC-1	LC1	LC1							1.385	6.207		24.00
LC-1	LC1	LC1							1.400	6.352		25.80
LC-1	LC1	LC1							1.410	6.451		24.60
LC-1	LC1	LC1							1.415	6.501		26.00
LC-1	LC1	LC1							1.420	6.551		25.30
LC-1	LC1	LC1							1.430	6.653		25.20
LC-1	LC1	LC1							1.435	6.705		24.80
LC-1	LC1	LC1							1.440	6.757		25.10
LC-1	LC1	LC1							1.450	6.862		25.10
LC-1	LC1	LC1							1.455	6.916		23.80
LC-1	LC1	LC1							1.460	6.969		24.10
LC-1	LC1	LC1							1.470	7.078		24.80
LC-1	LC1	LC1							1.475	7.133		25.70
LC-1	LC1	LC1							1.480	7.189		24.60
LC-1	LC1	LC1							1.490	7.301		24.10
LC-1	LC1	LC1							1.495	7.358		24.00
LC-1	LC1	LC1							1.500	7.416		25.10
LC-1	LC1	LC1							1.510	7.532		24.70
LC-1	LC1	LC1							1.515	7.591		25.90
LC-1	LC1	LC1							1.520	7.650		26.00
LC-1	LC1	LC1							1.530	7.770		25.70
LC-1	LC1	LC1							1.535	7.831		25.40
LC-1	LC1	LC1							1.540	7.892		25.90
LC-1	LC1	LC1							1.550	8.016		24.90
LC-1	LC1	LC1							1.555	8.079		25.40
LC-1	LC1	LC1							1.560	8.142		26.80
LC-1	LC1	LC1							1.570	8.270		24.70
LC-1	LC1	LC1							1.575	8.335		24.60
LC-1	LC1	LC1							1.580	8.400		24.30
LC-1	LC1	LC1							1.590	8.532		23.80
LC-1	LC1	LC1							1.595	8.590		23.50
LC-1	LC1	LC1							1.600	8.667		23.40
LC-1	LC1	LC1							1.610	8.803		23.50
LC-1	LC1	LC1							1.615	8.870		23.90
LC-1	LC1	LC1							1.620	8.942		23.30
LC-1	LC1	LC1							1.630	8.998		24.70
LC-1	LC1	LC1							1.635	9.050		24.30
LC-1	LC1	LC1							1.640	9.100		24.00
LC-1	LC1	LC1							1.650	9.200		24.20
LC-1	LC1	LC1							1.655	9.250		23.70
LC-1	LC1	LC1							1.660	9.300		24.00
LCHA-1	LCHA1	LCHA1							0.360	0.274		38.95
LCHA-1	LCHA1	LCHA1							0.440	0.336		39.56
LCHA-1	LCHA1	LCHA1							0.520	0.395		37.65
LCHA-1	LCHA1	LCHA1							0.680	0.507		39.57
LCHA-1	LCHA1	LCHA1							1.080	0.838		39.11
LCHA-1	LCHA1	LCHA1							1.160	0.919		39.40
LCHA-1	LCHA1	LCHA1							1.240	1.006		40.47
LCHA-1	LCHA1	LCHA1							1.320	1.096		40.81
LCHA-1	LCHA1	LCHA1							1.400	1.188		40.33
LCHA-1	LCHA1	LCHA1							1.480	1.283		39.40
LCHA-1	LCHA1	LCHA1							1.560	1.380		40.71
LCHA-1	LCHA1	LCHA1							1.640	1.479		39.54
LCHA-1	LCHA1	LCHA1							1.720	1.580		41.26
LCHA-1	LCHA1	LCHA1							1.800	1.683		41.28
LCHA-1	LCHA1	LCHA1							1.880	1.788		41.01
LCHA-1	LCHA1	LCHA1							1.960	1.895		39.86
LCHA-1	LCHA1	LCHA1							2.040	2.004		40.40
LCHA-1	LCHA1	LCHA1							2.120	2.114		41.26
LCHA-1	LCHA1	LCHA1							2.200	2.227		40.91
LCHA-1	LCHA1	LCHA1							2.280	2.342		40.11
LCHA-1	LCHA1	LCHA1							2.360	2.457		41.78
LCHA-1	LCHA1	LCHA1							2.520	2.684		41.35
LCHA-1	LCHA1	LCHA1							2.600	2.796		40.01
LCHA-1	LCHA1	LCHA1							2.680	2.903		40.12
LCHA-1	LCHA1	LCHA1							2.760	3.007		40.40
LCHA-1	LCHA1	LCHA1							2.840	3.105		40.57
LCHA-1	LCHA1	LCHA1							2.920	3.199		40.23
LCHA-1	LCHA1	LCHA1							3.080	3.380		40.91
LCHA-1	LCHA1	LCHA1							3.160	3.471		40.77
LCHA-1	LCHA1	LCHA1							3.240	3.562		40.18
LCHA-1	LCHA1	LCHA1							3.320	3.657		40.58
LCHA-1	LCHA1	LCHA1							3.400	3.756		40.93
LCHA-1	LCHA1	LCHA1							3.480	3.861		39.46
LCHA-1	LCHA1	LCHA1							3.560	3.974		40.12
LCHA-1	LCHA1	LCHA1							3.720	4.226		40.22
LCHA-1	LCHA1	LCHA1							3.800	4.367		40.05
LCHA-1	LCHA1	LCHA1							3.880	4.516		39.51
LCHA-1	LCHA1	LCHA1							3.960	4.669		38.84
LCHA-1	LCHA1	LCHA1							4.040	4.822		38.92
LCHA-1	LCHA1	LCHA1							4.120	4.967		39.09
LCHA-1	LCHA1	LCHA1							4.200	5.102		39.80
LCHA-1	LCHA1	LCHA1							4.280	5.226		40.53
LCHA-1	LCHA1	LCHA1							4.360	5.340		39.08
LCHA-1	LCHA1	LCHA1							4.440	5.447		39.35
LCHA-1	LCHA1	LCHA1							4.520	5.547		39.51
LCHA-1	LCHA1	LCHA1							4.600	5.642		38.73
LCHA-1	LCHA1	LCHA1							4.680	5.733		38.98
LCHA-1	LCHA1	LCHA1							4.760	5.822		39.73
LCHA-1	LCHA1	LCHA1							4.840	5.910		38.31
LCHA-1	LCHA1	LCHA1							5.160	5.965		37.77
LCHA-1	LCHA1	LCHA1							5.240	6.054		40.07
LCHA-1	LCHA1	LCHA1							5.320	6.146		39.63
LCHA-1	LCHA1	LCHA1							5.400	6.241		39.65
LCHA-1	LCHA1	LCHA1							5.480	6.338		38.00
LCHA-1	LCHA1	LCHA1							5.560	6.438		38.94
LCHA-1	LCHA1	LCHA1							5.720	6.644		39.23
LCHA-1	LCHA1	LCHA1							5.800	6.749		39.52
LCHA-1	LCHA1	LCHA1							5.880	6.855		39.53
LCHA-1	LCHA1	LCHA1							6.040	7.069		38.79
LCHA-1	LCHA1	LCHA1							6.120	7.177		39.04
LCHA-1	LCHA1	LCHA1							6.200	7.284		39.64
LCHA-1	LCHA1	LCHA1							6.360	7.497		39.38
LCHA-1	LCHA1	LCHA1							6.440	7.602		38.57
LCHA-1	LCHA1	LCHA1							6.520	7.705		39.00
LCHA-1	LCHA1	LCHA1							6.600	7.805		38.39
LCHA-1	LCHA1	LCHA1							6.680	7.905		38.97
LCHA-1	LCHA1	LCHA1							6.760	8.003		37.11
LCHA-1	LCHA1	LCHA1							7.160	8.088		38.50
LCHA-1	LCHA1	LCHA1							7.240	8.186		37.70
LCHA-1	LCHA1	LCHA1							7.320	8.287		37.84
LCHA-1	LCHA1	LCHA1							7.400	8.392		37.83
LCHA-1	LCHA1	LCHA1							7.480	8.504		39.16
LCHA-1	LCHA1	LCHA1							7.560	8.623		38.99
LCHA-1	LCHA1	LCHA1							7.800	9.047		36.73
LCHA-1	LCHA1	LCHA1							8.040	9.553		38.55
LCHA-1	LCHA1	LCHA1							8.200	9.892		37.70
LCHA-1	LCHA1	LCHA1							8.360	10.197		37.55
LCHA-1	LCHA1	LCHA1							8.600	10.564		38.18
LCHA-1	LCHA1	LCHA1							8.840	10.846		37.61
LCHA-1	LCHA1	LCHA1							9.000	11.005		37.98
LCHA-1	LCHA1	LCHA1							9.240	11.227		37.41
LCHA-1	LCHA1	LCHA1							9.400	11.380		37.35
LCHA-1	LCHA1	LCHA1							9.560	11.549		37.71
LCHA-1	LCHA1	LCHA1							9.720	11.743		38.77
LCHA-1	LCHA1	LCHA1							9.880	11.956		38.12
LCHA-1	LCHA1	LCHA1							10.040	12.183		39.07
LCHA-1	LCHA1	LCHA1							10.200	12.418		38.62
LCHA-1	LCHA1	LCHA1							10.280	12.536		39.20
LCHA-1	LCHA1	LCHA1							10.360	12.655		39.30
LCHA-1	LCHA1	LCHA1							10.440	12.772		39.18
LCHA-1	LCHA1	LCHA1							10.680	13.112		39.23
LCHA-1	LCHA1	LCHA1							10.840	13.335		37.84
LCHA-1	LCHA1	LCHA1							11.120	13.737		38.91
LCHA-1	LCHA1	LCHA1							11.440	14.227		39.92
LCHA-1	LCHA1	LCHA1							11.760	14.757		40.29
LCHA-1	LCHA1	LCHA1							12.000	15.163		40.43
LCHA-1	LCHA1	LCHA1							12.320	15.684		39.56
LCHA-1	LCHA1	LCHA1							12.960	16.516		40.16
LCHA-1	LCHA1	LCHA1							13.280	16.835		39.95
LCHA-1	LCHA1	LCHA1							13.680	17.203		39.70
LCHA-1	LCHA1	LCHA1							14.080	17.573		40.01
LCHA-1	LCHA1	LCHA1							14.400	17.873		40.50
LCHA-1	LCHA1	LCHA1							14.800	18.255		40.24
LCHA-1	LCHA1	LCHA1							15.280	18.708		40.33
LCHA-1	LCHA1	LCHA1							15.600	18.994		40.53
LCHA-1	LCHA1	LCHA1							16.080	19.436		40.30
LCHA-1	LCHA1	LCHA1							16.560	19.980		40.31
LCHA-1	LCHA1	LCHA1							16.800	20.236		40.41
LCHA-1	LCHA1	LCHA1							17.200	20.533		40.46
LCHA-1	LCHA1	LCHA1							17.840	20.790		40.75
LCHA-1	LCHA1	LCHA1							18.080	20.941		40.40
LCHA-1	LCHA1	LCHA1							18.560	21.443		40.41
LCHA-1	LCHA1	LCHA1							19.120	22.128		40.75
LCHA-1	LCHA1	LCHA1							19.440	22.472		40.29
LCHA-1	LCHA1	LCHA1							19.600	22.678		40.54
LCHA-1	LCHA1	LCHA1							19.840	22.971		39.53
LCHA-1	LCHA1	LCHA1							20.400	23.435		39.92
LCHA-1	LCHA1	LCHA1							20.800	23.897		40.22
LCHA-1	LCHA1	LCHA1							21.120	24.283		39.74
LCHA-1	LCHA1	LCHA1							21.520	24.792		38.85
LG-1	LG1	LG1	1						7.878	11.529		38.97
LG-1	LG1	LG1	2						7.881	11.532		36.87
LG-1	LG1	LG1	3						7.885	11.537		35.63
LG-1	LG1	LG1	4						7.888	11.540		38.35
LG-1	LG1	LG1	5						7.891	11.543	-28.99	36.27
LG-1	LG1	LG1	6						7.895	11.547	-28.51	38.01
LG-1	LG1	LG1	7						7.897	11.549		37.85
LG-1	LG1	LG1	8						7.902	11.554		37.93
LG-1	LG1	LG1	9						7.906	11.559		39.67
LG-1	LG1	LG1	10						7.913	11.566		38.35
LG-1	LG1	LG1	11						7.920	11.573		37.37
LG-1	LG1	LG1	12						7.926	11.580		37.50
LG-1	LG1	LG1	13						7.934	11.588	-26.05	38.07
LG-1	LG1	LG1	14						7.941	11.595	-28.30	37.29
LG-1	LG1	LG1	15						7.945	11.599	-28.46	38.65
LG-1	LG1	LG1	16						7.949	11.604		37.36
LG-1	LG1	LG1	17						7.954	11.609		36.91
LG-1	LG1	LG1	18						7.958	11.613		37.79
LG-1	LG1	LG1	19						7.961	11.616		36.86
LG-1	LG1	LG1	20						7.963	11.618		38.35
LG-1	LG1	LG1	21						7.966	11.621		38.73
LG-1	LG1	LG1	22						7.970	11.626		38.49
LG-1	LG1	LG1	23						7.973	11.629		38.10
LG-1	LG1	LG1	24						7.975	11.631		36.93
LG-1	LG1	LG1	25						7.977	11.633		37.58
LG-1	LG1	LG1	26						7.980	11.636		36.52
LG-1	LG1	LG1	27						7.985	11.641		37.62
LG-1	LG1	LG1	28						7.990	11.647		35.96
LG-1	LG1	LG1	29						7.993	11.650	-27.87	37.67
LG-1	LG1	LG1	30						7.996	11.653	-29.01	38.16
LG-1	LG1	LG1	31						8.000	11.657		36.51
LG-1	LG1	LG1	32						8.004	11.661		37.92
LG-1	LG1	LG1	33						8.010	11.668		35.70
LG-1	LG1	LG1	34						8.015	11.673		37.49
LG-1	LG1	LG1	35						8.020	11.678		36.18
LG-1	LG1	LG1	37						8.034	11.693		35.46
LG-1	LG1	LG1	38						8.040	11.699		37.05
LG-1	LG1	LG1	40						8.046	11.705		37.57
LG-1	LG1	LG1	41						8.048	11.707		37.35
LG-1	LG1	LG1	42						8.051	11.711		38.20
LG-1	LG1	LG1	43						8.055	11.715		36.62
LG-1	LG1	LG1	44						8.059	11.719		37.91
LG-1	LG1	LG1	45						8.063	11.723		37.70
LG-1	LG1	LG1	46						8.067	11.727		37.30
LG-1	LG1	LG1	47						8.070	11.730		37.84
LG-1	LG1	LG1	48						8.073	11.734		37.72
LG-1	LG1	LG1	49						8.077	11.738		37.71
LG-1	LG1	LG1	51						8.090	11.751		37.30
LG-1	LG1	LG1	52						8.095	11.757		37.16
LG-1	LG1	LG1	53						8.099	11.761		36.53
LG-1	LG1	LG1	54						8.103	11.765		36.50
LG-1	LG1	LG1	55						8.105	11.767		37.18
LG-1	LG1	LG1	56						8.110	11.772		37.39
LG-1	LG1	LG1	58						8.122	11.785		37.16
LG-1	LG1	LG1	59						8.126	11.789		37.99
LG-1	LG1	LG1	60						8.134	11.798		35.86
LG-1	LG1	LG1	61						8.140	11.804		36.98
LG-1	LG1	LG1	62						8.145	11.809		38.70
LG-1	LG1	LG1	63						8.148	11.812		35.06
LG-1	LG1	LG1	64						8.152	11.816		37.19
LG-1	LG1	LG1	65						8.156	11.821		38.49
LG-1	LG1	LG1	66						8.162	11.827		37.99
LG-1	LG1	LG1	67						8.165	11.830		38.28
LG-1	LG1	LG1	69						8.172	11.837		37.30
LG-1	LG1	LG1	70						8.176	11.842		37.70
LG-1	LG1	LG1	71						8.182	11.848		38.66
LG-1	LG1	LG1	72						8.187	11.853		37.59
LG-1	LG1	LG1	73						8.190	11.856		37.81
LG-1	LG1	LG1	74						8.193	11.859		38.92
LG-1	LG1	LG1	75						8.196	11.862		40.13
LG-1	LG1	LG1	76						8.200	11.867		38.34
LG-1	LG1	LG1	77						8.205	11.872	-27.21	38.44
LG-1	LG1	LG1	78						8.209	11.876	-29.53	38.91
LG-1	LG1	LG1	79						8.212	11.879		38.02
LG-1	LG1	LG1	80						8.214	11.881		37.90
LG-1	LG1	LG1	81						8.218	11.886		39.24
LG-1	LG1	LG1	82						8.220	11.888		38.66
LG-1	LG1	LG1	83						8.223	11.891		37.67
LG-1	LG1	LG1	84						8.228	11.896		39.24
LG-1	LG1	LG1	85						8.231	11.899		37.98
LG-1	LG1	LG1	86						8.234	11.902		38.00
LG-1	LG1	LG1	87						8.240	11.909	-27.69	38.62
LG-1	LG1	LG1	88						8.243	11.912	-28.89	37.03
LG-1	LG1	LG1	89						8.247	11.916		37.95
LG-1	LG1	LG1	90						8.253	11.922		37.57
LG-1	LG1	LG1	91						8.256	11.925		38.31
LG-1	LG1	LG1	92						8.261	11.931		37.43
LG-1	LG1	LG1	93						8.265	11.935		38.54
LG-1	LG1	LG1	94						8.270	11.940		37.50
LG-1	LG1	LG1	95						8.274	11.945		37.57
LG-1	LG1	LG1	96						8.279	11.951		38.50
LG-1	LG1	LG1	97						8.283	11.956		37.38
LG-1	LG1	LG1	98						8.288	11.962		37.60
LG-1	LG1	LG1	99						8.292	11.967		31.14
LG-1	LG1	LG1	100						8.295	11.971		35.34
LG-1	LG1	LG1	101						8.300	11.977		35.45
LG-1	LG1	LG1	102						8.303	11.981		37.05
LG-1	LG1	LG1	3-095						4.532	8.354	-24.60	36.30
LG-1	LG1	LG1	3-100						4.607	8.444	-25.30	36.70
LG-1	LG1	LG1	3-110						4.735	8.595	-26.50	38.70
LG-1	LG1	LG1	3-115						4.799	8.671	-26.20	37.50
LG-1	LG1	LG1	3-120						4.863	8.747	-25.50	38.80
LG-1	LG1	LG1	3-130						4.991	8.913	-25.80	38.60
LG-1	LG1	LG1	3-135						5.060	9.008	-26.40	39.40
LG-1	LG1	LG1	3-140						5.130	9.103	-24.30	39.00
LG-1	LG1	LG1	3-145						5.210	9.211	-29.80	39.50
LG-1	LG1	LG1	3-149						5.274	9.298	-24.30	39.30
LG-1	LG1	LG1	4-001						5.310	9.348	-24.50	39.60
LG-1	LG1	LG1	4-005						5.392	9.459	-26.00	39.20
LG-1	LG1	LG1	4-010						5.495	9.598	-26.70	39.70
LG-1	LG1	LG1	4-015						5.597	0.972	-27.50	39.80
LG-1	LG1	LG1	4-020						5.699	9.842	-25.70	40.20
LG-1	LG1	LG1	4-025						5.760	9.915	-24.00	40.00
LG-1	LG1	LG1	4-030						5.821	9.987	-23.60	40.10
LG-1	LG1	LG1	4-040						5.923	10.108	-23.30	40.10
LG-1	LG1	LG1	4-045						5.974	10.168	-22.60	39.70
LG-1	LG1	LG1	4-050						6.025	10.228	-22.90	38.30
LG-1	LG1	LG1	4-060						6.126	10.349	-25.70	39.10
LG-1	LG1	LG1	4-070						6.228	10.432	-26.80	37.60
LG-1	LG1	LG1	4-080						6.330	10.502	-27.10	38.20
LG-1	LG1	LG1	4-085						6.380	10.538	-26.80	38.60
LG-1	LG1	LG1	4-090						6.431	10.573	-25.90	38.50
LG-1	LG1	LG1	4-100						6.533	10.643	-24.50	35.80
LG-1	LG1	LG1	4-110						6.635	10.714	-27.70	37.70
LG-1	LG1	LG1	4-120						6.736	10.784	-26.80	35.50
LG-1	LG1	LG1	4-130						6.838	10.855	-27.30	34.70
LG-1	LG1	LG1	4-140						6.939	10.925	-27.30	37.80
LG-1	LG1	LG1	4-147						7.011	10.966	-28.00	38.00
LG-1	LG1	LG1	5-001						7.051	10.988	-25.40	38.00
LG-1	LG1	LG1	5-010						7.143	11.037	-27.00	39.30
LG-1	LG1	LG1	5-015						7.194	11.064	-26.00	38.90
LG-1	LG1	LG1	5-020						7.244	11.091	-26.50	38.00
LG-1	LG1	LG1	5-030						7.346	11.145	-28.60	37.00
LG-1	LG1	LG1	5-040						7.448	11.205	-27.90	36.90
LG-1	LG1	LG1	5-050						7.549	11.279	-26.80	38.10
LG-1	LG1	LG1	5-060						7.651	11.354	-27.70	37.70
LG-1	LG1	LG1	5-070						7.742	11.422	-27.30	37.60
LG-1	LG1	LG1	5-080						7.753	11.429	-26.70	37.90
LG-1	LG1	LG1	6-001						7.905	11.558	-28.90	35.20
LG-1	LG1	LG1	6-002						7.917	11.568	-26.60	37.60
LG-1	LG1	LG1	6-010						7.997	11.654	-26.90	36.90
LG-1	LG1	LG1	6-020						8.098	1.176	-27.10	38.60
LG-1	LG1	LG1	6-030						8.200	11.867	-27.20	38.60
LG-1	LG1	LG1	6-050						8.403	12.105	-27.50	38.20
LG-1	LG1	LG1	6-060						8.505	12.232	-27.40	38.00
LG-1	LG1	LG1	6-062						8.525	12.257	-28.60	38.00
LG-1	LG1	LG1	6-070						8.607	12.359	-30.30	36.90
LG-1	LG1	LG1	6-076						8.637	12.396	-29.60	37.20
LP1	LP1	LP1							10.775	10.353		32.36
LP1	LP1	LP1							10.825	10.440		30.73
LP1	LP1	LP1							10.875	10.488		31.40
LP1	LP1	LP1							10.925	10.537		32.77
LP1	LP1	LP1							10.975	10.585		30.93
LP1	LP1	LP1							11.025	10.634		32.55
LP1	LP1	LP1							11.075	10.682		33.24
LP1	LP1	LP1							11.125	10.730		32.56
LP1	LP1	LP1							11.175	10.779		30.46
LP1	LP1	LP1							11.225	10.827		30.71
LP1	LP1	LP1							11.275	10.876		27.85
LP1	LP1	LP1							11.325	10.924		26.29
LP1	LP1	LP1							11.375	10.972		24.78
LP1	LP1	LP1							11.425	11.021		28.27
LP1	LP1	LP1							11.475	11.069		27.90
LP1	LP1	LP1							11.525	11.118		26.77
LP1	LP1	LP1							11.575	11.166		29.41
LS-1	LS1	Core III					0.000	0.005	0.003	-0.055		28.00
LS-1	LS1	Core III					0.005	0.010	0.007	-0.047		27.45
LS-1	LS1	Core III					0.010	0.015	0.013	-0.044		26.36
LS-1	LS1	Core III					0.015	0.020	0.018	-0.041		26.29
LS-1	LS1	Core III					0.020	0.025	0.022	-0.037		26.17
LS-1	LS1	Core III					0.025	0.030	0.028	-0.032		28.86
LS-1	LS1	Core III					0.030	0.035	0.033	-0.027		26.23
LS-1	LS1	Core III					0.035	0.040	0.037	-0.021		26.79
LS-1	LS1	Core III					0.040	0.045	0.043	-0.016		27.14
LS-1	LS1	Core III					0.045	0.050	0.048	-0.010		26.80
LS-1	LS1	Core III					0.050	0.055	0.052	-0.005		27.73
LS-1	LS1	Core III					0.055	0.060	0.058	-0.000		27.61
LS-1	LS1	Core III					0.060	0.065	0.062	0.005		27.60
LS-1	LS1	Core III					0.065	0.070	0.068	0.010		28.04
LS-1	LS1	Core III					0.070	0.075	0.072	0.015		27.73
LS-1	LS1	Core III					0.075	0.080	0.077	0.020		28.00
LS-1	LS1	Core III					0.080	0.085	0.083	0.025		28.22
LS-1	LS1	Core III					0.085	0.090	0.087	0.030		28.42
LS-1	LS1	Core III					0.090	0.095	0.092	0.035		28.18
LS-1	LS1	Core III					0.095	0.100	0.098	0.040		27.78
LS-1	LS1	Core III					0.100	0.105	0.102	0.045		28.51
LS-1	LS1	Core III					0.105	0.110	0.107	0.050		27.30
LS-1	LS1	Core III					0.110	0.115	0.113	0.055		28.29
LS-1	LS1	Core III					0.115	0.120	0.117	0.060		28.40
LS-1	LS1	Core III					0.120	0.125	0.122	0.065		28.26
LS-1	LS1	Core III					0.125	0.130	0.128	0.070		28.22
LS-1	LS1	Core III					0.130	0.135	0.133	0.075		28.56
LS-1	LS1	Core III					0.135	0.140	0.138	0.080		28.41
LS-1	LS1	Core III					0.140	0.145	0.142	0.085		28.40
LS-1	LS1	Core III					0.145	0.150	0.147	0.090		28.95
LS-1	LS1	Core III					0.150	0.155	0.152	0.095		28.68
LS-1	LS1	Core III					0.155	0.160	0.158	0.100		28.28
LS-1	LS1	Core III					0.160	0.165	0.163	0.105		28.59
LS-1	LS1	Core III					0.165	0.170	0.168	0.110		27.60
LS-1	LS1	Core III					0.170	0.175	0.172	0.115		28.70
LS-1	LS1	Core III								0.117		27.29
LS-1	LS1	Core III								0.124		27.45
LS-1	LS1	Core III								0.131		26.72
LS-1	LS1	Core III								0.137		27.03
LS-1	LS1	Core III								0.144		27.11
LS-1	LS1	Core III								0.150		27.23
LS-1	LS1	Core III								0.158		26.99
LS-1	LS1	Core III								0.165		27.42
LS-1	LS1	Core III								0.220		27.76
LS-1	LS1	Core III								0.243		27.63
LS-1	LS1	Core III								0.269		27.70
LS-1	LS1	Core III								0.298		27.92
LS-1	LS1	Core III								0.329		27.89
LS-1	LS1	Core III								0.358		28.14
LS-1	LS1	Core III								0.389		27.54
LS-1	LS1	Core III								0.418		27.75
LS-1	LS1	Core III								0.449		28.27
LS-1	LS1	Core III								0.478		28.70
LS-1	LS1	Core III								0.508		29.26
LS-1	LS1	Core III								0.538		28.62
LS-1	LS1	Core III								0.569		28.45
LS-1	LS1	Core III								0.598		28.87
LS-1	LS1	Core III								0.625		28.82
LS-1	LS1	Core III								0.651		29.05
LS-1	LS1	Core III								0.673		28.67
LS-1	LS1	Core III								0.691		28.40
LS-1	LS1	Core III								0.706		28.80
LS-1	LS1	Core III								0.720		29.21
LS-1	LS1	Core III								0.734		28.68
LS-1	LS1	Core III								0.748		28.34
LS-1	LS1	Core III								0.761		28.65
LS-1	LS1	Core III								0.776		28.66
LS-1	LS1	Core III								0.789		28.01
LS-1	LS1	Core III								0.803		27.83
LS-1	LS1	Core III								0.817		28.11
LS-1	LS1	Core III								0.830		28.14
LS-1	LS1	Core III								0.842		28.22
LS-1	LS1	Core III								0.854		28.02
LS-1	LS1	Core III								0.866		28.93
LS-1	LS1	Core III								0.878		28.22
LS-1	LS1	Core III								0.890		28.82
LS-1	LS1	Core III								0.902		29.83
LS-1	LS1	Core III								0.914		28.68
LS-1	LS1	Core III								0.920		29.59
LSG-1	LSG1	Core III								-0.058		27.32
LSG-1	LSG1	Core III								-0.055		27.70
LSG-1	LSG1	Core III								-0.052		27.88
LSG-1	LSG1	Core III								-0.050		28.15
LSG-1	LSG1	Core III								-0.047		27.75
LSG-1	LSG1	Core III								-0.041		28.21
LSG-1	LSG1	Core III								-0.036		27.93
LSG-1	LSG1	Core III								-0.034		27.71
LSG-1	LSG1	Core III								-0.029		28.05
LSG-1	LSG1	Core III								-0.022		28.53
LSG-1	LSG1	Core III								-0.018		28.23
LSG-1	LSG1	Core III								-0.013		28.28
LSG-1	LSG1	Core III								-0.010		28.43
LSG-1	LSG1	Core III								-0.003		28.54
LSG-1	LSG1	Core III								0.000		28.25
LSG-1	LSG1	Core III								0.004		28.49
LSG-1	LSG1	Core III								0.007		28.28
LSG-1	LSG1	Core III								0.010		28.16
LSG-1	LSG1	Core III								0.014		28.22
LSG-1	LSG1	Core III								0.020		28.68
LSG-1	LSG1	Core III								0.026		28.99
LSG-1	LSG1	Core III								0.032		28.61
LSG-1	LSG1	Core III								0.038		28.62
LSG-1	LSG1	Core III								0.043		28.73
LSG-1	LSG1	Core III								0.050		28.90
LSG-1	LSG1	Core III								0.054		29.01
LSG-1	LSG1	Core III								0.060		29.30
LSG-1	LSG1	Core III								0.067		29.15
LSG-1	LSG1	Core III								0.072		29.26
LSG-1	LSG1	Core III								0.079		29.10
LSG-1	LSG1	Core III								0.085		29.28
LSG-1	LSG1	Core III								0.089		28.43
LSG-1	LSG1	Core III								0.096		28.57
LSG-1	LSG1	Core III								0.102		28.86
LSG-1	LSG1	Core III								0.107		28.58
LSG-1	LSG1	Core III								0.114		28.62
LSG-1	LSG1	Core III								0.118		28.15
LSG-1	LSG1	Core III								0.123		28.65
LSG-1	LSG1	Core III								0.128		28.73
LSG-1	LSG1	Core III								0.134		28.73
LSG-1	LSG1	Core III								0.145		29.16
LSG-1	LSG1	Core III								0.155		29.19
LSG-1	LSG1	Core III								0.169		28.93
LSG-1	LSG1	Core III								0.179		28.47
LSG-1	LSG1	Core III								0.192		28.62
LSG-1	LSG1	Core III								0.203		28.57
LSG-1	LSG1	Core III								0.212		27.12
LSG-1	LSG1	Core III								0.223		27.70
LSG-1	LSG1	Core III								0.235		28.20
LSG-1	LSG1	Core III								0.246		27.34
LSG-1	LSG1	Core III								0.258		27.51
LSG-1	LSG1	Core III								0.270		27.54
LSG-1	LSG1	Core III								0.281		27.62
LSG-1	LSG1	Core III								0.293		28.55
LSG-1	LSG1	Core III								0.305		29.15
LSG-1	LSG1	Core III								0.316		29.65
LSG-1	LSG1	Core III								0.328		28.67
LSG-1	LSG1	Core III								0.339		26.76
LSG-1	LSG1	Core III								0.355		28.79
LSG-1	LSG1	Core III								0.394		27.65
LSG-1	LSG1	Core III								0.433		28.67
LSG-1	LSG1	Core III								0.472		29.01
LSG-1	LSG1	Core III								0.511		30.28
LSG-1	LSG1	Core III								0.550		30.29
LSG-1	LSG1	Core III								0.588		30.42
LSG-1	LSG1	Core III								0.624		29.07
LSG-1	LSG1	Core III								0.660		28.72
LSG-1	LSG1	Core III								0.697		27.87
LSG-1	LSG1	Core III								0.739		26.97
LSG-1	LSG1	Core III								0.783		26.76
LSG-1	LSG1	Core III								0.828		25.65
LSG-1	LSG1	Core III								0.873		28.87
LSG-1	LSG1	Core III								0.918		29.24
LSG-1	LSG1	Core III								0.963		29.25
TL1	TL1	TL1							8.650	5.701		34.50
TL1	TL1	TL1							8.670	5.810		36.30
TL1	TL1	TL1							8.690	5.846		35.20
TL1	TL1	TL1							8.710	5.885		35.80
TL1	TL1	TL1							8.830	5.934		34.80
TL1	TL1	TL1							8.850	5.982		36.00
TL1	TL1	TL1							8.870	6.030		36.10
TL1	TL1	TL1							8.890	6.078		33.80
TL1	TL1	TL1							8.910	6.127		35.60
TL1	TL1	TL1							8.930	6.175		33.70
TL1	TL1	TL1							8.950	6.254		36.10
TL1	TL1	TL1							8.970	6.272		36.10
TL1	TL1	TL1							8.990	6.320		36.80
TL1	TL1	TL1							9.010	6.368		36.40
TL1	TL1	TL1							9.030	6.417		35.50
TL1	TL1	TL1							9.050	6.465		37.10
TL1	TL1	TL1							9.070	6.514		36.90
TL1	TL1	TL1							9.090	6.610		36.30
TL1	TL1	TL1							9.110	6.658		36.20
TL1	TL1	TL1							9.130	6.707		37.00
TL1	TL1	TL1							9.150	6.755		33.40
TL1	TL1	TL1							9.170	6.797		36.00
TL1	TL1	TL1							9.190	6.839		36.00
TL1	TL1	TL1							9.210	6.880		34.50
TL1	TL1	TL1							9.230	6.930		36.70
TL1	TL1	TL1							9.250	6.947		37.10
TL1	TL1	TL1							9.270	7.002		36.20
TL1	TL1	TL1							9.290	7.027		36.00
TL1	TL1	TL1							9.310	7.065		35.00
TL1	TL1	TL1							9.330	7.099		35.50
TL1	TL1	TL1							9.350	7.145		37.00
TL1	TL1	TL1							9.370	7.171		35.60
TL1	TL1	TL1							9.390	7.217		37.00
TL1	TL1	TL1							9.410	7.242		35.40
TL1	TL1	TL1							9.430	7.284		34.00
TL1	TL1	TL1							9.450	7.314		36.50
TL1	TL1	TL1							9.470	7.360		33.52
TL1	TL1	TL1							9.490	7.386		34.70
TL1	TL1	TL1							9.830	7.431		35.43
TL1	TL1	TL1							9.850	7.462		34.46
TL1	TL1	TL1							9.870	7.503		33.06
TL1	TL1	TL1							9.890	7.534		34.08
TL1	TL1	TL1							9.910	7.574		34.33
TL1	TL1	TL1							9.930	7.635		33.97
TL1	TL1	TL1							9.950	7.671		36.26
TL1	TL1	TL1							9.970	7.706		34.90
TL1	TL1	TL1							9.990	7.720		36.06
TL1	TL1	TL1							10.010	7.787		36.14
TL1	TL1	TL1							10.030	7.823		35.24
TL1	TL1	TL1							10.050	7.849		34.61
TL1	TL1	TL1							10.070	7.886		35.57
TL1	TL1	TL1							10.090	7.921		36.94
TL1	TL1	TL1							10.110	7.959		35.88
TL1	TL1	TL1							10.130	7.973		36.47
TL1	TL1	TL1							10.150	8.000		35.79
TL1	TL1	TL1							10.170	8.031		35.80
TL1	TL1	TL1							10.190	8.058		34.57
TL1	TL1	TL1							10.210	8.089		36.09
TL1	TL1	TL1							10.230	8.112		35.96
TL1	TL1	TL1							10.250	8.143		35.88
TL1	TL1	TL1							10.270	8.169		34.63
TL1	TL1	TL1							10.290	8.200		35.76
TL1	TL1	TL1							10.310	8.227		35.24
TL1	TL1	TL1							10.330	8.262		34.63
TL1	TL1	TL1							10.350	8.288		36.11
TL1	TL1	TL1							10.370	8.319		35.17
TL1	TL1	TL1							10.390	8.346		35.99
TL1	TL1	TL1							10.410	8.377		36.17
TL1	TL1	TL1							10.430	8.403		36.38
TL1	TL1	TL1							10.450	8.435		38.00
TL1	TL1	TL1							10.470	8.461		35.26
TL1	TL1	TL1							10.490	8.492		35.28
TL1	TL1	TL1							10.510	8.519		35.24
TL1	TL1	TL1							10.530	8.550		35.87
TL1	TL1	TL1							10.550	8.576		34.58
TL1	TL1	TL1							10.570	8.608		31.70
TL1	TL1	TL1							10.590	8.665		33.07
TL1	TL1	TL1							10.610	8.691		31.86
TL1	TL1	TL1							10.630	8.719		29.81
TL1	TL1	TL1							10.650	8.775		35.50
TL1	TL1	TL1							10.670	8.793		36.42
TL1	TL1	TL1							10.690	8.811		34.79
LVA-1	LVA1	LVA11	5623	0.280	0.310	0.295			0.345	0.785		28.98
LVA-1	LVA1	LVA11	5624	0.380	0.410	0.395			0.445	1.500		29.18
LVA-1	LVA1	LVA11	5625	0.490	0.520	0.505			0.555	2.073		29.31
LVA-1	LVA1	LVA11	5626	0.595	0.625	0.610			0.660	2.575		28.15
LVA-1	LVA1	LVA11	5627	0.680	0.710	0.695			0.745	2.981		28.17
LVA-1	LVA1	LVA11	5628	0.777	0.810	0.793			0.844	3.451		28.27
LVA-1	LVA1	LVA11	5629	0.890	0.920	0.905			0.955	3.984		28.68
LVA-1	LVA1	LVA12	5630	0.085	0.115	0.100			1.050	4.438		28.55
LVA-1	LVA1	LVA12	5631	0.170	0.200	0.185			1.135	4.828		28.30
LVA-1	LVA1	LVA12	5632	0.260	0.292	0.276			1.226	5.214		28.41
LVA-1	LVA1	LVA12	5633	0.360	0.390	0.375			1.325	5.634		28.69
LVA-1	LVA1	LVA12	5634	0.450	0.480	0.465			1.415	6.016		28.61
LVA-1	LVA1	LVA12	5635	0.555	0.585	0.570			1.520	6.461		28.91
LVA-1	LVA1	LVA12	5636	0.680	0.710	0.695			1.645	6.992		29.44
LVA-1	LVA1	LVA12	5637	0.780	0.810	0.795			1.745	7.416		29.36
LVA-1	LVA1	LVA12	5638	0.885	0.915	0.900			1.850	7.862		29.28
LVA-1	LVA1	LVA13	5639	0.085	0.115	0.100			1.950	8.286		29.37
LVA-1	LVA1	LVA13	5640	0.180	0.210	0.195			2.045	8.689		29.58
LVA-1	LVA1	LVA13	5641	0.285	0.315	0.300			2.150	9.135		29.95
LVA-1	LVA1	LVA13	5642	0.395	0.425	0.410			2.260	9.601		30.22
LVA-1	LVA1	LVA13	5643	0.520	0.550	0.535			2.385	10.132		30.20
LVA-1	LVA1	LVA13	5644	0.605	0.635	0.620			2.470	10.492		30.21
LVB-1	LVB1	LVB11	5609	0.075	0.105	0.090			0.192	0.115		32.39
LVB-1	LVB1	LVB11	5610	0.105	0.135	0.120			0.222	0.157		31.67
LVB-1	LVB1	LVB11	5611	0.135	0.165	0.150			0.252	0.208		31.92
LVB-1	LVB1	LVB11	5612	0.165	0.195	0.180			0.282	0.269		31.47
LVB-1	LVB1	LVB11	5613	0.195	0.225	0.210			0.312	0.336		31.68
LVB-1	LVB1	LVB11	5614	0.225	0.255	0.240			0.342	0.408		32.48
LVB-1	LVB1	LVB11	5616	0.285	0.320	0.302			0.405	0.559		32.29
LVB-1	LVB1	LVB11	5618	0.380	0.395	0.388			0.479	0.790		33.04
LVB-1	LVB1	LVB11	5619	0.395	0.415	0.405			0.507	0.909		32.97
LVB-1	LVB1	LVB11	5589	0.435	0.465	0.450			0.552	1.104		31.79
LVB-1	LVB1	LVB11	5605	0.485	0.515	0.500			0.602	1.321		31.84
LVB-1	LVB1	LVB11	5590	0.535	0.565	0.550			0.652	1.538		32.22
LVB-1	LVB1	LVB11	5606	0.585	0.615	0.600			0.702	1.754		32.25
LVB-1	LVB1	LVB11	5591	0.635	0.665	0.650			0.752	1.971		32.33
LVB-1	LVB1	LVB11	5620	0.685	0.715	0.700			0.802	2.188		33.28
LVB-1	LVB1	LVB11	5592	0.735	0.765	0.750			0.852	2.404		32.19
LVB-1	LVB1	LVB11	5593	0.785	0.815	0.800			0.902	2.621		32.91
LVB-1	LVB1	LVB11	5682	0.885	0.915	0.900			1.002	3.054		32.28
LVB-1	LVB1	LVB12	5557	0.035	0.065	0.050			1.102	3.488		33.24
LVB-1	LVB1	LVB12	5595	0.075	0.105	0.090			1.142	3.661		32.83
LVB-1	LVB1	LVB12	5558	0.135	0.165	0.150			1.202	3.921		33.32
LVB-1	LVB1	LVB12	5596	0.185	0.215	0.200			1.252	4.138		32.88
LVB-1	LVB1	LVB12	5559	0.235	0.265	0.250			1.302	4.354		32.94
LVB-1	LVB1	LVB12	5597	0.285	0.315	0.300			1.352	4.571		33.44
LVB-1	LVB1	LVB12	5560	0.335	0.365	0.350			1.402	4.788		32.95
LVB-1	LVB1	LVB12	5607	0.685	0.715	0.700			1.437	4.939		32.48
LVB-1	LVB1	LVB12	5598	0.385	0.415	0.400			1.452	5.004		33.33
LVB-1	LVB1	LVB12	5608	0.785	0.815	0.800			1.487	5.156		33.85
LVB-1	LVB1	LVB12	5561	0.435	0.465	0.450			1.502	5.221		32.96
LVB-1	LVB1	LVB12	5599	0.485	0.515	0.500			1.552	5.438		33.04
LVB-1	LVB1	LVB12	5553	0.535	0.565	0.550			1.602	5.654		32.81
LVB-1	LVB1	LVB12	5600	0.585	0.615	0.600			1.652	5.871		33.24
LVB-1	LVB1	LVB12	5562	0.635	0.665	0.650			1.702	6.088		33.28
LVB-1	LVB1	LVB12	5563	0.735	0.765	0.750			1.802	6.521		33.24
LVB-1	LVB1	LVB12	5564	0.835	0.865	0.850			1.902	6.954		33.51
LVB-1	LVB1	LVB12	5601	0.885	0.915	0.900			1.952	7.171		33.39
LVB-1	LVB1	LVB13	5565	0.035	0.065	0.050			2.002	7.388		33.72
LVB-1	LVB1	LVB13	5582	0.085	0.115	0.100			2.052	7.604		33.08
LVB-1	LVB1	LVB13	5582	0.085	0.115	0.100			2.052	7.604		33.41
LVB-1	LVB1	LVB13	5566	0.135	0.165	0.150			2.102	7.821		33.28
LVB-1	LVB1	LVB13	5554	0.185	0.215	0.200			2.152	8.038		32.82
LVB-1	LVB1	LVB13	5567	0.235	0.265	0.250			2.202	8.254		33.55
LVB-1	LVB1	LVB13	5583	0.285	0.315	0.300			2.252	8.471		33.78
LVB-1	LVB1	LVB13	5568	0.335	0.365	0.350			2.302	8.688		33.64
LVB-1	LVB1	LVB13	5602	0.385	0.415	0.400			2.352	8.904		33.38
LVB-1	LVB1	LVB13	5569	0.435	0.465	0.450			2.402	9.121		34.45
LVB-1	LVB1	LVB13	5603	0.485	0.515	0.500			2.452	9.338		33.97
LVB-1	LVB1	LVB13	5570	0.535	0.565	0.550			2.502	9.554		34.83
LVB-1	LVB1	LVB13	5604	0.585	0.615	0.600			2.552	9.771		33.97
LVB-1	LVB1	LVB13	5571	0.635	0.665	0.650			2.602	9.983		35.03
LVB-1	LVB1	LVB13	5587	0.685	0.715	0.700			2.652	10.195		35.39
LVB-1	LVB1	LVB13	5588	0.785	0.815	0.800			2.752	10.980		34.97
LVB-1	LVB1	LVB13	5580	0.885	0.915	0.900			2.802	11.552		34.49
LVB-1	LVB1	LVB13	5573	0.885	0.915	0.900			2.852	12.125		34.38
LVB-1	LVB1	LVB14	5555	0.035	0.065	0.050			2.902	12.697		34.60
LVB-1	LVB1	LVB14	5574	0.085	0.115	0.100			2.952	13.270		34.16
LVB-1	LVB1	LVB14	5575	0.125	0.150	0.138			2.990	13.699		34.48
LVB-1	LVB1	LVB14	5550	0.315	0.325	0.320			3.177	15.129		35.51
Lz1024	Lz1024	Lz1024							0.050	0.757		21.44		20.15		21.44
Lz1024	Lz1024	Lz1024							0.085	1.363		21.69		19.75		21.69
Lz1024	Lz1024	Lz1024							0.220	2.647		22.78		21.46		22.78
Lz1024	Lz1024	Lz1024							0.370	4.505		22.44		21.23		22.44
Lz1024	Lz1024	Lz1024							0.455	5.788		22.30		21.46		22.30
Lz1024	Lz1024	Lz1024							0.520	6.644		23.14		21.43		23.14
Lz1024	Lz1024	Lz1024							0.605	7.928		21.71		20.69		21.71
Lz1024	Lz1024	Lz1024							0.640	8.356		23.42		21.54		23.42
Lz1024	Lz1024	Lz1024							0.685	9.069		22.62		21.40		22.62
Lz1024	Lz1024	Lz1024							0.750	9.925		22.29		20.89		22.29
Lz1024	Lz1024	Lz1024							0.830	11.066		22.98		20.65		22.98
Lz1024	Lz1024	Lz1024							0.985	12.744		22.21		20.90		22.21
Lz1024	Lz1024	Lz1024							1.175	15.004		23.90		22.26		23.90
Lz1024	Lz1024	Lz1024							1.305	19.053		21.12		19.82		21.12
Lz1024	Lz1024	Lz1024							1.440	20.679		20.96		20.02		20.96
Lz1024	Lz1024	Lz1024							1.540	22.126		20.27		19.98		20.27
Lz1024	Lz1024	Lz1024							1.610	23.139		19.10		18.82		19.10
Lz1024	Lz1024	Lz1024							1.635	23.573		19.43		19.19		19.43
Lz1024	Lz1024	Lz1024							1.650	23.717		19.60		19.29		19.60
Lz1024	Lz1024	Lz1024							1.730	26.435		20.21		19.61		20.21
Lz1024	Lz1024	Lz1024							1.765	27.917		20.36		19.93		20.36
Lz1024	Lz1024	Lz1024							1.830	29.222		20.43		20.05		20.43
Lz1024	Lz1024	Lz1024							1.930	32.229		21.22		19.93		21.22
Lz1024	Lz1024	Lz1024							1.980	34.285		22.42		21.55		22.42
Lz1024	Lz1024	Lz1024							2.050	36.926		20.92		20.45		20.92
Lz1024	Lz1024	Lz1024							2.130	39.948		20.57		20.07		20.57
Lz1024	Lz1024	Lz1024							2.240	44.089		21.12		20.45		21.12
Lz1024	Lz1024	Lz1024							2.340	48.757		21.26		20.80		21.26
Lz1024	Lz1024	Lz1024							2.420	54.595		23.29		21.01		23.29
Lz1024	Lz1024	Lz1024							2.510	57.374		21.69		20.68		21.69
Lz1024	Lz1024	Lz1024							2.630	60.666		21.40		21.04		21.40
Lz1024	Lz1024	Lz1024							2.700	62.255		21.35		20.81		21.35
Lz1024	Lz1024	Lz1024							2.865	65.278		21.09		20.13		21.09
Lz1024	Lz1024	Lz1024							3.030	67.477		19.99		19.48		19.99
Lz1024	Lz1024	Lz1024							3.140	68.989		19.82		19.74		19.82
Lz1024	Lz1024	Lz1024							3.170	69.402		20.11		19.60		20.11
Lz1024	Lz1024	Lz1024							3.355	70.514		19.59		19.20		19.59
Lz1024	Lz1024	Lz1024							3.465	75.257		20.06		19.64		20.06
Lz1024	Lz1024	Lz1024							3.700	84.982		20.84		20.41		20.84
Lz1024	Lz1024	Lz1024							3.850	87.578		21.58		21.09		21.58
Lz1024	Lz1024	Lz1024							4.150	90.472		20.76		20.45		20.76
Lz1024	Lz1024	Lz1024							4.320	97.016		20.88		20.36		20.88
Lz1024	Lz1024	Lz1024							4.490	100.637		21.21		20.80		21.21
Lz1024	Lz1024	Lz1024							4.595	102.502		20.79		20.43		20.79
Lz1024	Lz1024	Lz1024							4.800	107.298		20.02		19.68		20.02
Lz1024	Lz1024	Lz1024							4.960	112.268		21.35		20.84		21.35
Lz1024	Lz1024	Lz1024							5.280	120.233		21.83		21.65		21.83
Lz1024	Lz1024	Lz1024							5.500	123.644		23.07		22.77		23.07
Lz1024	Lz1024	Lz1024							5.730	125.814		23.29		22.95		23.29
Lz1024	Lz1024	Lz1024							5.850	127.244		24.36		22.23		24.36
Lz1024	Lz1024	Lz1024							5.975	128.297		22.69		22.19		22.69
Lz1024	Lz1024	Lz1024							6.215	134.020		23.06		20.78		23.06
Lz1024	Lz1024	Lz1024							6.520	143.274		21.23		19.77		21.23
Lz1024	Lz1024	Lz1024							6.940	157.858		20.87		19.99		20.87
Lz1024	Lz1024	Lz1024							6.970	158.175		21.02		20.41		21.02
Lz1024	Lz1024	Lz1024							7.040	158.914		21.37		20.36		21.37
Lz1024	Lz1024	Lz1024							7.345	162.168		20.72		20.05		20.72
Lz1024	Lz1024	Lz1024							7.535	169.348		21.68		19.84		21.68
Lz1024	Lz1024	Lz1024							9.560	187.596		20.14		19.79		20.14
Lz1024	Lz1024	Lz1024							9.770	192.789		21.52		21.00		21.52
Lz1024	Lz1024	Lz1024							9.865	197.563		21.42		20.62		21.42
Lz1024	Lz1024	Lz1024							9.975	202.814		23.15		22.41		23.15
Lz1024	Lz1024	Lz1024							10.080	205.067		23.07		21.75		23.07
Lz1024	Lz1024	Lz1024							10.150	206.309		23.00		22.69		23.00
Lz1024	Lz1024	Lz1024							10.760	209.338		23.31		22.81		23.31
Lz1024	Lz1024	Lz1024							10.790	210.434		22.42		21.15		22.42
Lz1024	Lz1024	Lz1024							10.865	212.080		22.18		21.35		22.18
Lz1024	Lz1024	Lz1024							11.030	217.360		22.28		21.73		22.28
Lz1024	Lz1024	Lz1024							11.130	220.039		22.05		21.68		22.05
Lz1024	Lz1024	Lz1024							12.345	231.337		21.50		20.14		21.50
Lz1024	Lz1024	Lz1024							12.525	239.190		22.41		21.45		22.41
Lz1024	Lz1024	Lz1024							12.715	243.958		23.59		22.07		23.59
Lz1024	Lz1024	Lz1024							12.960	255.092		22.30		21.66		22.30
Lz1029	Lz1029	Lz1029							0.003	0.000		23.20
Lz1029	Lz1029	Lz1029							0.007	0.170		23.70
Lz1029	Lz1029	Lz1029							0.013	0.340		23.90
Lz1029	Lz1029	Lz1029							0.018	0.510		24.60
Lz1029	Lz1029	Lz1029							0.022	0.690		24.80
Lz1029	Lz1029	Lz1029							0.028	0.860		25.50
Lz1029	Lz1029	Lz1029							0.033	1.030		25.20
Lz1029	Lz1029	Lz1029							0.037	1.200		25.70
Lz1029	Lz1029	Lz1029							0.043	1.370		25.30
Lz1029	Lz1029	Lz1029							0.033	1.540		24.40
Lz1029	Lz1029	Lz1029							0.052	1.720		25.10
Lz1029	Lz1029	Lz1029							0.058	1.890		25.20
Lz1029	Lz1029	Lz1029							0.068	2.300		24.70
Lz1029	Lz1029	Lz1029							0.083	2.910		25.10
Lz1029	Lz1029	Lz1029							0.102	4.140		26.00
Lz1029	Lz1029	Lz1029							0.107	4.340		26.00
Lz1029	Lz1029	Lz1029							0.113	4.550		24.80
Lz1029	Lz1029	Lz1029							0.117	4.750		26.50
Lz1029	Lz1029	Lz1029							0.122	4.920		26.30
Lz1029	Lz1029	Lz1029							0.128	5.090		26.00
Lz1029	Lz1029	Lz1029							0.133	5.260		25.80
Lz1029	Lz1029	Lz1029							0.138	5.430		25.20
Lz1029	Lz1029	Lz1029							0.142	5.600		25.60
Lz1029	Lz1029	Lz1029							0.147	5.770		26.20
Lz1029	Lz1029	Lz1029							0.158	6.110		26.00
Lz1029	Lz1029	Lz1029							0.163	6.280		26.00
Lz1029	Lz1029	Lz1029							0.168	6.450		26.10
Lz1029	Lz1029	Lz1029							0.172	6.620		26.30
Lz1029	Lz1029	Lz1029							0.177	6.780		26.50
Lz1029	Lz1029	Lz1029							0.182	6.950		25.40
Lz1029	Lz1029	Lz1029							0.188	7.120		25.80
Lz1029	Lz1029	Lz1029							0.193	7.290		25.50
Lz1029	Lz1029	Lz1029							0.198	7.460		25.10
Lz1029	Lz1029	Lz1029							0.203	7.630		26.70
Lz1029	Lz1029	Lz1029							0.207	7.800		27.00
Lz1029	Lz1029	Lz1029							0.212	7.970		26.70
Lz1029	Lz1029	Lz1029							0.217	8.140		26.00
Lz1029	Lz1029	Lz1029							0.223	8.310		26.90
Lz1029	Lz1029	Lz1029							0.247	9.150		27.40
Lz1029	Lz1029	Lz1029							0.253	9.320		27.20
Lz1029	Lz1029	Lz1029							0.268	9.830		26.50
Lz1029	Lz1029	Lz1029							0.273	10.000		26.70
Lz1029	Lz1029	Lz1029							0.278	10.170		26.90
Lz1029	Lz1029	Lz1029							0.292	10.680		27.40
Lz1029	Lz1029	Lz1029							0.302	11.020		27.10
Lz1029	Lz1029	Lz1029							0.312	11.360		27.60
Lz1029	Lz1029	Lz1029							0.323	11.690		26.80
Lz1029	Lz1029	Lz1029							0.328	11.860		26.50
Lz1029	Lz1029	Lz1029							0.333	12.030		26.60
Lz1029	Lz1029	Lz1029							0.343	12.370		25.70
Lz1029	Lz1029	Lz1029							0.347	12.540		26.30
Lz1029	Lz1029	Lz1029							0.352	12.710		26.60
Lz1029	Lz1029	Lz1029							0.367	13.220		26.50
Lz1029	Lz1029	Lz1029							0.378	13.560		25.40
Lz1029	Lz1029	Lz1029							0.383	13.730		25.50
Lz1029	Lz1029	Lz1029							0.537	16.850		24.30
Lz1029	Lz1029	Lz1029							0.542	17.060		24.90
Lz1029	Lz1029	Lz1029							0.552	17.420		24.00
Lz1029	Lz1029	Lz1029							0.568	17.960		23.20
Lz1029	Lz1029	Lz1029							0.573	18.140		23.40
Lz1029	Lz1029	Lz1029							0.589	18.740		23.90
Lz1029	Lz1029	Lz1029							0.598	19.040		24.60
Lz1029	Lz1029	Lz1029							0.637	20.480		24.20
Lz1029	Lz1029	Lz1029							0.647	20.840		22.80
Lz1029	Lz1029	Lz1029							0.657	21.200		23.70
Lz1029	Lz1029	Lz1029							0.662	21.380		22.40
Lz1029	Lz1029	Lz1029							0.667	21.560		22.50
Lz1029	Lz1029	Lz1029							0.672	21.740		23.40
Lz1029	Lz1029	Lz1029							0.677	21.920		25.10
Lz1029	Lz1029	Lz1029							0.682	22.100		22.50
Lz1029	Lz1029	Lz1029							0.688	22.280		23.30
Lz1029	Lz1029	Lz1029							0.693	22.450		23.90
Lz1029	Lz1029	Lz1029							0.698	22.630		22.90
M98-2P	M982P	M982P								0.778		31.39
M98-2P	M982P	M982P								0.931		36.18
M98-2P	M982P	M982P								1.064		33.31
M98-2P	M982P	M982P								1.165		29.30
M98-2P	M982P	M982P								1.318		33.98
M98-2P	M982P	M982P								1.445		31.43
M98-2P	M982P	M982P								1.572		36.99
M98-2P	M982P	M982P								1.725		34.72
M98-2P	M982P	M982P								1.852		31.06
M98-2P	M982P	M982P								1.979		37.84
M98-2P	M982P	M982P								1.992		35.51
M98-2P	M982P	M982P								2.110		34.12
M98-2P	M982P	M982P								2.286		30.40
M98-2P	M982P	M982P								2.445		36.97
M98-2P	M982P	M982P								2.461		35.31
M98-2P	M982P	M982P								2.621		32.03
M98-2P	M982P	M982P								2.797		33.07
M98-2P	M982P	M982P								2.956		35.72
M98-2P	M982P	M982P								3.132		37.51
M98-2P	M982P	M982P								3.276		32.88
M98-2P	M982P	M982P								3.404		32.48
M98-2P	M982P	M982P								3.611		35.93
M98-2P	M982P	M982P								3.803		37.72
M98-2P	M982P	M982P								3.819		38.13
M98-2P	M982P	M982P								4.016		34.47
M98-2P	M982P	M982P								4.187		36.30
M98-2P	M982P	M982P								4.460		32.32
M98-2P	M982P	M982P								4.619		36.62
M98-2P	M982P	M982P								4.817		33.78
M98-2P	M982P	M982P								5.056		33.51
M98-2P	M982P	M982P								5.294		36.09
M98-2P	M982P	M982P								5.495		27.68
M98-2P	M982P	M982P								5.781		32.36
M98-2P	M982P	M982P								6.023		36.99
M98-2P	M982P	M982P								6.244		34.01
M98-2P	M982P	M982P								6.464		35.57
M98-2P	M982P	M982P								6.684		34.05
M98-2P	M982P	M982P								6.904		33.20
M98-2P	M982P	M982P								7.102		32.44
M98-2P	M982P	M982P								7.146		33.79
M98-2P	M982P	M982P								7.345		32.58
M98-2P	M982P	M982P								7.565		31.74
M98-2P	M982P	M982P								7.785		38.17
M98-2P	M982P	M982P								7.983		32.27
M98-2P	M982P	M982P								8.005		31.43
M98-2P	M982P	M982P								8.225		37.05
M98-2P	M982P	M982P								8.490		34.93
M98-2P	M982P	M982P								8.688		32.85
M98-2P	M982P	M982P								8.710		32.52
M98-2P	M982P	M982P								8.908		33.40
M98-2P	M982P	M982P								8.930		33.73
M98-2P	M982P	M982P								9.108		35.28
M98-2P	M982P	M982P								9.327		32.56
M98-2P	M982P	M982P								9.570		34.06
M98-2P	M982P	M982P								9.862		33.69
M98-2P	M982P	M982P								10.105		35.44
M98-2P	M982P	M982P								10.349		34.25
M98-2P	M982P	M982P								10.547		33.74
M98-2P	M982P	M982P								10.819		31.87
M98-2P	M982P	M982P								11.115		31.14
M98-2P	M982P	M982P								11.338		36.12
M98-2P	M982P	M982P								11.362		37.94
M98-2P	M982P	M982P								11.609		35.00
M98-2P	M982P	M982P								11.863		36.10
M98-2P	M982P	M982P								12.143		33.06
M98-2P	M982P	M982P								12.169		32.85
M98-2P	M982P	M982P								12.423		39.71
M98-2P	M982P	M982P								12.602		37.68
M98-2P	M982P	M982P								12.805		35.83
M98-2P	M982P	M982P								13.154		33.91
M98-2P	M982P	M982P								13.495		20.10
M98-2P	M982P	M982P								14.049		34.62
M98-2P	M982P	M982P								14.390		38.08
M98-2P	M982P	M982P								14.944		38.55
M98-2P	M982P	M982P								15.461		33.34
M98-2P	M982P	M982P								15.878		37.34
M98-2P	M982P	M982P								16.347		38.49
M98-2P	M982P	M982P								16.347		35.52
M98-2P	M982P	M982P								16.920		37.69
M98-2P	M982P	M982P								17.372		33.20
M98-2P	M982P	M982P								17.848		33.86
M98-2P	M982P	M982P								18.325		30.32
M98-2P	M982P	M982P								18.802		32.74
M98-2P	M982P	M982P								18.802		35.80
M98-2P	M982P	M982P								19.148		35.80
M98-2P	M982P	M982P								19.532		34.86
M98-2P	M982P	M982P								19.958		35.22
M98-2P	M982P	M982P								20.385		33.12

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