/* DATA DESCRIPTION: Citation: Nowaczyk, Norbert R (2020): Magnetization intensities of redeposited Black Sea sediment from the last glacial [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.925709 Abstract: This data publication provides data on redeposition experiments with mud collected during paleomagnetic sampling of various cores from the Arkhangelsky Ridge, SE Black Sea, recovered during marine expedition M72/5 of German research vessel RV METEOR in 2007 and expedition MSM33 of German research vessel RV Maria S. Merian in 2013. The collected silici-clastic mud mostly originates from glacial sediments deposited during marine isotope stages (MIS) 2 to 4, and 6. The material (bulk/mixed sample) originates from 208m to 847m water depth, 41° 28.66'N to 42° 13.57'N in latitude, and 36° 29.53'E to 37° 11.68'E in longitude. Experiments were performed in order to check the (non-) linearity of the detrital remanent magnetization (DRM) of Black Sea sediments acquired in different magnetic fields. Keyword(s): depositional remanent magnetization Related to: Nowaczyk, Norbert R (2021): Redeposition experiments with natural sediments from the SE Black Sea in magnetic fields between about 2 and 114 µT. Geophysical Journal International, 224(1), 271-289, https://doi.org/10.1093/gji/ggaa455 Comment: Component(s) of the ambient magnetic field set by the coils system. H - horizontal component V – vertical component vibr. - vibrating platform still – still platform Parameter(s): Magnetic field [µT] (B(exp)) * PI: Nowaczyk, Norbert R (norbert.nowaczyk@gfz-potsdam.de) Detrital remanent magnetization intensity [mA/m] (DRM) * PI: Nowaczyk, Norbert R (norbert.nowaczyk@gfz-potsdam.de) * COMMENT: mean Detrital remanent magnetization (DRM int) * PI: Nowaczyk, Norbert R (norbert.nowaczyk@gfz-potsdam.de) * COMMENT: mPJK Detrital remanent magnetization (DRM int) * PI: Nowaczyk, Norbert R (norbert.nowaczyk@gfz-potsdam.de) * COMMENT: mPJA Detrital remanent magnetization (DRM int) * PI: Nowaczyk, Norbert R (norbert.nowaczyk@gfz-potsdam.de) * COMMENT: mPJAs Detrital remanent magnetization (DRM int) * PI: Nowaczyk, Norbert R (norbert.nowaczyk@gfz-potsdam.de) * COMMENT: mPJS Components, magnetic (Comp) * PI: Nowaczyk, Norbert R (norbert.nowaczyk@gfz-potsdam.de) Action (action) * PI: Nowaczyk, Norbert R (norbert.nowaczyk@gfz-potsdam.de) License: Creative Commons Attribution 4.0 International (CC-BY-4.0) (URI: https://creativecommons.org/licenses/by/4.0/) Size: 430 data points */ B(exp) [µT] DRM [mA/m] (mean) DRM int (mPJK) DRM int (mPJA) DRM int (mPJAs) DRM int (mPJS) Comp action 35.57 142.1069 0.4110 1.7312 0.6798 V vibr. 43.35 141.2160 0.4091 1.3175 0.4655 V vibr. 63.34 223.7613 0.6300 3.2831 1.1888 55.1676 V vibr. 75.79 281.1109 0.7859 3.6582 1.4261 66.9007 V vibr. 83.14 263.5231 0.7368 3.7675 1.4380 61.2057 V vibr. 83.14 355.3982 0.9528 2.4647 V vibr. 90.92 440.0126 1.2445 5.5264 2.1278 100.1471 V vibr. 97.89 342.6407 0.9536 5.0048 1.8658 77.0159 V vibr. 114.21 442.7399 1.2445 5.5642 2.1243 101.8554 V vibr. 1.72 14.5576 0.0438 0.2475 0.0974 3.8478 HV vibr. 1.82 14.7349 0.0431 0.1667 0.0641 3.7078 HV vibr. 2.11 18.2385 0.0536 0.2093 0.0813 4.6911 HV vibr. 2.39 14.1810 0.0401 0.1684 0.0629 3.3684 HV vibr. 2.75 15.7412 0.0420 0.2079 0.0828 3.6999 HV vibr. 3.08 19.9278 0.0559 0.2221 0.0870 4.8610 HV vibr. 3.37 23.3677 0.0682 0.2825 0.1091 5.8745 HV vibr. 3.78 24.0841 0.0695 0.2682 0.1070 6.0964 HV vibr. 4.37 22.6673 0.0641 0.3206 0.1250 5.6074 HV vibr. 4.96 37.2415 0.1107 0.4587 0.1843 8.8901 HV vibr. 5.50 29.5791 0.0853 0.3160 0.1238 7.6319 HV vibr. 6.21 27.3684 0.0781 0.3366 0.1299 6.7872 HV vibr. 6.98 45.5762 0.1339 0.5215 0.1989 11.6696 HV vibr. 7.80 32.7395 0.0920 0.4499 0.1710 8.1510 HV vibr. 8.84 41.5498 0.1243 0.5354 0.2140 10.5691 HV vibr. 9.65 56.4228 0.1520 0.6736 0.2591 13.4092 HV vibr. 11.05 62.9408 0.1861 0.7094 0.2793 15.8604 HV vibr. 11.34 36.8575 0.0947 0.5090 8.3118 HV vibr. 12.52 75.3048 0.2124 0.9858 0.3782 18.8895 HV vibr. 13.42 80.9807 0.2378 0.9723 0.3766 20.8949 HV vibr. 14.49 83.0679 0.2411 1.0395 0.4094 20.7206 HV vibr. 16.49 75.2149 0.2151 0.9431 0.3053 19.1891 HV vibr. 17.15 81.3505 0.2224 1.0443 0.4125 19.6968 HV vibr. 19.80 125.2661 0.3384 1.4939 0.5831 29.9398 HV vibr. 22.80 78.7580 0.2214 1.0769 0.4192 19.5680 HV vibr. 25.40 124.7666 0.3770 1.4699 0.5748 33.0712 HV vibr. 27.70 121.9489 0.3363 1.4768 0.5971 29.4476 HV vibr. 31.55 226.9921 0.7245 2.8515 1.0867 59.0742 HV vibr. 33.76 97.2578 0.2603 1.2370 0.4852 23.0633 HV vibr. 37.64 190.3796 0.5647 2.2330 0.8879 49.1631 HV vibr. 40.45 151.3911 0.4054 1.9099 0.7379 34.9973 HV vibr. 47.03 212.2712 0.6084 2.7094 1.0457 53.2434 HV vibr. 55.23 212.7896 0.6051 2.7533 1.0351 52.9878 HV vibr. 71.24 297.9527 0.8660 3.9082 1.5053 74.9508 HV vibr. 2.69 27.1865 0.0849 0.3052 6.6477 HV still 3.36 29.4253 0.0887 0.3976 7.1272 HV still 4.17 39.8475 0.1248 0.4706 10.1390 HV still 5.39 43.1455 0.1316 0.4739 10.3596 HV still 6.63 46.8871 0.1430 0.5381 11.3071 HV still 8.38 59.4219 0.1820 0.6714 14.6064 HV still 9.90 66.2329 0.2007 0.7453 16.2284 HV still 15.28 90.9974 0.2688 1.0535 21.9245 HV still 25.50 140.5520 0.4188 1.6442 33.3272 HV still 35.90 208.6614 0.6347 2.4957 50.7555 HV still 49.82 272.1290 0.8203 3.2434 52.6593 HV still 70.36 368.3663 1.1374 4.8528 89.9399 HV still 89.38 369.0275 1.1286 5.1355 95.4246 HV still