Li et al. (2020) Various Ages of Recycled Material in the Source of Cenozoic Basalts in Southeast China: Implications for the Role of the Hainan Plume, Journal of Petrology, 60, egaa060, doi:10.1093/petrology/egaa060. < 20200817102611-227548 > pub
Table S1. K-Ar ages of the basaltic rocks from SE China < 20200817121526-221073 > pub
measured unit 17MX08-1 17MX08-1-1 17MX08-1-2 17MX03-1 17MX03-1-1 17MX03-1-2 17ZJ20-1 17ZJ20-1-1 17ZJ20-1-2 17ZJ16-1 17ZJ16-1-1 17ZJ16-1-2 17ZJ17-1 17ZJ17-1-1 17ZJ17-1-2 17FD01-7 17FD01-7-1 17FD01-7-2 17FD01-6 17FD01-6-1 17FD01-6-2 17ZZ09-1 17ZZ09-1-1 17ZZ09-1-2
age Ma 1.25 (0.03) 1.24 (0.04) 1.26 (0.04) 2.06 (0.07) 2.11 (0.06) 2.01 (0.06) 0.13 (0.01) 0.13 (0.01) 0.12 (0.01) 0.087 (0.008) 0.089 (0.01) 0.084 (0.01) 0.886 (0.021) 0.887 (0.03) 0.884 (0.029) 26.03 (0.52) 25.8 (0.65) 26.26 (0.68) 22.28 (0.42) 22.37 (0.57) 22.18 (0.58) 14.63 (0.29) 14.54 (0.38) 14.71 (0.39)
[K] a cg/g 1.803 - - 1.115 - - 1.671 - - 1.228 - - 1.98 - - 1.706 - - 1.498 - - 0.34 - -
36Ar b pg/g - 0.96 (0.016) 1.046 (0.016) - 1.629 (0.026) 1.751 (0.027) - 0.757 (0.013) 1.027 (0.018) - 0.761 (0.013) 0.794 (0.013) - 1.346 (0.023) 1.496 (0.026) - 3.529 (0.056) 3.495 (0.058) - 3.733 (0.059) 3.779 (0.064) - 3.041 (0.048) 2.946 (0.047)
40Arrad b ng/g - 0.156 (0.003) 0.157 (0.003) - 0.163 (0.003) 0.155 (0.003) - 0.015 (0.001) 0.014 (0.001) - 0.008 (0.001) 0.007 (0.001) - 0.122 (0.003) 0.121 (0.003) - 3.07 (0.049) 3.125 (0.053) - 2.335 (0.037) 2.316 (0.039) - 0.344 (0.006) 0.348 (0.006)
40Ar/36Ar b - 431.5 (3.4) 422.3 (3.3) - 383.3 (2.3) 373.3 (1.8) - 313.8 (1.1) 308.1 (1.0) - 305.0 (1.0) 304.1 (1.0) - 374.2 (2.6) 366.7 (2.2) - 1064.7 (5.5) 1087.5 (6.7) - 850.0 (3.9) 839.9 (4.0) - 395.9 (1.2) 400.2 (1.2)
air fraction b % - 67.0 68.7 - 76.7 78.8 - 94.3 96.1 - 97.1 97.3 - 78.5 80.2 - 27.4 26.9 - 34.5 34.9 - 74.4 73.6
(a) determined by Flame emission spectrometry on Shimadzu AA6200
(b) determined by isotope dilution mass spectrometry with 38Ar spike on Micromass VG5400
name physical-form quantity unit global-id
17MX08-1 pub chunk 671.15 g 20170613143630-050180
17MX08-1-1 pub powder 20200817113443-049991
17MX08-1-2 pub powder 20200817113443-207125
17MX03-1 pub chunk 429.74 g 20170613142937-807398
17MX03-1-1 pub powder 20200817115749-368194
17MX03-1-2 pub powder 20200817115749-629913
17ZJ20-1 pub chunk 786.93 g 20170613134805-410741
17ZJ20-1-1 pub powder 20200817115914-004722
17ZJ20-1-2 pub powder 20200817115914-882466
17ZJ16-1 pub chunk 761.79 g 20170613133634-960885
17ZJ16-1-1 pub powder 20200817120006-585975
17ZJ16-1-2 pub powder 20200817120006-412169
17ZJ17-1 pub chunk 718.17 g 20170613134347-238732
17ZJ17-1-1 pub powder 20200817120140-037917
17ZJ17-1-2 pub powder 20200817120140-899646
17FD01-7 pub chunk 1053.92 g 20170613141532-250486
17FD01-7-1 pub powder 20200817120239-212949
17FD01-7-2 pub powder 20200817120239-995193
17FD01-6 pub chunk 1042.49 g 20170613141359-644006
17FD01-6-1 pub powder 20200817120334-464063
17FD01-6-2 pub powder 20200817120334-385275
17ZZ09-1 pub chunk 346.79 g 20170613135146-733313
17ZZ09-1-1 pub powder 20200817120411-148777
17ZZ09-1-2 pub powder 20200817120411-597891

The table is created from analysis shown below. The rowname K-Ar dating (Dejene et al., 2017) filters out analysis. Upper analysis has priority.To list more analysis, add a stone in stone sub-tab.

  • name
    technique
    device
    priority
17MX08-1 17MX08-1-1 17MX08-1-2 17MX03-1 17MX03-1-1 17MX03-1-2 17ZJ20-1 17ZJ20-1-1 17ZJ20-1-2 17ZJ16-1 17ZJ16-1-1 17ZJ16-1-2 17ZJ17-1 17ZJ17-1-1 17ZJ17-1-2 17FD01-7 17FD01-7-1 17FD01-7-2 17FD01-6 17FD01-6-1 17FD01-6-2 17ZZ09-1 17ZZ09-1-1 17ZZ09-1-2