name parent quantity quantity-unit physical-form classification group updated-at ▼ description
Img 2319 thumb Oshima pub pml 2014-01-08
Sp myanmar red 01 thumb sp-Myanmar-red-01 pub grain mineral:spinel ref 2014-01-07 mineral
Sp myanmar blue 01 thumb sp-Myanmar-blue-01 pub grain mineral:spinel ref 2014-01-07 mineral
Sp myanmar pink 01 thumb sp-Myanmar-pink-01 pub grain mineral:spinel ref 2014-01-07 mineral
Img 0986 thumb ref-grt-HK5206701d pub aliquot mineral:garnet ref 2014-01-07
SA86-4-chunk pub SA86-4 chunk pml 2013-12-19
SA86-3-chunk pub SA86-3 chunk pml 2013-12-19
SA86-2-chunk pub SA86-2 chunk pml 2013-12-19
SA86-1-chunk pub SA86-1 chunk pml 2013-12-19
SA86-0-chunk pub SA86-0 chunk pml 2013-12-19
SA86-0 pub SA86 powder powder volcanic:basaltic ref 2013-12-18
SA86-1 pub SA86 powder powder volcanic:basaltic ref 2013-12-18
SA86-2 pub SA86 powder powder volcanic:basaltic ref 2013-12-18
SA86-3 pub SA86 powder powder volcanic:basaltic ref 2013-12-18
SA86-4 pub SA86 powder powder volcanic:basaltic ref 2013-12-18
Img 2424 thumb SA86 powder pub Oshima powder volcanic:basaltic ref 2013-12-18 powdered re-melted glass; the sample was called 'Oshima basalt'
grt-MNAG10 pub mineral:garnet pml 2013-11-27
Image 1970 01 06 22.23.10  0000 thumb grt-sax50 #80-100 pub SAX-50 grain mineral:garnet pml 2013-11-21
Img 4820 thumb mount-cpx-SAX33 pub sax33 on mount mineral:pyroxene ref 2013-11-20
Img 2247 thumb ol-sc-3 pub The SC ancestor grain mineral:olivine ref 2013-11-07
Image 1970 01 07 01.07.18  0000 thumb 95-QL-2M #80-100-4 pub 95-QL-2M fraction metamorphic pml 2013-10-10 Garnet-rich fraction (Mineral separation method is written in MAT253 Lab.Note No.2 Page81)
Image 1970 01 07 01.05.52  0000 thumb 95-QL-2M pub aliquot pml 2013-10-10 Given by Dr. D. Rumble: Rumble & Yui (1998) The Qinglongshan oxygen and hydrogen isotope anomaly near Donghai in Jiangsu Province, China. Geochimica et Cosmochimica Acta. 1998;62(19-20):3307-3321
Img 6162 thumb LS1-A-olivine pub LS1-A grain mineral:olivine ref 2013-10-09 Mg# = 69.4 +/- 1.7 (N=17) Mg#core = 69.4 +/- 2.0 (N=9) Mg#rim = 69.4 +/- 1.5 (N=8) Analyzed in thin section (not these grains)
thin-section pub B-1 thin section pml 2013-09-26
gl-nist-610 pub NIST SRM 610 chunk synthetic:glass ref 2013-04-19