name parent quantity quantity-unit physical-form classification group updated-at description
A0073 5 s2 df thumb A0073-5-s2 pub A0073-5 aliquot Hayabusa2 2022-02-09 This stone is mounted in a resin, and its surface is prepared using an ultra-microtome for in-situ analysis.
A0035 12 s2 df thumb A0035-12-s2 pub A0035-12 aliquot Hayabusa2 2022-02-17 This stone is mounted in a resin, and its surface is prepared using an ultra-microtome for in-situ analysis.
Mnt c0008 16 4 thumb C0008-16-s1 pub C0008-16 aliquot Hayabusa2 2022-05-12 This stone is a microtomed surface, coated by 60-nm carbon.
20211126 1510 thumb A0022-15-s1 pub A0022-15 aliquot Hayabusa2 2021-12-07 This stone is a microtomed surface, coated by 60-nm carbon.
Mnt a0022 15 thumb A0022-15 pub A0022-1 659.0 ug grain Hayabusa2 2021-12-07 This stone is mounted in resin and microtomed for in-situ analysis.
Mnt c0008 16 thumb C0008-16 pub C0008-1 0.957 mg grain Hayabusa2 2021-12-07 This stone is mounted in resin and microtomed for in-situ analysis.
A0048 10 ll thumb A0048-10 pub A0048-1 0.42 mg grain Hayabusa2 2021-10-07 This stone is mounted in indium for DESI analysis.
A0035 12 s1 df thumb A0035-12-s1 pub A0035-12 0.0 g aliquot Hayabusa2 2022-03-09 This stone is a surface prepared using a microtome for in-situ observation and spectroscopy. On 2022-02-04, the surface was coated by resin and polished by using an ultramicrotome, to make a new surface (A0035-12-s2).
A0035-12 pub A0035-1 grain Hayabusa2 2022-02-04 This stone is mounted in indium for in-situ observation and spectroscopy.
A0085 9 s1 df thumb A0085-9-s1 pub A0085-9 aliquot Hayabusa2 2022-03-23 This stone is a surface prepared using a microtome for in-situ observation and spectroscopy.
A0085-9 pub A0085-8 grain Hayabusa2 2021-09-24 This stone is mounted in indium for in-situ observation and spectroscopy.
A0085 8 thumb A0085-8 pub A0085-1 fraction Hayabusa2 2021-09-24 This stone was recovered from the indium mount for SIMS analysis, with Au-coat.
C0079 10 s1 thumb C0079-11-s1 pub C0079-11 aliquot Hayabusa2 2022-06-09 This stone is a surface prepared by using a microtome for in-situ observation and spectroscopy.
C0079-11 pub C0079-6 grain Hayabusa2 2021-09-21 This stone is mounted in indium for in-situ observation and spectroscopy.
C0081 1 s2 3 thumb C0081-1-s2 pub C0081-1 aliquot Hayabusa2 2022-06-09 This stone is a surface, prepared by using a microtome.
C0082 1 s2 6 thumb C0082-1-s2 pub C0082-1 aliquot Hayabusa2 2022-03-23 This stone is a surface, prepared by using a microtome.
A0073 5 s1 1 thumb A0073-5-s1 pub A0073-5 0.0 g aliquot Hayabusa2 2022-03-09 This stone is for in-situ observation and spectroscopy, prepared using a microtome. On 2022-02-04, the surface was coated by resin and polished by using an ultramicrotome, to make a new surface (A0073-5-s2).
A0073-5 pub A0073-1 411.0 ug grain Hayabusa2 2022-03-02 This stone is mounted in indium metal for in-situ observation and spectroscopy.
C0047 6 s1 2d thumb C0047-6-s1 pub C0047-6 aliquot Hayabusa2 2021-11-18 This stone is a surface prepared using a microtome.
C0039 5 s1 3d thumb C0039-5-s1 pub C0039-5 aliquot Hayabusa2 2021-11-18 This stone is a surface prepared using a microtome.
C0047-6 pub C0047-1 549.0 ug grain Hayabusa2 2022-03-09 This stone is mounted in indium metal for in-situ observation and spectroscopy.
C0039-5 pub C0039-1 597.0 ug grain Hayabusa2 2021-08-25 This stone is mounted in indium metal for in-situ observation and spectroscopy.
C0019-12 pub C0019-10 0.058 mg powder Hayabusa2 2021-08-12 This stone is for bulk trace element analysis.
C0019 10 s1 1 thumb C0019-10-s1 pub C0019-10 0.0 g aliquot Hayabusa2 2022-06-18 This stone is microtomed surface for in-situ observation and spectroscopy. On 2022-06-18, the surface was broken by handling trouble.
C0027 10 s1 1 thumb C0027-10-s1 pub C0027-10 aliquot Hayabusa2 2021-11-18 This stone is microtomed surface for in-situ observation and spectroscopy.