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Phase transition and EOS of zinc sulfide under shock and static compressions up to 135 GPa by M Uchino; T Mashimo; M Kodama; T Kobayashi; E Takasawa; T Sekine; Y Noguchi; H Hikosaka; K Fukuoka; Y Syono; T Kondo; T Yagi is a Materials Science article available to read on EtoBox.
What is Phase transition and EOS of zinc sulfide under shock and static compressions up to 135 GPa about?
Shock and static compression experiments were performed on zinc sulfide (ZnS) polycrystal in the pressure range up to 135 GPa to investigate the phase transition and equation of state (EOS). Hugoniot data were measured by means of the inclinedmirror method combined with a powder gun and two-stage light gas guns, and the static X-ray diffraction experiment was conducted using a diamond-anvil cell. This material behaved as an elasto-isotropic solid which lost its shear strength above the Hugoniot-elastic limit (less than 4.4 GPa). The phase transition from zinc blende-type (B3) to rock salt-type (B1) took place at approximately 15.7 GPa under shock compression, and finished up to about 37 GPa. The corrected phase transition pressure at 298 K was 15.5 GPa. It was confirmed by the static X-ray diffraction experiment that the B1-type phase was stable at the pressure range up to 80 GPa. The unstable inclined-mirror images over 75 GPa, double inclined-mirror images over 99 GPa, and a discontinuous decrease in free-surface velocity between 87 and 99 GPa were observed. The melting and decomposition were discussed in relation to these peculiar free-surface motion behaviors. The density, Gru
Who reads Phase transition and EOS of zinc sulfide under shock and static compressions up to 135 GPa?
It is typically read by researchers, students, and practitioners in Materials Science.
- Author
- M Uchino; T Mashimo; M Kodama; T Kobayashi; E Takasawa; T Sekine; Y Noguchi; H Hikosaka; K Fukuoka; Y Syono; T Kondo; T Yagi
- Publisher
- Elsevier Science; Elsevier ; Elsevier Ltd.; Elsevier BV (ISSN 0022-3697)
- Published
- 1999
- Language
- EN
- Field
- Materials Science (Physical Sciences)