Chinese Journal of High Pressure Physics
|
2012, 26(6): 608-616
• •
A Revised Ruby Pressure Scale up to 160 GPa
Full
Ke JIN
, Qiang WU, Hua-Yun GENG, Ling-Cang CAI, Fu-Qian JING
Affiliations
- National Key Laboratory of Shock Wave and Detonation Physics, Institute of Fluid Physics, CAEP, Mianyang 621900, China
JIN Ke (1976—), male, doctor, associate researcher, major in equation of state and dynamic loading technique. E-mail: jinke_102@yahoo.com.cn
About Author:
JIN Ke (1976—), male, doctor, associate researcher, major in equation of state and dynamic loading technique. E-mail: jinke_102@yahoo.com.cn
Published: 2012-12-15
Outline
The ruby pressure scale is revised using available static compression data of eleven markers at pressures up to 160 GPa, which includes Al, Cu, W, Au, Pt, Ta, Ag, Mo, Ni, Co, and Zn. The shock wave reduced isotherms of these markers are derived from shock Hugoniot and thermodynamic data using the same theoretical framework. These isotherms are then used to calibrate the ruby pressure scale, which shows good consistency based on simultaneous volume measurements. The calibration was processed by fitting all of these data to two ruby pressure scale forms, and gives the parameters A=1 923.4 GPa, B=9.75, and m=1 889.0 GPa, n=5.48, respectively. These two sets of ruby pressure scale differ by less than 2.1 GPa in the pressure range of 200 GPa. Making use of our ruby pressure scale in latter form, the static compression data of Au are reassessed. When the bulk modulus is fixed at 167 GPa, fitting the reassessed pressure-volume data to Vinet equation of state gives the first order pressure derivative of bulk modulus as 5.95, which has an excellent agreement with ultrasonic measurements.
equation of state
/
pressure scale
/
ruby
金柯, 吴强, 耿华运, 蔡灵仓, 经褔谦.
160 GPa压力范围内重新标定的红宝石压标.
高压物理学报,
2012
, 26
(6)
: 608
-616
.
Ke JIN, Qiang WU, Hua-Yun GENG, Ling-Cang CAI, Fu-Qian JING.
A Revised Ruby Pressure Scale up to 160 GPa[J].
Chinese Journal of High Pressure Physics,
2012
, 26
(6)
: 608
-616
.
- Defense Industrial Technology Development Program(B1520110001)
- Science and Technology Foundation of the Chinese Academy of Engineering Physics(2010A0101001)
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Year 2012 volume 26 Issue 6
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- Receive Date：2012-02-17
- Online Date：2026-11-05
- Published：2012-12-15
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