Experimental and theoretical study of the equation of state of carbon using an intense beam of relativistic electrons
Experimental and theoretical study of the equation of state of carbon using an intense beam of relativistic electrons
复制标题
使用强相对论电子束对碳状态方程进行实验和理论研究
DOI：
10.1063/1.328290
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发表时间：
1980
影响因子：
3.2
通讯作者：
G. Sibille
中科院分区：
文献类型：
--
作者：
C. Peugnet;M. Roche;P. Villers;C. Savy;G. Sibille
设计用于同时测量能量沉积和脉冲的方法允许在超过2000 cal/g的能量水平下研究耐火材料的状态方程。所涉及的原理包括将由其热力学行为待确定的材料传递的冲量与由具有已知状态方程的材料传递的冲量进行比较。这里研究的材料是石墨2239，比重为1.78。参比物质为铝和硫。实验是在电特性为1 MV、0.8MA、80 ns的Sidonix加速器上进行的。
Methods designed for the simultaneous measurement of energy deposition and impulses allowed the study of the equation of state of a refractory material at energy levels exceeding 2000 cal/g. The principle involved consists of comparing the impulse delivered by the material whose thermodynamic behavior is to be determined with that delivered by a material with a known equation of state. The material investigated here is graphite 2239, with specific gravity 1.78. Reference materials are aluminum and sulfur. The experiments were conducted on the Sidonix accelerator, whose electrical characteristics are 1 MV, 0.8 MA, 80 ns.