论文部分内容阅读
本文采用在传压介质（如叶蜡石等）棱边附近埋置加强筋的方法，有效地防止了样品从传压介质中被挤压冲出来，从而提高了实验的成功率。对此方法的防爆原理，及加入加强筋后高压腔中的温度、压力等进行了讨论，实验在立方体高温高压装置上完成，压力测至6．0GPa，温度测至1740℃
In this paper, the method of embedding the stiffeners near the edge of the pressure transmission medium (such as pyrophyllite) is used to effectively prevent the sample from being squeezed out of the pressure transmission medium to increase the success rate of the experiment. The explosion proof principle of this method and the temperature and pressure in the high-pressure chamber after the addition of stiffener are discussed. The experiment is completed on the cube high-temperature and high-pressure device, the pressure is measured to 6.0 GPa and the temperature is measured to 1740 ° C.