采用复合传压介质和动态补压、非恒功率加热等工艺进行了合成试验。
The experiment was carried on by using the compound pressure transmission medium, dynamic compensating pressure and non-permanent power heating.
实验结果表明：传压介质对样品的谱线频移速率及相变压力有明显的影响。
The experimental results show that the shift rates of Raman lines in the sample are distinctly affected by the pressure-transmitting media.
测试分析了钢球作为固体颗粒传压介质的压力分布及压头锥角对压力分布的影响规律。
The pressure distribution curve and the influence of the angle of head are tested and analyzed using steel ball qua solid granules pressure-carrying medium through experiments.
文章为高压传压介质叶蜡石选择了一个塑性本构模型，它包括DP屈服准则和相关联的流动准则。
The plastic constitutive model which involves DP yielding principle and relevant flowing principle was selected for high pressure conduction medium pyrophyllite.
分别使用固态氩和体积比为4：1的甲醇-乙醇混合溶液做传压介质，测量红宝石在这两种介质中的荧光光谱随压力的变化。
The fluorescent spectra of ruby were measured by using solid argon and a 4:1 methanol-ethanol mixture as pressure-transmitting media, respectively.
普通单一叶蜡石材料传压密封介质在高温高压下容易发生相变，影响介质的使用性能。
The phase change of ordinary pressure-transfer sealing medium made by pyrophylite occurs under high temperature and high pressure, which influences the medium's functions.
高温高压合成超硬材料需要密封介质，叶蜡石是目前国内使用最普遍的密封、传压、保温、绝缘材料。
Pyrophyllite is the most common seal, pressure transfer and heat preservation, insulation material in domestic at present.
本发明的合金主要用于替代汞作各型仪器中的传压、传热介质。
Said invented alloy is mainly used as pressure-transfer and heat-transfer medium instead of mercury.
本发明的合金主要用于替代汞作各型仪器中的传压、传热介质。
Said invented alloy is mainly used as pressure-transfer and heat-transfer medium instead of mercury.
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