金刚石压腔

热液金刚石压腔（HDAC）在地质上的应用及甲烷水合物合成实验研究

Application of hydrothermal diamond anvil cell to geology and the experiment in synthesis of methane hydrates

金刚石压腔实验技术应用于生烃动力学研究浅析

A preliminary study of oil generation kinetics using diamond anvil cell technique

高温高压下利用金刚石压腔实验技术对材料Raman光谱的研究

Raman spectroscopy study of materials using diamond anvil cell technology under high-temperature and high-pressure

金刚石压腔（DAC）实验技术4例交通性气胸负压吸引未见效果，改用胸膜腔注药治愈。

An introduction to the experimental technology of diamond-anvil cell 4 cases of negative pressure drainage were of no effect .

为验证这一观点，本论文以金刚石压腔装置为手段，开展了地幔温压条件下（直到地球内部200km的深度）含碳物质与水反应生烃的模拟实验研究。

To verify this new mechanism , experimental research has been carried out on the reactions of carbon-containing materials with water to form hydrocarbon under mantle conditions with the pressure and temperature up to these in 200 km depth using diamond anvil cell ( DAC ) .

用于金刚石压腔超高压合成的激光微束加热系统的研制

The Laser Heating System for High Pressure Synthetic Experiments in Diamond Anvil Cell

文章在金刚石压腔下研究了正十五烷从室温到350℃的拉曼光谱特征。

The present paper investigates the Raman spectrum of n-pentadecane in diamond anvil cell under a temperature up to350 ℃ .

在温度35～350℃、压力17～27GPa下用水热金刚石压腔进行了水的红外光谱测量和研究。

The infrared spectra measurement for water has been conducted and investigated at the temperatures of 35-350 ℃ and the pressures of 1.7-2.7 GPa by using Hydrothermal Diamond Anvil Cell ( HDAC ) .