传压介质

金刚石合成用W型叶蜡石传压介质的研究

A Study on W-Pyrophyllite as Pressure Medium for Diamond Synthesis

PVT高压物性装置中传压介质水银替代物的研制

Development of transmitting pressure medium Hg in PVT high pressure physical character equipment

W型传压介质的研究及推广应用

Research and application of W type medium of transmit pressure

传压介质对晶格振动和相变压力的影响&αBi2O3的高压拉曼光谱研究

Influence of pressure-transmitting media on the lattice vibration and phase transition pressure-high Pressure Raman Spectra Studies of α bi_2o_3

本文采用W型叶蜡石作为超高压高温合成金刚石的传压介质，分析了其主要化学成分与矿物相组成。

W-pyrophyllite is used as pressure medium for high temperature and high pressure synthesis of diamond . Analysis is made on its chemical composition and mineral phase .

针对PVT仪中水银传压介质的作用，研制成功了一种水银替代物。

This paper presents a successful study of the substitute for mercury with PVT equipment .

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 .

介绍了W型传压介质的化学成分、物理特性及其矿物组成，研究了W型叶蜡石粉压块成型工艺和烘干、焙烧工艺及生产应用。

The paper introduces W type medium of transmit pressure , including chemical composition , physical property and mineral composition . On the other hand , researching composite block process and roast , Applying in many plants .

通过赵家台叶蜡石各种特征的研究，发现我国使用的传压介质材料不是纯的叶蜡石矿物，化学成分具有SiO2低、Al2O3高的特点；

It has been found that the stress conducting material used in China is not a pure pyrophyllite mineral , which is characterized by lower SiO_2 and higher Al_2O_3 in its chemical compositions .

采用以PCH为代号的有机混合填料作传压介质，在自制的设备上用PCH法一次冷成形制成各种类型的铜管接头。

Various shapes of copper pipe fittings are cold formed with our self made equipment in one step by PCH process . A special kind of mixed organic stuffing material coded as PCH stuffing is used as pressure medium .

高温高压合成实验所用传压介质的研究

A Study on Pressure Mediums for High Pressure and High Temperature Experiment

一种新型传压介质制作工艺及其金刚石合成实验

Technology for manufacturing a new pressure transmission medium and diamond synthesis test

合成金刚石用新型传压介质&白云石

A Novel Pressure Transmission Medium for Synthesizing Diamonds & Dolomite

传压介质的性能与金刚石的合成

The Properties of Pressure-Transmitting Medium and the Composition of Diamond

几种传压介质对金刚石合成影响之比较

Comparison on The Effect of Several Pressure Transmission Media on Diamond Synthesis

某些产地叶蜡石传压介质材料研究

Study on Stress Conducting Medium Materials of Pyrophyllite from Some Places of Origin

新型复合传压介质的研究

Study on a new type of composite pressure medium

叶蜡石在高压合成中作为密封传压介质的应用研究

The Use of Pyrophyllite as Hermetical and Pressure Medium in High Pressure Synthesis

叶蜡石传压介质资源初步研究

Mineral resources of pyrophyllite as stress conducting medium

高温高压岩石三轴（固体传压介质）实验装置

An apparatus for triaxial compression tests of rocks at high temperature and in high pressure

复合型传压介质的现状及发展

Actuality and development of complex pressure medium

本文介绍了一种用于金刚石合成的新型传压介质&白云石。

In this paper , a novel pressure transmission mediumDolomite , useful for synthesizing diamonds is reported .

传压介质立方块制备研究

Stress conducting cubic block preparation

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 .

高压低温条件下固态氩和4∶1甲醇-乙醇混合物传压介质的传压特性

Characteristics of solid argon and 4 : 1 methanol - ethanol mixture as pressure-transmitting media under high pressure and low temperature

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 .

氯化钠传压介质高温高压岩石变形实验的应力和围压修正

Calibration of stress and confining pressure in experiment of rock deformation under high pressure and temperature by using NaCI pressure transmitting medium

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 .

超高压高温人造金刚石试验表明，青田山口叶蜡石的传压介质理想，金刚石合成效果较好。

Experiments on high-temperature and high-pressure synthesis of diamond showed that the results are good , and the pressure medium properties are very satisfactory .

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 .