Finally, the pure rotational spectra of CHF_3, as well as pressure broadening o.
本论文首先介绍了两种常用的远红外激光光谱技术：远红外激光磁共振光谱和可调远红外激光光谱，接着研究了含卤瞬态自由基分子远红外激光磁共振光谱的特点和分析方法，最后着重报道稳态分子CHF_3纯转动光谱的观测及分析和SO_2分子压致展宽的研究。
Research on measuring tensile critical stress intensity factor of floor rock by hydraulic fracturing technique;
水压致裂技术测试底板岩体张开型临界应力强度因子
Application of hydraulic fracturing in-situ stress measurements in tunneling along the Dali-Lijiang Railway, Yunnan, China;
水压致裂地应力测试方法在云南大理—丽江铁路隧道工程中的应用
Influence of pre-existing fractures on stress measurement results of hydraulic fracturing;
原生裂隙对水压致裂应力测量结果的影响
The relationships between temperature,pressure and time respectively,and the influence of pressure-transmitting fluids and food components on compression heating were s.
在食品的超高静压处理中,由于压缩作功使其温度发生改变,温度随着压力的升高而增加(压致升温),所以不可避免地会产生热效应问题。
The compression heating characteristics of three pressure-transmitting fluids such as dioctyl sebacate,water and ethanol in high hydrostatic pressure processing were investigated via the on-line measurement of temperature by inserting the probe into the high-pressure cavity.
通过将温度探头伸入高压腔内在线测定了3种传压介质(癸二酸二辛酯、水、无水乙醇)的温度变化情况,研究它们在不同条件下的压致升温规律。
The mechanisms of fluid-assisting rock fracture is divided into outburst fracturing 、fluid-chemical fracturing and hydraulic fracturing,,etc.
流体参与下的岩石破裂机制一般分为爆发作用、流化作用和液压致裂等,其分维值大小一般遵循爆发作用→流化作用→液压致裂。
The models of hydraulic fracturing with two kinds of the surrounding rock and their discharge equation are summarized.
论证了流体压力变化与岩石强度变化之间的关系,阐述了流体保持与释放的应力条件和构造环境,总结了两种围岩下的液压致裂模型及其流量方程。
The mechanics of hydraulic fracturing and results of numerical modelling to this preocess are introduced.
介绍了液压致裂的力学机制和对液压致裂的数学模拟结果；总结了液压致裂裂隙—脉—角砾岩系的主要鉴别特征，并探讨了形成这些特征的主要机制。