1) dynamic unloading the confining pressures
动态卸围压
1.
In order to analyze the mechanism of rock burst, experimental analyses on dynamic unloading the confining pressures at the pre- and post-peak were conducted for a marble under triaxial compression.
为分析岩爆形成机理,采用大理岩分别进行了三轴压缩峰前峰后动态卸围压实验。
2) confining pressure reduction
卸围压
1.
The pseudo-triaxial compression tests and confining pressure reduction tests were carried out for coal specimen strengths in different stress on servo-controlled testing machine.
基于在伺服试验机对煤样的常规三轴压缩和三轴卸围压试验,分析了煤样在不同应力条件下的强度和变形特征。
3) unloading confining pressure
卸围压
1.
Real-time CT test of meso-damage evolution law of jointed granite on unloading confining pressure;
裂隙花岗岩卸围压作用下损伤破坏机理CT检测
2.
Based on the complete procedure of unloading confining pressure,the failure features and strength of specimens are analyzed.
对岩样进行了常规三轴加载后保持轴向变形不变的卸围压试验,得到了峰前、峰后卸围压全过程曲线。
3.
Conventional triaxial test and pre-and post-peak unloading confining pressure tests of marble have been performed.
对大理岩进行三轴试验和峰前、峰后卸围压试验。
4) confining pressure unloading
围压卸荷
1.
In the paper, the interacting model under confining pressure unloading was investigated by means of dislocation model.
为此本文首次利用位错模型法结合叠加原理研究在围压卸荷条件下裂隙间的相互作用对岩体的变形的影响问题。
5) the released range
卸压范围
6) Dynamic range compression
动态范围压缩
1.
With this method,image contrast enhancement,sharpening and dynamic range compression were achieved at the same time.
试验结果表明:MSR算法既可实现低对比的数字X光图像增强,又能实现图像的动态范围压缩,可显著提高暗区数字X光图像的信息。
2.
The techniques of channel separation,range gate,variable gain of photomultiplier tube and cross polarization are analyzed and combined to improve the dynamic range compression of the laser echo signal in airborne laser bathymetry.
对动态范围压缩技术进一步研究提供了有价值的参考。
补充资料：动态渗透压法
分子式：
CAS号：
性质：一种快速渗透压测定方法。不同浓度的聚合物溶液在不同毛细管高度(h)时，测定溶液中的溶剂在单位时间内透过半透膜的渗流体积dV/dt，再由h=f(dV/dt)图外推到dV/dt为零时的纵坐标截距即为h0，而h0与该溶液的密度ρ的乘积即为该溶液的渗透压。
CAS号：
性质：一种快速渗透压测定方法。不同浓度的聚合物溶液在不同毛细管高度(h)时，测定溶液中的溶剂在单位时间内透过半透膜的渗流体积dV/dt，再由h=f(dV/dt)图外推到dV/dt为零时的纵坐标截距即为h0，而h0与该溶液的密度ρ的乘积即为该溶液的渗透压。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条