1) incompressibility relaxation
不可压缩性松弛
2) incompressibility
不可压缩性
1.
Near-incompressibility and nonlinearity of propellant grains for solid rocket motors were considered.
综合考虑固体发动机药柱的近似不可压缩性和几何非线性,基于不可压缩材料的粘弹性本构关系,应用完全拉格朗日(T。
2.
It is al-so pointed out that the formulae of calculation of the flow conductance in physics of vacuurn are wrong be-cause of the incompressibility of the steady flow of viscous gas in conhadiction to the ideal gas equation.
论证了气体状态方程不适用于气体定常粘性流，着重指出不可压缩性假定与状态方程间的排斥和矛盾。
3) compress stress relaxation
压缩应力松弛
1.
Effects of foaming agent、vulcanizer and the match of the two on the compress stress relaxation of the silicone rubber foam were studied.
研究了发泡剂用量以及发泡剂与硫化剂之间的匹配等对硅橡胶泡沫材料压缩应力松弛的影响。
4) compression stress relaxation
压缩应力松弛
1.
Study on the effects on compression stress relaxation of HTV silicone rubber-foams;
硅泡沫压缩应力松弛影响因素的研究
2.
The kinetic curves properties response aging time and temperature were obtained with the coefficient of compression stress relaxation as index of aging property change.
用压缩应力松弛系数作为老化性能变化指标 ,得出了性能随老化时间和温度变化的动力学曲线。
5) compression stress relaxometer
压缩应力松弛仪
6) incompressible viscous flows
不可压缩黏性流
1.
The element-free Galerkin method is applied to solve the incompressible viscous flows problem, which is described by the Navier-Stokes equation.
不可压缩黏性流问题一般采用Navier-Stokes方程来描述。
补充资料：可压缩性
分子式：
CAS号：
性质：纸的松厚模量的倒数。是纸或纸板在不同压力下的厚度变化(对原厚度的百分比)。用葛利—希尔柔软度测定仪可测定纸或纸板的可压缩性，测定结果用泄漏100cm3空气所需时间(s)来表示。可压缩性对纸的印刷性能非常重要，因为它决定着印版和纸面接触的难易。
CAS号：
性质：纸的松厚模量的倒数。是纸或纸板在不同压力下的厚度变化(对原厚度的百分比)。用葛利—希尔柔软度测定仪可测定纸或纸板的可压缩性，测定结果用泄漏100cm3空气所需时间(s)来表示。可压缩性对纸的印刷性能非常重要，因为它决定着印版和纸面接触的难易。
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