1) thermo molecular effect of pressure
热分子压力效应
1.
The conclusion has been made that there is a cross transport phenomena in which a mass flux and a thermo molecular effect of pressure which produce a heat flux are produced by the gradient of the moisture and that of the temperature in wood.
本文应用不可逆过程热力学研究木材干燥过程中的热质迁移现象，从中得到结论：木材中的湿度梯度和温度梯度在引起物质流的同时、产生热分子压力效应亦可引起热流的交叉作用。
2) thermomolecular pressure
热分子压力
3) piezocaloric effect
压热效应
4) thermal effect
热力效应
1.
Temporal and spatial distribution characteristics of thermal effects in a tropical seasonal rainforest in Xishuangbanna, southwest of China.;
西双版纳热带季节雨林热力效应时空分布特征初探
2.
The finding showed that at the edge of canopy gap,there had not only remarkable thermal effect but also significant water vapor effect.
在雾凉季和干热季 ,对西双版纳热带季节雨林林窗进行了小气候垂直观测 ,通过对观测资料的统计分析 ,得出热带季节雨林林窗区域昼间树表温、气温、水汽压及相对湿度的时空分布和变化规律 ,发现热带季节雨林林窗边缘壁面不仅具有显著的热力效应 ,而且具有明显的水汽效应 ,并以林窗北侧边缘效应最为明显 。
5) pressure effect
压力效应
1.
There is a close relationship between the pressure effect and average size, .
压力效应与平均粒径ｄ大小密切相
2.
The pressure effect of viscosity for polymer melts during die extrusion flow was analyzed.
分析了聚合物熔体于口型挤出流动中粘度的压力效应。
3.
It shows that, under some specific conditions, the plot for pressure effect of maximum dynamic shear modulus obtained from experiment is approximately the same as the calculation result according to the wave velocity.
通过室内大型三轴试验激光微小应变测试结果与现场波速试验测试结果的比较,论证了在一定条件下,最大动剪模量压力效应关系曲线可以通过室内试验获得,也可以通过现场波速试验经换算获得,建议在实际应用中将两者综合考虑。
6) pressure effects
压力效应
1.
The evaluation of pressure effects is obtained by performing the hydrolysis of methyl octadecanonate as a model reaction catalyzed by seven different samples of immature source rock that had first been extracted with organic solvents.
结果表明,在未熟烃源岩低温催化脂肪酸酯的水解反应中,压力是重要的影响因素,压力效应不可忽视。
2.
The pressure effects of interaction between laser and organism, which include radiant pressure, electromagnetic pressure, evaporation pressure, airshock wave pressure, inter evaporation pressure and so on, are very important non thermal effects of interaction between laser and organism.
激光生物压力效应是一种很重要的激光生物非热效应。
补充资料：压力效应（pressureeffect）
压力效应（pressureeffect）
压力对超导性质的影响称压力效应，主要体现在对超导体的临界温度Tc和临界磁场的影响上。压力效应有二种：一是在加压下对超导体性质的影响，其二对一些非超导物质在加压下可呈现超导体性质。前者例如对超导元素Nb在常压下的Tc=9.2K，而在4.5×109Pa压强下则Tc=9.7K；后者例如在常压下的非超导元素Ge，但在1.15×1010Pa高压下成为超导物质，其Tc=5.35K，后者压力效应又称加压下的超导电性。实验结果显示，一般地对非过渡元素超导体加压后Tc可降低，对一些过渡族元素及其合金超导体加压后Tc可增高。
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