1) capillarity coefficient
毛细管系数
1.
Analytical relationship between capillarity coefficient and sorptivity of building material
建筑材料吸水过程中毛细管系数与吸水率关系的理论分析
2) Capillary Number
毛细管数
1.
A model for predicting extrudate swell and average cell diameter of polypropylene foam is proposed based on the relationship between the extrudate swell and capillary number.
综合胀大比与毛细管数的关系,提出了聚丙烯发泡体系挤出胀大和泡孔平均直径的预测模型。
2.
The relationships between contact angle and displacing velocity, liquid capillary number, and viscous ratio are studied overseas based on molecular theory and dynamics.
国外从分子理论和动力学角度对动态接触角与驱替速率、液体的毛细管数、黏度比之间的关系进行理论研究,实验研究结论为:较低驱替速率时,动态接触角的余弦差与驱替速率呈线性关系;较高驱替速率时,动态接触角的正切与驱替速率的对数呈线性关系;表面活性剂使液-液界面的动态接触角变小,滞后接触角增大;固体表面粗糙度对动态接触角的影响不大。
3.
The effect of capillary number, rotation rate of screw and temperature on the die swell of PP foam was discussed.
使用HAAKE挤出流变仪研究了聚丙烯发泡塑料挤出胀大行为 ,考察了毛细管数、螺杆转速和温度等参数与PP发泡塑料挤出胀大的关系 ,同时指出气泡的存在对发泡制品挤出胀大有较大影响 ,分析了气泡体积的大小等对PP发泡塑料的挤出胀大的影
3) capillary coefficient
毛细系数
1.
Based on the test on two typical and original soil sample of the tympanitic road from Nalati to Gongnaisi along G218 in Tianshan Xinjiang Municipality, authois did the soil s capillary experiment, initiating the capillary coefficient Km .
提出了毛细系数的概念,并研制仪器测定其具体数值K_m。
4) capillary fluid filtration coefficient
肺毛细血管滤过系数
1.
Methods: To measure capillary fluid filtration coefficient (Kf) by using the gravimetric method in isolated perfused rabbit lungs.
方法 :利用兔离体肺灌流模型 ,采用肺重量分析法测定肺毛细血管滤过系数 (Kf)。
5) capillary filtration coefficient
毛细血管过滤系数
6) number of capillary
毛细管根数
补充资料:毛细管
分子式:
分子量:
CAS号:
性质:见毛细现象。
分子量:
CAS号:
性质:见毛细现象。
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