capillary phenomenon

基本解释

Capillary phenomenon plays an important act in our daily life and production.
毛细现象在日常生活和科技生产中都有着重要的作用。
When alloy body is carburized, the capillary Phenomenon and difference of liquid phase of cobalt which come from the reaction ofeta-phase with C make liquid cobalt migration.
相与C的反应使得渗碳时合金基体中出现了液相量差和毛细管现象，两者均可使液相钴发生迁移。
The principle, penetrating path, capillary phenomenon and effect of temperature were discussed. The development of conditioning equipment and the principle of vibrating dampener were expounded.
探讨了小麦水分调节的机理、渗透途径、毛细现象和温度对毛细渗透作用的影响。