A new method is established to determine flow coefficient which can well describe the imbibition phenomenon due to the action of capillary force.
提出了一种新的流动系数取值方法，能够准确描述停注过程中毛管力作用引起的吸渗现象。
The invention is combined with the capillary force, a self-assembly art and a colloid extension method based on one dimensional groove substrate.
本发明结合了毛细吸引力、自组装技术，以及基于一维沟槽衬底的胶体外延法。
The invention is combined with the capillary force, a self-assembly art and a colloid extension method based on one dimensional groove substrate.
本发明结合了毛细吸引力、自组装技术，以及基于一维沟槽衬底的胶体外延法。
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