Aimed at typical shape micro-channel (fissure) under slip confine condition, it used dauby fluid motion equation and momentum equation, derived pace bout and running resistance.
针对典型形状微通道(微缝隙)在滑移边界条件下，利用粘性流体运动方程和动量方程，推导出速度场和流动阻力。
However, the present situation has slowed down the pace, so it will be stalled when the micro-electronics technology arrive at its basic limit.
然而，目前出现了行进步伐放慢的迹象，以至于当达到微电子技术的基本限制时，将陷入停滞状态。
However, the present situation has slowed down the pace, so it will be stalled when the micro-electronics technology arrive at its basic limit.
然而，目前出现了行进步伐放慢的迹象，以至于当达到微电子技术的基本限制时，将陷入停滞状态。
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