What it leaves behind is the circuit, attached to the tissue by capillary forces and supported by it.
此时，集成电路会在毛细管力作用下紧紧贴附在人体组织上，并良好地固定在那里。
The aerosol performance of this binary system is dependent on both electrostatic and capillary forces.
这种二元体系的雾化效果依赖于静电和毛细管作用力。
When a Krispie absorbs milk, the capillary forces push the air to shatter the cavities' walls -- and make a noise.
当吸收牛奶之后，在毛细管中挤压空气使空洞的壁开裂因而造成响声。
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