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Particle Adhesion Force Measurements by Electric Field Detachment Method

机译:电场分离法测量颗粒附着力

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The adhesion forces of polymer particles to aluminum substrates were measured by the electric field detachment method. Conductive polymer particles were used for the measurements. When measuring the adhesion forces, some particles were spattered over on one of a pair of parallel aluminum electrodes. The DC voltage applied to the electrode was increased at a constant rate, and the occurrence of the particle detachment was observed by measuring the current flowing between the electrodes. The adhesion forces of measured particles were estimated from the voltage at the occurrence of the particle detachment. The numbers of particles which have a certain adhesion force, were estimated from the voltage and current. The influence of particle size, surface roughness of aluminum substrate, etc. on the particle adhesion forces was examined. The adhesion force of polymer particle increased with an increase in particle size and time elapsed after adhesion. The surface roughness of the substrate strongly influences on the particle adhesion force. The mechanism of particle adhesion will be discussed.
机译:通过电场分离法测量聚合物颗粒对铝基材的粘附力。导电聚合物颗粒用于测量。当测量粘附力时,一些颗粒散落在一对平行的铝电极之一上。施加在电极上的直流电压以恒定的速率增加,并且通过测量在电极之间流动的电流来观察颗粒分离的发生。根据颗粒脱离发生时的电压来估计被测颗粒的粘附力。由电压和电流估计具有一定粘附力的颗粒的数量。研究了粒径,铝基板的表面粗糙度等对粒子附着力的影响。聚合物颗粒的粘附力随着粒度的增加和粘附后经过的时间而增加。基材的表面粗糙度强烈影响颗粒的粘附力。将讨论颗粒粘附的机理。

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