在穿透层内有一指数衰减的屏蔽电荷分布，其符号与超导体表面由运动感生的电荷相反、数量相等。
There will be shielding charges in the penetration layer with a exponential distribution. The shielding charge has opposite sign and equal amount to the surface induced charge caused by moving.
烯烃的穿透性随碳数的降低和烯烃阱温度的升高而增加。
The higher the olefin trap temperature, the lower the ability of adsorbing olefins.
结果表明，随着碳数的增加，各正构烷烃穿透床层的时间增加。
The results indicated that the adsorption breakthrough times of various n-paraffins increased with the increase of n-paraffins' carbon number.
结果表明，随着碳数的增加，各正构烷烃穿透床层的时间增加。
The results indicated that the adsorption breakthrough times of various n-paraffins increased with the increase of n-paraffins' carbon number.
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