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表面陷阱能级和密度的变化也会影响表面陷阱效应。
Also, energy level and density of the surface-trap will influence the surface-trap effect.
并利用EL 2能级的陷阱效应解释了未能很好解决的长延迟时间的非线性现象。
And the long delay time in nonlinear phenomenon was explained by using the trap effect of EL2 deep level.
它的表面已经被二氧化碳的海洋加热烘干，被失控的温室效应困在燃烧的死亡陷阱中。
Its surface has been cooked and dried by an ocean of carbon dioxide, trapped in the burning death grip of a runaway greenhouse effect.
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