... 电荷灵敏前置放大器 charge sensitive preamplifier 电荷独态 charge singlet 电荷空间 charge space ...
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空间电荷区 [电子] space charge region ; space charge zone ; CB SCR
空间电荷层 [电子] space charge layer ; space-charge sheath
空间电荷限制电流 SCLC ; space-charge-limited current ; space charge limited current
限制空间电荷聚积 limited space charge accumulation ; lsa
空间电荷栅极 [电子] space charge grid ; charge grid
空间电荷中和 space charge neutralization
空间电荷排斥 space charge repulsion
空间电荷积累 space charge accumulation
空间电荷管 spacistor ; space charge tube
空间内出现的微粒证明了电荷的存在。
The particles that materialize in the space make the charge manifest.
这个空间倾向于使带负电荷的离子(例如那些CO 2 离子)向上空浮起。
This field tends to make negatively charged ions, such as those of CO 2 , drift upward.
这个空间倾向于使带负电荷的离子(例如那些CO2离子)向上空浮起。
This field tends to make negatively charged ions, such as those of CO2, drift upward.
So, the question then is what is the spatial distribution of charge inside the atom?
因此,接下来的问题是,原子内部的电荷,在空间如何分布?
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