就像电子遇到了电阻时能量产生热量那样，当我们的心理能量流向不喜欢的领域时，我们就会产生紧张和压力。
Just as electrical energy generates heat when it meets resistance so our psychic energy generates tension and stress when it has to flow through areas that aren't our preference.
电子活动激发大脑，并增加氧和葡萄糖丰富的血液流向大脑皮质——大脑的控制认知功能，个性和情绪的领域。
The electrical activity excites the brain and increases oxygen - and glucose-rich blood flow to the cerebral cortex, the area of the brain that controls cognitive function, personality and emotion.
当电池充电时，电子被迫从外电路的阴极流向阳极，离子则回到阳极。
During recharging, electrons are forced round the circuit in the opposite direction, and the ions, perforce, return whence they came.
离子通过中间的电解液从石墨极流向磷酸极而电子则通过外部的电路流动，由此作有用功。
The ions pass from the graphite to the phosphate through an intervening electrolyte while the electrons make the journey via an external circuit that allows them to do useful work.
这是因为磁场线圈是在尖端的地方流向地面的，这些线圈的作用是为那些流失并超越弓形波的电子与质子提供通道。
This is because it is at the cusp that magnetic field-lines stream down towards the ground, acting as paths for electrons and protons that have slipped past the bow shock.
正极，主电子流向的极位。
ANODE, The element toward which the principal stream of electrons flows.
主要原因可能是形成配合物后电子由配体流向配位的中心阳离子，增加了电子的转移能力。
Thus could be resulted from the complexation by which increases the electron density of the metal ion through partial sharing of its positive charge with donor groups.
电池的工作原理无非就是让电子从一个电极流向另一个电极。
Batteries work by allowing electrons to pass from one electrode to another.
电子从负的锌板流向正的铜板。电子从负的锌板流向正的铜板。
The flow of electrons is from the negative zinc plate to the positive copper plate.
电子中的电流通常是从电池的正极流向负极，这同电子的移动方向刚好相反。
The electric current in a wire is usually said to flow from the positive to the negative electrodes of the battery, which is opposite to the way in which the electrons move.
针对我国电子废弃物的巨大产生量和废弃量，分析了我国电子废弃物的来源与流向，以及管理过程中收集、贮存、重复使用和再生利用等几个环节的现状。
Sources and flows of electronic wastes in the country were analyzed based on the situation of wastes collection, storing, reuse and recycle in the country nowadays.
按照惯例，电路中的电流被认为是从正端流向负端，上电子足以反方向流动的。
By convention, current in a circuit is considered to flow from a more positive point to a more negative point, even though the actual electron flow is in the opposite direction.
按照惯例，电路中的电流被认为是从正端流向负端，上电子足以反方向流动的。
By convention, current in a circuit is considered to flow from a more positive point to a more negative point, even though the actual electron flow is in the opposite direction.
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