... negative potential energy 负位能 intracellular negative potential 释义细胞内负直流电位 negative affer-potential 负后电位 ...
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But because of gravity's negative energy, it doesn't matter how small such holes are: they still have the potential to inflate and expand in their own dimensions (rather than gobbling up our own).
但是由于重力存在负能量,这些黑洞有多小也无关紧要:它们仍然有潜力在它们自己的维度中膨胀并扩展(而不是吞噬它们自身)。
At infinity, there's no stored potential energy, and it drops off more and more negative as one over r.
在无限远处,没有储存的势能,并且它向负方向减少,当距离超过R时。
We have defined potential energy 0 to be zero at infinity, and that is why all bound orbits have negative total energy.
我们规定,无限大时,势能为,这就是为什么所有的,规则轨道总能量为负。
At infinity, there's no stored potential energy, and it drops off more and more negative as one over R.
在无限远处,没有储存的势能,并且它向负方向减少,当距离超过R时。
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