... zero pressure ==> 零压力 zero probability ==> 零概率 zero proof ==> 零检查,零数验证,零证明 ...
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non-zero probability 非零概率
zero-probability event 概率为0事件
Zero-probability estimate 零概率问题
zero probability analysis 零几率分析
zero probability damage threshold 零几率损伤阈值
damage threshold of zero probability 零几率损伤阈值
zero detection probability [核] 零探测概率
The answer is, in fact, there is zero, absolutely zero probability of finding a electron here.
实际上它在这里是为零的,在这里找到电子的概率严格等于零。
The probability is close to zero.
可能性近乎零。
The risk is exceedingly small but the probability of something unusual happening is not zero.
尽管这种几率非常非常小,但是不寻常事件发生的概率不会是零。
But a real key in looking at these plots is where we, in fact, did go through zero and have this zero probability density.
是我们经历这些零值,而且有这些零概率密度,我们把它叫做节点。
The answer is, in fact, there is zero, absolutely zero probability of finding a electron here.
实际上它在这里是为零的,在这里找到电子的概率严格等于零。
If the probability is zero that means the event can't happen.
如果概率等于0就意味着事件不会发生
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