概率分布
probability───n.可能性；机率；[数]或然率
crut distributions───粗糙分布
probability amplitude───薛定谔波函数，概率振幅，几率幅；[物]概率幅
experimental probability───实验概率
posterior probability───[数]后验概率；事后概率；后验概率，事后概率
posteriori probability───后验概率
probability measure───概率度量，概率测度；[数]概率测度；机率测度
probability theory───[数]概率论；n.概率论
joint probability───联合机率，[数]联合概率
OK. So let's actually go to a clicker question now on radial probability distributions.───好，让我们来做一个关于，径向概率分布的题目。
This is just one of a myriad of possible probability distributions.───这只是无数可能的概率分布的一种。
We'd started on Monday talking about radial probability distributions for the s orbitals.───我们从星期一开始讨论了，s轨道的径向概率分布。
Finally it gives two examples to illustrate the methods for solving the probability distributions of the time till killing the target.───最后，文章用二个实例给出了毁伤目标时间概率分布的具体求法。
Probability Distributions for the Inner Scale and the Refractive Index Structure Parameter and Their Implications for Flux Averaging.───内尺度和折射指数结构参数的概率分布及其在计算通量平均值值的应用。
In this method, a controlled process is presented as a random model whose parameters have probability distributions.───在这种方案中，控制对象被表达成为参数具有概率分布的随机模型。
The paper discusses the probability distributions of the time till killing a target and the duel duration.───本文研究毁伤目标所需时间与格斗持续时间的概率分布。
space by random sampling of the parameter probability distributions.───采用随机抽样的空间参数的概率分布。
OK. So let's actually go to a clicker question now on radial probability distributions.
Common Probability Distributions: A Compendium which covers numbers of useful distributions for modeling of random data.
The associated probability distributions display then , in turn, power law tails.
The Six Sigma Black Belt should be familiar with the commonly used probability distributions, including: hypergeometric, binomial, Poisson, normal, exponential, chi-square, Student's t, and F.
Probability distributions are classified as either discrete or continuous.
The concept of correlations, like that of probability distributions, can be extended to higher orders, by defining quantities such as.
Power law probability distributions of multiscale auroral dynamics from ground - based TV observations.
A class of discrete type random variable probability distributions, called negative geometric distribution and negative hypergeometric distribution, are discussed.
This allows the map data to be replaced by probability distributions of known form and parameters.