Examples of using 拉普拉斯 in Chinese and their translations into English
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拉普拉斯变换的定义是.
Enthalpy change is defined as.我不认为拉普拉斯声称上帝不存在。
拉普拉斯的回答有两个部分。
Laplace's answer had two parts.类似的计算可推得v同样满足拉普拉斯方程。
A similar calculation shows that v also satisfies the Laplace equation.拉普拉斯的恶魔确实存在。
蒸气压力的变化可归因于拉普拉斯压力的变化。
The change in vaporpressure can be attributed to changes in the Laplace pressure.拉普拉斯会说，「陛下，我不需要这个假设。
To which Laplace replied,"Sire, I have no need of that hypothesis.".因此，当您看到作为s的函数的符号时，它是拉普拉斯s参数。
So when you see the symbols as a function of s, that's the Laplace s parameter.拉普拉斯的回答被记载下来了：“陛下，我不需要这种假设。
To which Laplace replied,"Sire, I have no need of that hypothesis.".到20世纪初，拉普拉斯模型现已失宠，科学家们开端探究新的理论。
By the early 20th century, the Laplacian model had fallen out of favor, prompting scientists to seek out new theories.拉普拉斯-贝尔特拉米算子许多特例可以明白地写出来。
Many examples of the Laplace- Beltrami operator can be worked out explicitly.我们解耦了由eigengraphs表示的图结构和邻接矩阵或拉普拉斯矩阵的特征值。
We decouple the graph structure represented by eigengraphs andthe eigenvalues of the adjacency matrix or the Laplacian matrix.由此，拉普拉斯成为击退欧洲人侵略的第一位菲律宾人”。
Thus Lapu-Lapu became the first Filipino to repel European aggression.”.的壁炉，由皮埃尔-约瑟夫·拉普拉斯和雕塑在由泥鳅门雕刻的木雕板保持原样。
The fireplaces, the carved wooden panels sculpted by Pierre-Joseph LaPlace and the sculpture over the door by Sauvage remained as they were.牛顿和拉普拉斯需要无数的年龄和thick-strewn天体的地区。
Newton and Laplace need myriads of age and thick-strewn celestial areas.牛顿与苹果树（NewtonandtheAppleTree）最初由拉普拉斯组织编写和制作，并于2017年5月在日本发布。
Newton and the Apple Tree was originally written andproduced by the group Laplacian and released in Japan in May 2017.由此，拉普拉斯成为击退欧洲人侵略的第一位菲律宾人”。
Thus Lapu-lapu became the first Filipino to have repelled European aggression.”.贝叶斯线性回归，模型的证据，线性分类使用生成模型，逻辑回归和拉普拉斯近似。
Bayesian linear regression, model evidence, linear classification using generative models,logistic regression and the Laplace approximation.拉普拉斯星云模型在19世纪被广泛承受，但它有一些相当显着的问题。
The Laplacian nebular model was widely accepted during the 19th century, but it had some rather pronounced difficulties.知识链接：光无法逃离的物体(如黑洞)的概念最初是由皮埃尔·西蒙·拉普拉斯在1795年提出的。
The concept of an object from which light could not escape(e.g., black hole)was originally proposed by Pierre Simon Laplace in 1795.拉普拉斯变换表告诉我们这样一个系统的时间响应是由两个函数的组合而成的：.
Tables of Laplace transforms show that the time response of such a system is composed of combinations of the two functions:.等式的现代制剂加入法国数学家皮埃尔-西蒙·拉普拉斯在1774年，谁不知道贝氏作品的设计。
The modern formulation of the equationwas devised by French mathematician Pierre-Simon Laplace in 1774, who was unaware of Bayes' work.拉普拉斯在1806年成为法兰西第一帝国的伯爵，并且他在波旁复辟后于1817年被任命为侯爵。
Laplace became a count of the First French Empire in 1806 and was named a marquis in 1817, after the Bourbon Restoration.后来法国学者皮埃尔-西蒙·拉普拉斯等人的发展帮助将定理编纂成法典，并将其发展成为一个有用的思考工具。
Later development by French scholar Pierre-Simon Laplace and others helped codify the theorem and develop it into a useful tool for thinking.拉普拉斯压力（弯曲压，毛细管压）是弯曲表面的内外压差。
The Laplace pressure(curvature pressure, capillary pressure) is the differential pressure between the inside and outside of a curved surface.这里我们考虑使用拉普拉斯近似来处理贝叶斯logistic回归问题（SpiegelhalterandLauritzen,1990;MacKay,1992b）。
Here we consider the application of the Laplace approximation to the problem of Bayesian logistic regression(Spiegelhalter and Lauritzen, 1990; MacKay, 1992b).拉普拉斯假定这就是人类灭绝的原因，决定实行还在实验阶段的第六实验。
Laplace assumed this as a cause of human extinction and decided to carry out the sixth experiment which was still the experimental stage.受到拉普拉斯工作的启发，亚德里安（Adrain）发表了地球形态以及不同纬度的重力的研究。
Inspired by the work of Laplace, Adrain publishes Investigation of the figure of the Earth and of the gravity in different latitudes.拉普拉斯相信应该有一组科学定律,将允许招手至少在宇宙中原则预测会发生的一切。
Laplace suggested that there should be a set of scientific laws that would allow us to predict everything that would happen in the universe.拉普拉斯解释此作为角动量守恒的太阳和形成在冷却行星和收缩原行星气体云的结果。
Laplace explained this as a consequence of angular momentum conservation as the sun and planets formed in a cooling and contracting protoplanetary gas cloud.
