偏微商
- partial derivative;partial differential coefficient
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强震前重力场等位面二次偏微商异常变化分析
Analysis of the anomalous change of quadratic partial derivative of gravity equi-potential surface prior to strong earthquakes
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我们可用普通微商代替偏微商。
We will replace the partial derivative by an ordinary derivative .
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热力学函数偏微商推证法的探讨
Study on the deducing methods of the partial derivatives in thermodynamic function
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推证热力学函数偏微商的简捷方法
A Simplified Method of Deducing partial Derivatives of Thermodynamic Function
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偏微商求值十分简单。
The evaluation of partial derivation is quite simple .
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化学热力学函数偏微商等式证明方法探讨
Discussion on the Deduction Methods for the Partial Differential Equations of Chemical Thermodynamics Functions
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热力学偏微商的直接推证法
The Direct Conversion Method of Thermodynamic Partial Derivatives
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偏微商的次序并不重要。
The order of partial differentiation is immaterial .
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介绍了基于热力学偏微商关系的变量变换方法,讨论了在物理化学教学中的必要性及基本要求。
This article describes the variable transformation method for the partial differential relationship of thermodynamics and discusses the necessity and fundamental requests in physical chemistry teaching .
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以法国数理学家拉普拉斯命名的这个方程式表述如下:一个未知函数的二级偏微商之和(拉普拉斯算符)等于零。
Named for Pierre-Simon Laplace , the equation states that the sum of the second partial derivatives ( the Laplace operator , or Laplacian ) of an unknown function is zero .
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给出了左、右特征向量微商的解析表达式,进一步可得出它们的任何阶偏微商的表达式。
The analytic expressions of derivatives of both left and right eigenvectors have been showed , further , we can get any partial derivatives of higher order on the eigenvalues and the corresponding eigenvectors .
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对热力学函数偏微商的推证方法进行了概述与探讨,找到了适合于教学的简单易记的推证法。
In this paper , the deducing methods of the partial derivatives in thermodynamic function Were summarized and studied , the author found simple and easily memorized method which could be applied well in the teaching .
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采用数值微商求偏导数的方法,从而使GPS网平差的计算模型非常简洁。强震前重力场等位面二次偏微商异常变化分析
The numerical partial derivative is introduced to simplify the GPS network adjustment model . ANALYSIS OF THE ANOMALOUS CHANGE OF QUADRATIC PARTIAL DERIVATIVE OF GRAVITY EQUI-POTENTIAL SURFACE PRIOR TO STRONG EARTHQUAKES