First contact stress and deformation of parts which have normal shapes and simple contacting status are calculated using Hertz formula and finite element method.
首先,运用了赫兹公式和有限元法对外形规则、接触状态简单的零件进行接触应力和接触变形计算。
Application of Leibniz formula in Solving Higher Order Derivatives;
莱布尼兹公式求解高阶导数的应用
In this paper various forms for the Leibniz formula have been given.
将求两个函数的乘积的高阶导数的莱布尼兹公式作了多种形式的推广。
The method is also helpful for understanding of the relationship among Boltzmann′s entropic equation and Clausius′s entropic equation.
该方法具有普遍性，且环环相扣，连通一贯，有助于加强对熵函数及熵判据的理解，有助于了解玻尔兹曼熵公式和克劳修斯熵公式的内在联系。
By means of Faraday’s law of induction and Lorentz’s formula of force, the relativity of induced electric field was given concisely.
本文分别由法拉第电磁感应定律和洛仑兹力公式简明地导出了感应电场在不同惯性参考系中的相对关系式。
A Simple Proot of Relativistic Covariant of Lorenz Force Equations;
洛仑兹力公式的相对论协变性的简化证明
lorenz lorentz's formula
洛伦茨 洛伦兹公式
The Transformation Equations of Electromagnetic Field from the Formula of Lorents Force;
从洛伦兹力公式导出电磁场变换方程
Clausius-Mossotti-Lorentz-Lorenz equation
克劳修斯－莫索提－洛仑茨－洛仑兹方程
Principle and Research Status of Slotless Lorentz Self-Bearing Motor
无槽洛仑兹力无轴承电动机原理和研究现状
Heaviside-Lorentz system of units
海维西特－洛仑兹单位制
Coupling Mechanism Analysis and Dynamic Modeling for Lorentz Motor Motion Control
洛仑兹电机运动控制耦合机理分析及动力学建模
The Average Lorentz Factor in Relativistic Plasma;
相对论性等离子体中平均洛仑兹因子
In this paper, authors present a derivation of the Lorents transformation by invoking the principle of relativity alone, without the principle of invariance of light speed.
在大多数介绍狭义相对论的文章中，导出洛仑兹变换公式的依据都是相对性原理和光速不变原理。
SUPPLEMENT TO AMPERE LAW AND BIOT-SAVART-LORENTZ LAW
安培定律与毕奥-萨伐-洛仑兹定律的补充
Passive detection of the upper atmospheric wind field of the Lorentzian profile
洛仑兹光谱线型的上层大气风场被动探测
Notes on the Invariance of the Interval;
关于间隔不变性与洛仑兹变换的几点注记
The conversion of Physics concepts --Taking an example ofr lorentz transformation;
物理观念的转变——以洛仑兹变换理论为例
Matrix Expressions on Orthogonal Bases under Lorentz Transformation;
任意正交曲线坐标基矢洛仑兹变换的矩阵表示
hyperbolic form of Lorentz transformation
洛伦兹变换的双曲形式
Zander and Lorenz were to take their copies to Doenitz.
山德尔和洛仑兹则把他们各自所带的一份去交给邓尼茨。
the formula for converting gallons into litres
加仑与升的换算公式.
Cartan Identity of I-type Lorentzian Iso Parametric Hypersurface In Lorentzian Space Form S_1~(n+1);
洛伦兹空间型S_1~(n+1)中的Ⅰ型洛伦兹等参超曲面的Cartan等式