1.
SOLUTION TO BUCKLING PROBLEMS OF STRUT AND FRAME BY LAPLACE INTEGRAL TRANSFORM
用拉氏积分变换法求解压杆与刚架的屈曲问题
2.
Boundary Integral Equations and Fundamental Solutions of Three Dimensional Generalized Thermoelasticity in Laplace Transform Domain
拉氏变换域中三维广义热弹性力学的边界积分方程及其基本解
3.
Some Numerical Integration Formulae for Laplace Transform
拉普拉斯变换式的几种数值积分公式
4.
Effect of Different Volume Fraction of Martensite on Deformation Behavior of Dual Phase Steels
马氏体体积分数对双相钢变形行为的影响
5.
A Integral Formula for Compact Orientted Hypersurfaces in a Euclidean Space
关于欧氏空间中超曲面的一个积分公式
6.
Lagrangian Analysis Method and Constitutive Relation of Cement Stone on Intense Dynamic Loading
拉氏分析方法及强动荷载下水泥石的本构关系
7.
Molecular Epidemiological Investigation on Francisella Tularensis in China;
我国土拉弗氏菌分子流行病学调查研究
8.
Lagrange Multiplier-Based Fair Resource Allocation Algorithm for MIMO MC-CDMA System
MIMO-MC-CDMA中基于拉氏算子的资源分配算法
9.
Isolation and Identification of a Rahnella Strain and Its Water Retention Capacity
一株水拉恩氏菌的分离鉴定及保水效果研究
10.
Isolation of biocontrol bacteria with Ralstonia solanacearum as the nutritional resource
以青枯拉尔氏菌为营养源的相克微生物的分离
11.
Table for Comparison of Tensile Strength and Hardness(Brinell,Rockwell,Vicker)
抗拉强度与硬度(布氏、洛氏、维氏)对照表
12.
Solving Improper Integral with Variable by Laplace Transform;
利用拉普拉斯变换求解含参变量的广义积分
13.
Application of Maxwell stress teusor integral equation in resolving the force
麦氏应力张量积分方程在计算介质受力上的应用
14.
Effect of Martensite Volume Fraction on Deformation Dislocation Structure and Fracture for Hot Rolled Dual-Phase Steel
马氏体体积分数对热轧双相钢形变位错结构和断裂的影响
15.
The Laplace transformation comes from the area of operational mathematics and is extremely useful analysis and design of linear systems.
拉氏变换来自工程数学，对分析和设计线性系统非常有用。
16.
Analysis and Application of Lagrangian Function and Hamilton′s Principle in the Quantum Wave Field
拉氏函数和哈密顿原理对量子波动场的分析和应用
17.
On the Identified Lagrange Multiplier Method and a Generalized Variational Principle in Nonlinear Theory of Elasticity
关于已识别拉氏乘子法和一个非线性弹性理论的广义变分原理
18.
Furthermore, the Laplace domain is a nice place in witch to work, and transfer functions may be easily manipulated, modified, and analyzed.
而且拉氏域很好运算，传递函数可以很容易运算、修改和分析。