1) Laplace transform method
Laplace变换方法
2) Laplacian transformation approach
Laplace变换法
1.
The four methods are the expansion method of matric exponential function,the method of Jordanian canonical form,the method of undetermined coefficients,and Laplacian transformation approach.
通过一个实例,给出计算状态转移矩阵eAt的四种不同的方法:矩阵指数函数展开法,Jordan标准形法,待定系数法,Laplace变换法。
3) Laplace transform/Genetic Algorithms
Laplace变换/遗传算法
4) Laplace transformation
Laplace变换
1.
Laplace transformation and simulation for Stirling cryocooler s vibration maths model;
斯特林制冷机振动数学模型的Laplace变换及仿真
2.
Solving the vibration problem of elastic rod with concentrated mass on one end by Laplace transformation;
再论用Laplace变换法求解端点系有集中质量的弹性杆的振动问题
3.
Solving the vibration problem of an elastic rod with concentrated mass on one end by Laplace transformation;
用Laplace变换法求解端点系有集中质量的弹性杆的振动问题
5) Laplace transform
Laplace变换
1.
Solution of one type of infinite integral by Laplace transform;
用Laplace变换求一类无穷限积分
2.
Solution of one-dimensional consolidation for double-layered ground by Laplace transform;
Laplace变换解双层地基固结问题
3.
Dynamic response of structures calculated by combining finite element with Laplace transform;
Laplace变换—有限元法计算结构动响应
6) Laplace inverse transformation
Laplace逆变换
1.
Solution of detention-including Laplace inverse transformation;
含有延迟的Laplace逆变换的求解
2.
By using Laplace inverse transformation method, a two-dimensional time-dependent partial differ-ential equation for crystal growth is analyzed and the solution is obtained.
对定常速度下二维非稳态晶体生长的数学模型进行了分析,证明了解的唯一性,并运用Laplace逆变换法对该定解问题进行求解,最后给出了一个具体的例子。
3.
Based on the generation theorem in terms of the Laplace transformation and the properties of exponentially bounded integrated C-semigroups,the Laplace inverse transformation for exponentially bounded integrated C-semigroups is deduced.
以积分C半群生成定理的Laplace刻划为基础,利用积分半群的性质,推导出指数有界积分半群的一种表达形式——Laplace逆变换形式。
补充资料:Laplace变换
Laplace变换
Laplace transform
Ij户沈变换[u内倪加份七丽;几叨月aCa即eO6Pa30-aan“e] 广义地它是形如 F(,)一丁f(:)。一d:(1) L的LaplaCe积分(LaPhce inte脚1),这里积分是在复z平面的某一围道L上进行的,它在定义在L上的函数f(:)和复变数p=叮+i;的解析函数F(p)之间建立了一个对应关系.很多形如(l)式的积分由P,Uplace作了考察(见汇11). 狭义地,Up玩。变换理解为单侧助p廊e变换(one一sid刻UPlaceu艺nsfonn) F‘p,一L If,‘,,一丁f(亡)。一d。,‘2, 0这样称呼是为了区别于双侧LaPlace变换(t场。一sjded肠p俪etra璐form) F(,)一L of](,)一丁f(:)。一d:·(,)LaP玩。变换是一类特殊的积分变换(泊魄刘trans-form);(2)式或(3)式的变换与F以州er变换(Fo~tl习J侣允加)有紧密联系.双侧Lap玩e变换(3)可以看成函数f(Oe一“的凡~变换,而单侧Lap阮e变换(2)可以看成当O
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