1) Convolution path
卷积路径
2) path integrals
路径积分
1.
Using the canonical transformation and the method of path integrals, the quantum wavefunction of the time-dependent RLC circuit after quantization is solved, and the quantum fluctuations of the charge and current are investigated.
应用正则化变换结合路径积分方法,求解了电感、电阻、电容随时间变化情况下的有源含时RLC回路的量子化波函数,并进一步研究了电路中电荷、电流的量子起伏。
2.
The mathematical structure and physical sense of Feynman s path integrals have been redefined,by using the theory of stochastic processes.
用随机过程的理论,重新解释了Feynman路径积分的数学结构与物理意义,而且改进了Feynman对“一个自由粒子的精确解的计算。
3.
Using the canonical transformation and the method of path integrals,the exact wavefunction of the time dependent damped harmonic oscillator is derived.
对与速度成正比和与速度平方成正比的阻尼变频谐振子 ,通过正则变换 ,采用路径积分方法 ,得出了阻尼变频谐振子的严格波函
3) path integral
路径积分
1.
Solution of a particle s motion in a one-dimensional infinite square potential well using path integral;
一维无限深势阱中粒子运动的路径积分解法
2.
Introduction of Feynman s path integral theory into engineering physics;
在工科物理中引入费曼路径积分理论
3.
A real time path integral approach is developed in order to work out a correct solution to a problem for the smaller result of the fusion probability of heavy nuclei based on the classical diffusion model at sub-barrier energies.
针对近垒能量下经典涨落耗散模型预期的重核熔合几率比实验结果偏小的问题,发展了一种实时间路径积分方法并用于研究重核熔合激发函数,给出了包含量子涨落效应的解析表达式。
4) path accumulating
路径累积
5) path integration
路径积分
1.
Solutions of path integration for nonlinear dynamical system under stochastic parametric and external excitations;
随机参激和外激联合作用下非线性动力系统的路径积分解
2.
The main purpose of this paper is to extend the numerical path integration based on Gauss-Legendre formula and study its applications in complex nonlinear stochastic dynamical systems.
本文推广了基于Gauss-Legendre公式的路径积分法,将其应用于几类典型非线性随机动力学系统的分析。
3.
The probability density function of the model can be captured by using path integration.
基于Goodwin与Puu的经济周期模型,得到了一个推广的非线性动力学经济周期模型,利用路径积分法计算了系统转移概率密度,通过对不同参数条件下概率密度函数形状的变化分析,结合lyapunov指数图,得出了系统发生分岔和混沌的参数域。
6) integral path
积分路径
1.
It is shown that the calculative results by selecting the different integral paths of bypassing the limit points are the same,the two kinds of calculative methods aren t of equal value,the calculative method of removing the limit points is the right and feasible method to calculate the Green s function,but the calculative method of bypassing the limit points should not b.
研究表明,选择不同的绕过极点的积分路径去计算Green函数将得到相同的结果,而且两种计算方法是不等价的。
补充资料:宝积(隋京师胜光寺)《续高僧传》卷二十六
【宝积(隋京师胜光寺)《续高僧传》卷二十六】
释宝积。姓朱。冀州条人。割略爱网访道为任。浮游靡定不存住止。齐亡法毁潜隐太山。回互鲁兖乃经年稔。开皇十四寺。隋高东巡候驾请谒。一见便悦。下敕入京住胜光寺。讲扬智论及摄大乘。而体量虚廓不计仇隙。曾有屏毁达其耳者。解衣遗之曰。卿见吾过。真吾师友。仁寿初年。敕送舍利于华岳思觉寺。寺即左仆射杨素之所立也。初下之晨。云垂四布雪满山邑。天地奄暗逼目无见。及期当午忽尔天清日朗。现五色云于塔基上。去地五丈。圆如轮盖。遥有见者。望其盖上朱光赫奕。团团直上远连天际。暨于覆了云合光收。还如晨旦。积后卒于京室。
释宝积。姓朱。冀州条人。割略爱网访道为任。浮游靡定不存住止。齐亡法毁潜隐太山。回互鲁兖乃经年稔。开皇十四寺。隋高东巡候驾请谒。一见便悦。下敕入京住胜光寺。讲扬智论及摄大乘。而体量虚廓不计仇隙。曾有屏毁达其耳者。解衣遗之曰。卿见吾过。真吾师友。仁寿初年。敕送舍利于华岳思觉寺。寺即左仆射杨素之所立也。初下之晨。云垂四布雪满山邑。天地奄暗逼目无见。及期当午忽尔天清日朗。现五色云于塔基上。去地五丈。圆如轮盖。遥有见者。望其盖上朱光赫奕。团团直上远连天际。暨于覆了云合光收。还如晨旦。积后卒于京室。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条