Calculations show that relation is determined by the dimensions of space and powers of generalized momentum for particle energy spectrum. 广义质量是正、反向动力学及联系旋量力和旋量加速度的重要参量,据此可形成高效递推算法。
Quantized Programme On Generalized Momentum Operator 广义动量的量子化程序
The problem that conservation of generalized momentum of holonomic system or nonholonomic system is studied. 把完整系统或非完整系统的广义动量守恒作为非完整约束。
It is shown that there will be a revisional term in the generalized angular momentum theorem. 结果表明,与通常的角动量定理比较出现了修正项。
The generalized momentum and kinetic momentum of mesoscopic RLC circuit RLC介观电路中的广义动量和动力学动量
With a unitary transformation, the Schrodinger equation is transformed into the standard Mathieu equation in the generalized momentum presentation. The energy spectrum and the wave functions of the system are obtained. 在广义动量表象中,通过幺正变换,系统的薛定谔方程转化为标准的马丢(Mathieu)方程的形式,在WKM近似下,计算了系统的能谱和电流的量子涨落。
On this basis, the generalized momentum of holo-synergetic is put forward, and then the regular equation and regular function of holo-synergetic disposition are set up; 在此基础上,引入广义全协同配置动量,建立全协同配置正则方程和全协同配置正则函数;
Base on equation of dynamics of non-inertial reference system, this paper introduces Lagrange equation, Nielsen equation, Appell equation, generalized momentum integral and generalized energy integral of system of particles in non-inertial reference system. It also gires some example in practice usage. 从非惯性系动力学方程出发,导出了力学体系在非惯性系中的Lagrange方程、Nielsen方程和Appell方程以及广义动量积分和能量积分,并举例说明它们的具体应用。
Taking the lithium atom as an example, we present here a summary of the variations of the generalized oscillator strength density with respect to excitation energy as well as momentum transfer. Comparing with recent accurate experimental data, the validity of Born approximation is discussed. 本文以Li原子为例,总结其广义振子强度密度随激发能量和动量转移而变化的规律,并和最近精确的实验结果进行了比较,明确了Born近似的适用范围。
This paper studies the problem, and gets the generalized expression for the total momentum of the system; 本文对此进行了研究,得到了自由飞行空间机器人系统动量的通用表达式;
New Dynamical Equations of Generalized Momentum Type 新型广义动量式动力学方程
Schwinger proper-time method is generalized for the calculation of coincidence limit of Fermion propagator with momentum dependent Fermion self energy, the contribution of Fermion system to path integral of 4-dimension space time quantum field theory. 并且推广了Schwingerproper-time方法,使之能够计算含有动量相关的费米子自能的费米子传播子;探讨了4维可重整化的量子场论中费米子在路径积分中的贡献。
In this paper the generalized time-dependent quantum oscillator with a moving boundary is studied. Its Hamiltonian is of the non-homogeneous quadratic form of space-coordinate and momentum with time-dependent coefficients. 研究了被局限于区间[0,L(t)]中运动的动边界广义含时谐振子量子系统,其Hamiltonian为坐标与动量的非齐次含时二次型。
Using the decomposition theory of gauge potential, they are evaluated as the generalized linking numbers of higher-dimensional knots with zero width. Finally, the momentum fields oi two-component Ginzburg-Landau superconductor is investigated. 然后用规范势分解理论,证明了此不变量对应零厚度高维纽结膜的广义linkingnumbers。最后,论文还研究了两组分Ginzburg-Landau超导中涡旋的动量场。
He generalized governing equations are deduced in curvilinear coordinates based on collocated grids with cancellation of pressure effect by momentum interpolation. 推导了曲线坐标系下基于同位网格的通用控制方程,利用动量插值消除压力波的影响。