scattering amplitude

Equal-time Scattering Amplitude and Equation of the Complex Scalar Field

复标量场的等时散射振幅与方程

A relativistic correction to the Glauber theory and the high energy behavior of the scattering amplitude

对Glauber理论的相对论修正及散射振幅的高能行为

Asymptotic behaviour of scattering amplitude and high energy inelastic processes

散射幅的渐近行为和高能非弹性作用

Relation between the poles of the scattering amplitude and the bound states : the green 's function method

散射振幅的极点和束缚能级的关系&格林函数方法

Gauge Invariance Problems of the Photon-Photon Scattering Amplitude and the Dimensional Regularization

光子&光子散射振幅的规范不变性问题与维数正规化

By using the character of the Green function g_0 the equation of equal-time scattering amplitude is obtained .

利用格林函数g0的性质得到等时散射振幅方程。

The generalized Regge representation of the scattering amplitude

散射振幅的广义Regge表示

A formula of the scattering amplitude acompanied by the emission or absorption of N photons is found by using the stationary phase approximation and frozen target model .

在稳定位相近似及冻结靶近似下得出了这一散射过程辐射或吸收N个光子的散射振幅。

Extending the elementary amplitude in the Glauber Theory and using α - α scattering amplitude as the elementary amplitude , the high energy nuclei-nuclei collision is discussed .

推广Glauber理论中的元振幅，采用高能α-α散射振幅fα作为元振幅来研究高能核-核碰撞。

The total expansion form of the Glauber high energy scattering amplitude , in theory , is derived from the 2 + 2 case , and so is rigid projectile approximation expansion form .

本文从理论上推导了在高能量下2＋2体系间进行散射时Glauber振幅的全展开与硬球近似展开。

With the analytical expressions of this scattering amplitude , we can illustrate the relation of the poles of the scattering amplitude and the bound states in a more generated way .

利用散射振幅的格林函数表示，更一般性地说明了一维和三维情况下散射振幅的极点与束缚态能级的关系。

Furthermore , known unit structures and uncertain subunit details of microbody crystalloids in enzyme are confirmed and clarified by Fourier superposition of individual harmonic images by the enhanced scattering amplitude and corrected phase .

同时，利用增强象的各个谐波的散射振幅，并校正其相位后，再进行傅里叶分析的技术，查明了釉质中微体类晶质已知结构单元和未知亚单元的细节。

In this paper , the basis of the Glauber theory is changed from the schrodinger equation to a relativistic equation , which is then solved using eikonal approximation to investigate the high energy behavior of the scattering amplitude and its relationship with phenomenological nuclear forces .

本文把Glauber理论的基础&薛定格方程改为一个相对论性方程，求出该方程的Eikonal解，并进一步用它探讨了散射振幅的高能行为及其与唯象核力的关系。

Temporal behavior of stimulated Raman scattering excited by amplitude modulating pump light

幅度调制的脉冲光激发受激喇曼散射的时间特性

In the framework of the Glauber theory , we discuss the method to deal with the multiple scattering amplitudes while the spin-flip term is included in the NN scattering amplitude .

在Glauber理论的多次散射基础上，讨论了核子二体振幅包含自旋打翻项时，多次散射振幅的处理方法。

The normalized radial wave functions for scattering states on the " k / 2 π scale " and calculation formula of phase shifts are obtained . Analytical properties of the scattering amplitude are discussed .

给出了束缚态的精确的能谱方程和归一化的径向波函数，对于散射态，获得了按k/2π标度归一化的径向波函数和相移的解析计算公式。