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1·The multiple elastic scattering of photon can effectively enhance the gain length.

光子和散射颗粒的多次弹性散射可以增大有效增益长度。

2·Thequasi equilibrium relaxation occurs via elastic and inelastic scattering and the emission of longitudinal optical phonon.

通过弹性和非弹性的碰撞，发射纵波光学声子，半导体中发生准。

3·In computation, the elastic scattering, inelastic scattering, charged particle emission and radiation capture are under consideration.

计算中考虑了弹性散射、非弹性散射、带电粒子发射和辐射俘获。

4·The elastic and inelastic scattering of low energy electrons in solids and some of its applications in electron beam microanalysis are described.

本文介绍了低能电子在固体中的弹性散射和非弹性散射，及其在电子束显微分析中的一些应用。

5·The absorption coefficients approach to zero inside the target nucleus, so that the elastic scattering takes place at the surface region of nucleus.

光学势在核中的吸收系数趋于零，因此弹性散射主要发生在核的表面。

6·And if you scatter you can have an elastic scattering cross section or an inelastic scattering cross section which are combined to the fundamental scattering cross section.

如果你们有一个弹性散射，横截面或非弹性散射横截面，那是结合成基本的散射，横截面。

7·From the framework of the multiple scattering theory, we obtain the antiproton-nucleus optical potential that can best describe the experimental elastic scattering data.

从多次散射的理论框架，获得反质子的光学势，这一光学势能很好地描述从轻核至重核在整个能区的弹性散射实验。

8·Basing on first-principles and elastic scattering Greens function theory, we study the electronic transport property of oligomeric phenylene ethynylene molecular devices.

利用弹性散射格林函数方法，研究了低聚次苯基乙炔分子器件的电输运性质，并分析了水环境对分子器件电输运性质的影响。

9·You can have an elastic scattering collision where the neutron just essentially bounces off the uranium 235 atom and just continues on and it's possibly slowed down ever so slightly.

你可以得到一个弹性散射的碰撞，在那，原子就会反射，铀235原子，还会继续，那也可能会减慢一点。

10·The experimental data are fitted by use of the optical model. The probable reasons of the enhancement and oscillation of the elastic scattering angular distribution are discussed.

用光学模型对实验数据进行了拟合，并讨论了弹散角分布振荡及增强的可能原因。