弹性碰撞

  • 网络Elastic collision;elastic impact;elasticcollision
弹性碰撞弹性碰撞
  1. 我说我选择这个例子,它是完全弹性碰撞-,为0,Q,is,zero&,那么动能必然守恒。

    I told you I chose the case of-a completely elastic collision & Q and so kinetic energy must be conserved .

  2. 我采取这个例子,我有个完全弹性碰撞-,意味着Q为-,这是我们刚讨论过的。

    And I take a case whereby-I have a completely elastic collision 0 that means Q is zero the kind that we have just discussed .

  3. 慢电子与K、Rb原子弹性碰撞截面的计算

    Calculation of elastic cross sections for low-energy electron impact on potassium and rubidium atoms

  4. ~(19)F+~(27)Al深部非弹性碰撞产物的角分布

    Angular Distribution of Products in Deep Inelastic Collision of ~ ( 19 ) F + ~ ( 27 ) Al

  5. ~(18)O+~(148)Nd的准弹性碰撞研究和耦合道分析

    Quasi-Elastic Collision and Coupled Channel Analysis in ~ ( 18 ) O + ~ ( 148 ) Nd

  6. 电子与Hg原子的弹性碰撞

    The elastic scattering of electron on Hg atom

  7. 慢电子与He和Ne原子弹性碰撞的极化作用及散射截面计算

    Polarization effects and cross sections for low-energy electron elastic scattering from helium and neon atoms

  8. e-p深度非弹性碰撞中Scaling破坏解释的一种尝试

    A New Trial Interpretation of Scaling Violation in e-p Inclusive Deep Inelastic Collision

  9. 有限长Timoshenko梁弹性碰撞接触瞬间的动态特性

    The characteristics of Timoshenko beam during the process of elastic impact and contact

  10. 低能电子与Kr、Xe弹性碰撞截面的计算

    Calculation of cross sections for elastic scattering of low-energy electrons by Kr and Xe

  11. 自旋极化电子与Xe原子的弹性碰撞

    Elastic scattering of spin electron by Xe atom

  12. 用蒙特卡罗法模拟电子在固体表面的弹性碰撞过程,得到电子的弹性反射系数ηE及弹性背散射电子的角分布。

    Monte Carlo method was used simulating elastic collision of electron from solid surface , gained the electron elastic reflection coefficient η _E and the angular distribution of elastically backscattered electron .

  13. 基态s和d原子的低能弹性碰撞及sd(x~2∏)自由基的准确相互作用势与分子常数

    Elastic collision between S and D atoms at low temperatures and accurate analytic interaction potential and molecular constants of the SD ( X ~ 2 Π) radical

  14. 按照弹性碰撞理论给出了轮轨最大压缩变形α同(ax)和P1力的理论解;

    According to the elastic impact theory , the theoretic resolution of wheel-rail maximum relative compressive deformation α _ ( max ) and the impact forceP_1 are presented .

  15. 确定了与实验松弛时间相符的非弹性碰撞数ZV,ZR,得到了有转动、振动激发耦合的离解反应的满意的直接模拟。

    The inelastic collision numbers are determined in accordance with the relaxation times obtained experimentally , a satisfactory simulation for the dissociation coupled with rotational and vibrational excitation is realized .

  16. 4N核弹性碰撞的激发函数

    Excitation function for elastic collision between 4N nuclei

  17. 弹性碰撞演示实验是一个很重要的演示实验,但教师做起来很不容易,为此,笔者利用flash制作了演示课件,效果很好。

    Elastic Collision Demonstration Experiment is a very important one , but teacher is not easy to do it . This article provides a good method doing this demonstration courseware with Flash .

  18. 本文采用电子与光子非弹性碰撞模型,首次给出了磁逆多光子非线性Compton散射的谱功率。

    Here , it has been given by using an inelastic collision model of electron with photon for the first time .

  19. 利用相对论性电子与光子非弹性碰撞模型,研究了激光等离子体中发生多光子非线性Compton散射时,由于尾波场的作用而引起的散射光子频率的变化。

    The change of the photon frequency of the multi-photon nonlinear Compton scattering in the laser-plasma is derived by using the inelastic collision model of relativity electron and photon .

  20. He-LiH体系转动非弹性碰撞的理论研究

    Theoretical Studies of Rotationally Inelastic Collisions of LiH with He

  21. 用CC方法计算了在BTT势能面上碰撞能为27.3meV下He-N2转动非弹性碰撞截面。

    The integral and differential cross sections for He-N2 were calculated at a collision energy of 27 . 3 meV on the BTT potential energy surface by using the coupled channel ( CC ) method .

  22. 应用相对论性电子与多光子集团非弹性碰撞模型和经典相对论电动力学理论,分析、计算了锥形飞秒强激光等离子体中多光子非线性Compton散射的能量转换。

    The energy conversion efficiency of the multi-photon nonlinear Compton scattering in the cone-shaped femto-second high power laser-plasma is given by using the inelastic collision model of relativistic electron and photon , and relativistic electricity theory .

  23. ~(16)O+~(20)Ne弹性碰撞的激发函数呈现出共振结构,基于核分子轨道理论对共振结构进行了研究,理论结果与实验数据很好的一致。

    Resonant structures appeared in the excitation functions for the ~ ( 16 ) O + ~ ( 20 ) Ne elastic scattering have been studied by using the nuclear molecular orbital theory . The theoretical results agree well with the experimental data .

  24. 基于解析和数值两种方法,作者研究了Glazov于1994年提出的计算由原子弹性碰撞引起动量淀积的空间分布。

    Based on both analytical and numerical methods , the authors have investigated a theory proposed by Glazov in 1994 for finding the depth distributions of momentum deposition by atomic particles in elastic collisions .

  25. 与地面完全弹性碰撞的小球的运动

    The movement of pellet in complete elastic collision with the ground

  26. 我将要尝试,完全弹性碰撞。

    I 'm going to try to make completely elastic collisions .

  27. 弹性碰撞中电子减少的能量非常少。

    Elastic collisions deplete very little of the electron 's energy .

  28. 两体问题的质心速度与一维完全弹性碰撞

    The velocity of the center of mass and one-dimension perfect collision

  29. 电容器的能量损失与完全非弹性碰撞能量损失的类比

    Capacitor Energy Loss and Total Non-elastic Collision Energy Loss of Analog

  30. 量子搜索与两体弹性碰撞过程的相似性

    The similarity between quantum searching and course of two body elastic collision