collisional excitation

  • 碰撞激发
collisional excitationcollisional excitation
  1. Theoretical research of soft X - ray laser by the collisional excitation of electrons

    电子碰撞激发产生软X光激光的理论研究

  2. The Theoretical Study of Ni-like Ta Collisional Excitation X-ray Laser

    类镍钽离子碰撞激发机制理论研究

  3. Theoretical studies of gain saturation for the electron collisional excitation neon like GE X-ray laser scheme

    电子碰撞激发类氖锗X光激光增益饱和的理论研究

  4. Progress in Transient Collisional Excitation X-ray Lasers

    瞬态碰撞激发X射线激光研究进展

  5. Collisional excitation strengths of Li-like ions by electrons between configurational energy levels

    电子与类锂离子组态能级之间的碰撞激发强度

  6. Predissociation and collisional excitation transfer of the NaK excited state

    NaK分子激发态的预离解和碰撞激发转移

  7. Collisional excitation and relaxation of N ( B ~ 3 ∏ _g ) high vibrational levels in Xe

    N2(B~3Ⅱg)高振动态在Xe原子中的碰撞激发和弛豫

  8. The self-similarity model of hydrodynamics of transient collisional excitation X-ray lasers is modified for drive laser pulse with a Gaussian temporal profile .

    在激光脉冲为高斯型的条件下对瞬态X射线激光的流体力学自相似模型进行了修正,并将计算结果与自相似模型解析解的结果进行了比较。

  9. For the advantages of low driven energy , high efficiency and easy downsizing , transient collisional excitation X-ray lasers propel the development of the X-ray lasers rapidly .

    瞬态碰撞激发X射线激光由于其所需驱动能量低、效率高和容易台式化等优点,极大地推动了X射线激光的发展。

  10. The results calculated show : collisional excitation radiations emitted are more important than chemiluminescent radiations ; infrared radiations are more important than visible radiation .

    计算结果表明:激发发射辐射比化学发光辐射重要,红外辐射比可见光辐射重要。

  11. In this paper , the quasi-relativistic Hartree-Fock-Relativistic atomic structure code and the unresolved transition array model were used to calculate the dielectronic recombination rate and the electron-ion collisional excitation rate of two high-Z elements : Au and Ta .

    采用准相对论性Hartree-Fock-Relativistic方法与不可分辨跃迁组模型相结合,对Au和Ta元素的类Ni离子的双电子复合速率,以及Au元素类Cu离子的电子碰撞激发速率进行了计算。