Detailed analysis of the laser beam distribution after passed optical system is significant to the deep study the interaction of laser beam and material.
详细研究激光通过光学系统后的分布对深入研究激光与物质相互作用具有重要意义。
Beam breakup (BBU) instabilities resulted from interaction of beam and cavity will deteriorate beam quality. Transverse impedances reflect the degree of such interaction.
束腔相互作用导致的束流崩溃不稳定性(BBU)将严重地恶化束品质，而加速腔横向阻抗反映了这种相互作用的强弱。
Beam longitudinal instabilities excited by the beam cavity interaction are one of the most important instabilities in the high energy electron accelerators.
束腔相互作用激发的束流不稳定性是目前高能电子加速器上最重要的不稳定性之一。
We have made a detailed theoretical analysis on the beam-wave interaction in MILO and derived electron beam bunching theoretically.
我们对MILO器件中波束相互作用的物理机理做了详细的理论分析，研究了MILO空间电荷的调制及其辐射机理。
By use of this method, we can not only obtain the propagation matrix of atom beam in free space under the influence of gravity, but also obtain the interaction matrix of atom beam with and pulse.
利用这种方法不但能得到原子束在重力的影响下在自由空间中的传输矩阵，也可以得到原子束与脉冲的相互作用矩阵。
And the band will be wide, when it interacts with beam. All of the analysis gives the evidence of beam-wave interaction.
可以和电子注在很宽的频带内产生互作用，为注波互作用的计算提供了依据。
The hot ion beam is cooled by Coulomb interaction with intense and cold hollow electron beams. By analysis of space charge effect of solid and hollow electron beam respectively, the …
通过分析实心电子束和空心电子束的空间电荷场，研究了其对电子束速度和温度的影响。
The hot ion beam is cooled by Coulomb interaction with intense and cold hollow electron beams. By analysis of space charge effect of solid and hollow electron beam respectively, the …
通过分析实心电子束和空心电子束的空间电荷场，研究了其对电子束速度和温度的影响。
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