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- double light beam interference 光束干涉
- double light beam intervene 双光束干涉
- The concave diffraction grating on the film of PPTA is prepared by the double beam interference illumination. 利用PPTA薄膜在紫外光照下可硬化的特点,在薄膜上制备光栅进行研究并通过双光束干涉曝光法,制备了凹面光栅。
- Double light blue. Dark green. Miniature. 重瓣的亮蓝色花。深绿色叶。迷你型。
- A light beam rushed to the night sky. 一道光束冲向夜空。
- Double light blue/white fantasy. 重瓣亮蓝色的花，有白色的喷点。
- By photosensitive PLZT gel combined with UV laser double beam interference, high density gratings, 2-D dot arrays or 2-D lattices of PLZT films. 锆钛酸铅镧(PLZT)薄膜具有良好的介电、铁电和热释电等性能,在微电子、光电子等领域有着十分重要的应用。
- The light beam is scattered by small particles in the moving fluid. 光束被流动流体中的微粒所散射。
- The light beam passes through the container holding the vapor. 光束通过盛蒸汽的容器。
- Double light pink. Medium green, round. Standard trailer. 重瓣亮粉红色的花。叶子中绿色，圆型。标准悬垂型。
- Double light pink, green and bronze large. Dark green. Standard. 重瓣的大朵花，粉红色底，绿色和青铜色。深绿色叶。标准型。
- The basic theory of OAM of light beam is presented in Chapter II. 介绍了光束轨道角动量的基本理论。
- Nonlinear Imbert-Fedorov Effect for Reflective Light Beam[J]. 引用该论文 李春芳;张纪岳;段弢;葛国库.
- Then we analyze the mulit beam interference which effects the dual beam interference in the FPI cavity. 分析了在 FPI中多光束干涉对双光束干涉的影响。
- Double light coral-pink/red sparkle edge. Light green, plain. Standard. 重瓣，亮眼的珊瑚粉红色花，有红色的点点边。亮绿色平坦叶。标准型。
- The electrostrictive force induced by beam interference can drive the acoustic wave,and enhance the stabillty of stimulated Brillouin scattering (SBS) phase conjugation fidelity. 光束相干引起的电致伸缩能驱动声子波,从而能加强受激布里渊散射(SBS),提高相位共轭保真度稳定性。
- The light beam can be steered more accurately than a mechanical cutter. 这种光束比机械切削器能运转得更为精确。
- Light beamed through a hole in the curtain. 光线透过窗帘上的一个孔照射进来。
- Holographic interferometry using separate damping and a double objective light beam is put for-ward for the bonding quality of the clads on the large powder columns. 提出了分体式减振和双物光光路的全息干涉法,解决了大型火药柱包覆层粘接质量的检测问题。
- M.A.Porras.Non-paraxial vectorial moment theory of light beam propagation.Opt. 郭弘;刘承宜;胡巍.;多阶强度非线性条件下的光束传输研究
