查询词典 Bragg diffraction
- 与 Bragg diffraction 相关的网络例句 [注:此内容来源于网络,仅供参考]
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The resolution index of electron diffraction in TEM is analyzed. The exactly experimental method is given for demarcating electron diffraction camera length by Gold-monocrystal in TEM.
同时对TEM中的电子衍射分辨率指数进行了分析和讨论,并给出了实际应用金单晶标样精确标定TEM电子衍射相机长度的实验方法。
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In the second chapter, during the study of compound x-ray refractive lenses, diffraction function of compound lens is derived in the light of refraction and absorption effect and the design theory of X-ray is deduced using diffraction theory in connection with the characteristic of X-ray band.
在第二章X射线聚焦组合透镜的研究中,针对X射线波段的特性,综合考虑折射和吸收效应得出组合透镜的衍射屏函数,利用衍射理论推导出X射线聚焦组合透镜的设计理论并进行结构设计与微细加工制作技术研究。
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The ideal quantum gases obey Bose-Einstein or Fermi-Dirac statistics and the flux can be derived from the known distribution function. In this sense, we develop the kinetic schemes that suitable for ideal quantum gas and investigate the influence of the quantum effect. In this thesis we discuss shock tube problems and shock diffraction by wedges and shock diffraction by cylinders for the ideal quantum gases.
理想量子气体之速度分布依循Bose-Einstein或Fermi-Dirac分布,在已知气体分布函数的情况下,对分布函数取矩可得宏观量及其通量,本文即利用此概念发展适用於理想量子气体之气体运动算则,并探讨量子效应造成之影响,本文探讨理想量子气体之震波管、楔形体和圆柱震波绕射问题。
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The original technology is based on the far-field optical but all of them are restricted by Rayleigh diffraction limit.In order to break optical diffraction limit restrictions, people improve recording density in three ways:(1) shorten wavelength of light,(2)increase numerical aperture of the lens N.A.
不过上述储存方式所采用的记录技术皆是在远场光学的领域内,在远场光学的绕射极限下,要持续提升记录密度的方法有三种;(1)缩小光源波长(2)提高透镜的数值孔径
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Microscopic characteristics of cladded crystal fiber are analyzed by X-ray diffraction, Laue X-ray diffraction and scanning electron microscopy, it is found that magnesium-ion indiffusion does not affect the single crystal structure and the domain structure of the magnesium diffused crystal fiber. It is found for the first time that MgO-rich layer in the magnesium diffused LiNbO〓 surface layer exhibits the crystal structure of an unknown compound from the Li-Mg-Nb-O ternary system and MgNb〓O〓. It is proposed for the first time that this unknown compound and MgNb〓O〓 in MgO-rich layer are the real sources of magnesium-ion indiffusion LiNbO〓. Their appearance indicate that MgNb〓O〓 is in the surface layer of MgO-rich layer, the unknown compound is in the subsurface layer and beneath where the MgNb〓O〓 is located, and these compounds have obviously preferred orientation.
通过镁离子内扩散法,首次在国内实现了具有阶跃和抛物折射率分布的c轴LiNbO〓单晶光纤和a轴Nd:MgO:LiNbO〓单晶光纤的芯—包层波导结构,为我国在该项目的研究填补了空白;建立了晶纤损耗的测量系统,提出了利用单模石英光纤作为晶纤入射光耦合器的思想;通过对晶纤损耗的测量,得到了包层晶纤比未包层晶纤损耗降低约14倍的好结果,并实现了低次模传输:对经镁离子内扩散实现包层后的晶纤的微观特性,利用X射线衍射,劳厄照相和扫描电镜表征发现,晶纤并不因镁离子的内扩散而影响其单晶结构和镁的扩散层畴的变化。
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To control the Bragg wavelength, a lock-in amplifier is used, and the output wavelength is locked at the C2H2 absorption line of 1530.37 nm.
利用锁定放大器闭环控制布拉格波长,将激光器的输出波长锁定在乙炔气体1530.37nm的吸收峰上,24h内频率稳定度达10^-8。
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The check and measure methods of Bragg angle step and precision etc. parameters with high precision autocollimation are investigated.
针对同步辐射光束线中的弧矢聚焦双晶体单色器,研究了高准确度自准直平行光管对Bragg转角的步长分辨、转角准确度等参量检测的方法。
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A rotatable biprism is introduced in phase mask technique to change the inscribed Bragg of grating.
将一种可旋转的双棱镜引入到相位掩模技术中以改变光栅的写入Bragg波长。
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Because the change of grating period caused by the asymmetrical rotation of two beams is limited to 5×10-4 nm at a tunability of the Bragg wavelength of ~100 nm, the tilt of grating caused by the rotation of the biprism can be ignorable.
因为在~100 nm范围内两光束的非对称旋转对光栅周期的改变是5×10-4 nm,双棱镜引入的光栅的闪耀可忽略。
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In this paper,a method of chaos control in Bragg acousto-optic bistable system is proposed by using delay feedback acting on system parameter.
针对Bragg声光双稳系统的混沌态,提出了利用延迟反馈的方法对系统参量进行控制的方法,并讨论了连续、间隙两种控制方法下系统的状态演化。
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- 推荐网络例句
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The teacher likes the honeymouthed little girl very much.
老师很喜欢这个嘴甜的小姑娘。
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Mr. Notker Bien's interests are traveling, spending quality time with the family and long-distance-running.
诺特卡·柏恩先生热爱旅游,长跑,以及和家人一起共度美好时光。
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Completed in four years, the Airport Railway has proved yet again that Hong Kong remains a fast moving city with a well-proven track record of fulfilling our promises.
机场铁路工程由展开至完竣,前后只需四年的时间,一再证明香港仍是发展迅速的城市,而一直以来,我们都能实践承诺。