Finally the possibility of generating soft X ray laser from the home made setup is discussed.
并分析了毛细管放电装置中产生软x激光的可能性。
Capillary discharge soft-X-ray laser is one of the crucial quomodo to realize table-top soft-X-ray laser.
利用毛细管放电激励产生软x光激光，是实现台式软x光激光的主要方案之一。
Results of the recombination pumped soft X-ray laser gain experiment of L-like silicon ions are described.
本文描述了最近进行的复合泵浦类锂硅离子软x射线激光增益实验结果。
In the cooling storage ring absolute value of charge mean root radius of Lithium-like nuclei will be measured by the X-ray laser.
在存储环中使用X射线激光可以测显类锂离子的电荷均方根半径绝对值，使核基态性质的研究将有突破性的进展。
Using London's model, physics of X ray laser propagation and amplification in laser-plasma of the foil target is studied analytically.
对激光辐照箔靶产生的等离子体中X射线激光的传播和放大过程进行了解析的分析。
The main spectral properties of Li-like Si soft-X-ray laser are examined theoretically based on the relevant experimental study Xu Zhizhan et al.
根据“类锂硅离子软x射线激光实验研究”一文，本文从理论上考察了该激光的主要光谱性质。
The capillary discharge soft X-ray laser scheme is a new way for generating small-size, table-top, high-efficient and cost-effective X-ray laser.
毛细管放电软X光激光方案是实现小型、台式、高效、经济适用的X光激光器的新途径。
One X-ray laser already exists in an underground facility at the Stanford Linear Accelerator Laboratory, where it spans several football fields in length.
在斯坦福线性加速器实验室的一个地下设施里已经有了一个X射线激光器，它的频率频距将具有跨越数个足球场的长度。
As short wavelength light source such as soft X-ray laser is employed in holography, it's possible to generate 3d holograms with high spatial resolution.
软x射线激光全息术采用短波长X射线激光光源，从而可获得空间分辨率很高的三维全息图，但目前它还存在许多问题。
The experimental results show that the soft x-ray laser is produced at the rise-time of the main discharge current which is 65%—75% of the peak at the lasing time.
实验结果表明，激光产生于主脉冲电流波形的前沿，此时的主脉冲电流是其峰值的65%—75%。
In this paper, block, English letter and Chinese charchter were used as the samples to simulate non lens Fourier transform soft X ray laser holography. The simulat…
本文采用方块、英文字母、汉字等作样品，对无透镜傅利叶变换软X射线激光全息术作了模拟仿真，其结果和可见光全息实验及理论都相符合。
The diagnostic results are the basis of selecting the optimum conditions for the gain experiment of the X-ray laser generated from foil-Ge target driven by double-laser pulse.
诊断结果为双脉冲驱动薄膜靶高增益X 射线激光实验选择最佳的实验条件提供了实验依据。
The basis of applications is the output of X-ray laser with high brightness, high coherence, and good beam quality So it is a main aim and contents for studies to achieve X-ray laser.
应用研究的前提是获得能够满足应用要求的X射线激光输出，因此如何获得高亮度、高相干性、高光束质量的饱和X射线激光输出是X射线激光研究的首要内容。
In the new study, the physicists shot xenon atoms with FLASH, an X-ray laser that USES intense photons in the extreme ultraviolet energy range, about forty times the energy of visible light.
在这个新的研究中，物理学家们用一种处在极紫外能量范围的强光子X射线激光器发出的闪光照射氙原子，所用闪光的能量是可见光能量的40倍。
But then they started thinking about it and realised that laser technology is much cheaper than it was, thanks to Blu-Ray players and laser printers.
不过，他们后来开始考虑这种想法并意识到激光技术比较便宜的，多亏了蓝光播放机和激光打印机。
Without quantum mechanics there would be no transistor, and hence no personal computer; no laser, and hence no Blu-ray players.
没有量子力学，就不会有晶体管，从而就不会有个人电脑；没有激光，那么就不会有蓝光唱机。
Blu-ray and HD DVD are similar in technology. Both use a blue laser to read the information on the disc.
蓝光影碟机和高清数字影碟机采用了相似的技术，都用蓝色雷射光读取影碟上的信息。
Anyone with a few dollars to spare can get themselves a laser pointer, and every CD, DVD or Blu-ray player USES a laser to read the bits encoded on discs.
任何一个有几美元零花钱的人都买得起激光笔，每台CD、DVD或蓝光播放器都是用激光读取光盘上的数位编码(不言而喻，老式光盘播放器也是如此)。
Last year, the venerable two-mile-long linear accelerator, where charmed quarks were discovered, was converted into a new kind of powerful laser that will create super-brilliant X-ray pulses.
去年，久负盛名长达两英里的直线加速器(夸克在此被发现)被转化成一种新型、强大、将创建出超亮X光脉冲的激光。
There are plenty of still pictures of ATPase, the enzyme that synthesises adenosine triphosphate (ATP), thanks to X-ray crystallography and pulsed-laser methods.
有很多ATP酶的照片显示，用x -射线结晶照相和脉冲激光的方法，这种酶合成三磷酸腺苷(atp)。
Complex ray theory, based on geometrical optics, has been found to have many applications in areas of laser, microwave, acoustics, seismology etc.
以几何光学为基础的复射线理论已在激光、微波、声学和地震波等学科领域获得了广泛应用。
X-ray spectral lines emitted by high temperature plasma can be taken by means of crystal spectrograph in laser-plasma experiments.
在激光等离子体实验中，用晶体谱仪可获得高温等离子体所发射的X光谱。
The pump power distribution in the single diode directly pumped laser rod with different pumped parameters is simulated using the method of ray trace.
采用光线追迹法模拟计算出单个二极管在不同抽运参数下直接抽运激光棒时，激光棒所吸收的抽运光功率的分布。
The total system comprise laser, external ray system, vacuum chamber, AES and emission electron surveyor.
实际建立的系统包括激光器、外光路系统、真空制样室、俄歇能谱仪、电子发射测量仪。
A method detecting and measuring the intensity of spectrum from laser plasma soft X-ray source is presented.
提出了一种新的探测和测量激光等离子体软X射线源光谱强度的方法。
A direct tracing method of the laser ray-path is provided.
提供了一种激光光路的直接追踪方法。
Here these measurements often used fall into laser macroscopic deformation analysis and X-ray analysis.
将经常使用的方法归纳为激光宏观变形分析法和X射线分析法。
A method for generating the short pulse intense X ray radiation in a laser produced Na plasma is described.
介绍了激光打靶产生短脉冲强X光辐射的方法，给出了打钠靶的数值模拟结果。
By using the light ray vector method, the elliptic-section cylinder lenses have been designed to collimate the semiconductor laser beam.
采用光线矢量法设计了两个相互垂直的椭圆截面柱透镜组来准直半导体激光束。
By using the light ray vector method, the elliptic-section cylinder lenses have been designed to collimate the semiconductor laser beam.
采用光线矢量法设计了两个相互垂直的椭圆截面柱透镜组来准直半导体激光束。
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