XUV

A stigmatic grazing incidence grating spectrograph and laser plasma XUV emission spectra

消像散掠入射光栅光谱仪和激光等离子体极紫外发射光谱

Silicon grating foil used to analyze the image transfer function in XUV radiography system

XUV成像系统中像传递函数研究用的Si刻蚀膜

Aluminium XUV spectra excited in a line focus laser & produced plasma

线聚焦激光辐照Al靶所产生的紫外X射线谱线

Aluminum Grating Target Used in XUV Radiograph System

用于X光成像系统像传递函数的Al静态成像靶

The development of the generation of coherent VUV / XUV radiation by nonlinear optical process

非线性光学产生VUV/XUV相干辐射的发展和研究

The XUV spectra of laser - produced Ag plasma

激光银等离子体XUV谱测量

The Extending of Optical Films to XUV Region

光学薄膜向XUV区的扩展

A new method for directly measuring frequency and intensity temporal profiles of attosecond XUV pulse simultaneously and completely

用光电子能谱相位确定法同时测量阿秒超紫外线XUV脉冲的频率和强度时间分布

Molecular Coherent Radiation in VUV / XUV Regions and the Determination of Rotational Temperature of Molecule

分子在真空紫外区的相干辐射光谱及转动温度的测量

Direct measurement of the temporal structure of narrow bandwidth femtosecond XUV using ultra-short laser via differential photoelectron energy spectrum

利用超短脉冲激光和光电子能量微分谱直接测量窄带飞秒超紫外线XUV脉冲的时间结构

A calculation on XUV transition parameters of rare-gas halide ionic excimers

稀有气体卤化物离子准分子XUV跃迁参数计算

The XUV spectra from Ag XIX of laser-produced plasma are measured .

测量了激光加热块状银靶产生的等离子体XUV光谱。

Analysis and Simulations of XUV / EUV Spectra of Laser-produced Sn , I and Au Plasma

激光产生的锡、碘和金等离子体极真空紫外光谱的分析和模拟

A method is introduced to directly measure the temporal structure of femtosecond XUV which has a narrow bandwidth using sub-picosecond duration laser .

介绍用亚皮秒超短激光脉冲直接测量窄带飞秒真空超紫外线（XUV）脉冲时间结构的方法。

The Generation of Coherent XUV Radiation by Two-photon Resonant Four-wave Sum-mixing in Hg Vapour

Hg蒸气中双光子共振四波和频产生XUV相干光的研究

Stokes and Anti - Stokes Competition Processes of Producing XUV Coherent Radiation by Two-Step Excitation in He / K Mixture Vapour

He／K系统两步激励产生极紫外相干辐射机制中的斯托克斯及反斯托克斯竞争过程

A flat-field XUV spectrograph with 30 ~ 50nm flat region

一种平场范围在30～50nm的平焦场光谱仪

The XUV grazing incidence grating spectrograph is described in terms of optical principle , structure characteristics , technology and material selection . Some experimental results are also presented .

文章介绍了XUV掠入射光栅摄谱仪的光学原理、结构特点，工艺、材料选择及部分实验结果。

Synchrotron Radiation and XUV Optics

同步辐射与XUV光学

Should there be any XUV lines of her X-1

武仙座X-1可能存在软X射线或远紫外波段的谱线

A Calculation of XUV spectra of 5d ~ 8-5d ~ 76p transition array of Pt ⅲ ion

PtⅢ离子5d~8-5d~76p跃迁的极紫外光谱计算

Measurement of the Spectral-Resolved XUV Transmission of Room-Temperatured Dry Air in the 15 & 75nm Band

15&75nm波段室温干燥空气的光谱分辨XUV透过率测量

Two-color-field assisted attosecond XUV photoionization and its application

双色场辅助阿秒XUV光电离及其应用

A stigmatic grazing incidence flat-field grating spectrograph and its application in XUV spectroscopic diagnastics of plasmas

消像散掠入射平场光栅谱仪及其在等离子体XUV光谱诊断中的应用

The most attractive one is high order harmonic generation ( HHG ), which can be used as a source of extreme ultraviolet ( XUV ) and soft X-ray lasers .

其中高阶谐振的产生，由于可以作为产生真空远紫外线和软X射线的可能途径，受到人们的极大关注。

The general data processing of spectrum unfolding is described here as well as the calibration procedure of the XUV diode and transmission grating with the high repetition laser produced plasma Xray sources .

本文介绍了透射光栅光谱还原技术的一般方法，以及在重复频率脉冲激光等离子体X射线光源上进行XUV二极管标定和光栅标定的一般过程。

Single isolated attosecond ( as ) extreme ultraviolet ( XUV ) pulses can be generated via the nonlinear optical interaction between intense few-cycle laser fields and noble gas atoms .

通过脉宽为周期量级的超快强场激光脉冲与惰性气体原子的极端非线性相互作用，能够产生单个的阿秒量级的极端远紫外光脉冲。

A new kind of XUV spectroscopic instrument-grazing incidence flat-field grating spectrograph has been developed in recent years , in which the spectrum is formed on a flat rather than on a curved one .

掠入射平场光栅谱仪是最近几年发展起来的新型极紫外（XUV）光谱仪器，其光谱焦面是一平面。

Using a cross correlation between femtosecond laser and attosecond XUV , such profiles can be reconstructed from photoelectron energy spectra measured with two different laser intensities at 0 ° and 180 ° with respect to the linear laser polarization .

采用飞秒超短脉冲激光和XUV间的交叉关联技术，从不同激光强度下、与激光线性极化方向成0°或180°方向上测得的光电子能量积分谱，可以重建XUV的频率和强度时间分布。

When intense infrared laser and extreme ultraviolet ( XUV ) attosecond pulse interact with an atom or molecule , the released electrons generally suffer a spread of energies due to the absorption and emission of laser photons .

当红外强激光和极紫外（XUV）阿秒脉冲共同作用于原子分子时，电离出去的电子通常会吸收和辐射激光光子而发生能量扩展。