紫外波段

纳米ZnO在可见和紫外波段的激子发光

Nanocrystals ZnO luminescence of excitons between visible band and ultraviolet band

纳米结构ZnO及ZnO稀土离子掺杂发光在蓝/蓝绿可见波段和紫外波段存在受激发射，可能成为制备短波长激光、发光半导体重要的候选材料。

Nanocrystals ZnO and Rare earth ion doped porous ZnO can be stimulated emission to luminescent between blue or blue - green band and ultraviolet band . The luminescence may serve as the candidate material for shot - wave length lasers and semiconductor luminescence .

一种复合型空间软X射线&极紫外波段望远镜设计

Design of a complex space soft X-ray and EUV telescope

软X射线-真空紫外波段光谱光源研究

Development of Soft X-Ray and Vacuum Ultraviolet Spectrum Sources

地面臭氧的变化规律和计算方法的初步研究I.紫外波段

A Primary Study on the Variational Regularity and Calculating Method of Surface Ozone Part I : UV Band

武仙座X-1可能存在软X射线或远紫外波段的谱线

Should there be any XUV lines of her X-1

随着空间技术和短波光学技术的发展，空间软X射线&极紫外波段观测研究逐渐成为空间天文学研究的重要组成部分，尤其是在这一波段的空间对日观测已成为天文学研究的重点。

The space observation in soft x-ray and extreme ultraviolet ( EUV ) region is an important portion of the space astronomy and an effective solar observation method developed increasingly .

几乎在同一时刻，RHESSI在硬X射线波段、TRACE在极紫外波段、SOHO/MDI也观测到这一爆发事件。

It was simultaneously observed by RHESSI at hard X-ray wavelengths , by TRACE at EUV wavelengths and by SOHO / MDI .

采用差分光学吸收光谱法，对紫外波段的SO2、NO、NO2污染气体吸收光谱进行了测量。

Pollutants such as SO 2 , NO and NO 2 are measured in ultra-violet band with Differential Optic Absorption Spectroscopy ( DOAS ) .

YAG晶体在红外、可见、紫外波段均有很高的透过率，是用作光学窗口、基片的优秀材料，在多个领域已得到广泛应用，特别是在高温及高能辐射的应用场合。

In virtue of the very high transmittance in the infrared , visible , ultraviolet band , the YAG crystal is an excellent material to serve as the optical window and the substrate and has been widely used in many fields , especially in the high-temperature and high-energy radiation applications .

本文根据空间平台上高分辨率对日观测的需要，设计出一种可以在四个极紫外波段对日同时成像多光谱太阳望远镜（EUT）；

In this thesis we designed a EUV multi spectrum space solar telescope ( EUT ) based on the requirement of high angular resolution and wide field of view for solar observations ;

水星大气及表面成分光谱仪（MASCS）：获取日照和背阳面大气成分剖面；在紫外波段对外溢层尾迹观测；

Mercury Atmospheric and Surface Composition Spectrometer ( MASCS ): Profiles of atmospheric composition on the day and night sides ;

报道一种工作于可见和紫外波段的脉冲激光光声装置.该装置以YAG泵浦的染料激光为光源（脉宽为8ns，工作频率为10Hz）。

A pulsed laser photoacoustic ( PA ) instrument operating under visible and ultraviolet range was reported , which used a YAG pumped dye laser ( width 8 ns , repetition rate 10 Hz ) as the light source .

基于氧化物高温超导体YBa2Cu3O7-δ的各向异性Seebeck（塞贝克）效应，制作了室温下的激光功率计，并测量了从红外到紫外波段下的激光响应。

Based on the anisotropic Seebeck effect of oxide high-T c superconductor , a new type laser power meter was designed , and the optical response of this device to the pulsed laser and the chopped laser was measured from infrared to ultraviolet .

真空紫外波段激发，Eu2+的最佳添加量为0.1，紫外波段激发下为0.12，发射峰波长均为450nm；

The best concentration of Eu ~ ( 2 + ) doping is 0.1 for VUV excitated , and 0.12 for UV excitated ; The maximum emitting wavelength is 450 nm ;

直接观测到了Dy3+在真空紫外波段的5d→4f发射，发现随着Gd3+含量的增加，Dy3+的5d→4f发射迅速减弱，这表明Gd3+的存在分流了Dy3+5dHS激发态的能量。

The 5d → 4f emission of Dy3 + in VUV band was directly observed and its intensity was found decreasing with the increase of Gd3 + , which indicates that the Gd3 + takes away the energy of 5d high spin excitation state of Dy3 + .

为了在紫外波段200~350nm，窄带宽1nm的情况下实现消偏，在Lyot型消偏器的基础上，设计了一种由两块厚的石英延迟片组成的消偏器。

In order to carrying out depolarization in UV range ( 200 ~ 350nm ) and narrow bandwidth ( 1nm ), a depolarizer consisting of two pieces of thick quartz delayers is designed on the basis of Lyot depolarizer .

真空实验测试结果表明，系统在80min内，真空度即可达到5×10-4Pa的设计指标，满足极紫外波段检测太阳望远镜的要求。

The test result shows the vacuum grade of the system is 5 × 10 ~ ( - 4 ) Pa after 80 min , and it can meet the test demands of the EUV solar telescope .

根据光子计数技术思想设计了一套光子计数系统，用来测量真空紫外波段内的弱光光谱。使用该系统进行仿真实验测得小于10s-1的弱光谱线，能满足实际使用要求。

A system is designed according to photon-counting technique and used for measurement of weak light spectrum at VUV wavelength band with which , weak light spectral lines of 10 counts / s is detected , whose result accords with request .

用于真空紫外波段内弱光光谱测量的光子计数器

Photon Counter for Weak Light Spectrum Measurement at VUV Wavelength Band

材料紫外波段漫反射测试方法的研究

Research of Test Method on Material Diffuse Reflection in Ultraviolet Wave Band

紫外波段高功率激光能量测量用光吸收器的实验研究

Experimental research of an absorber for UV high power laser energy measurement

质子辐照对极紫外波段滤光片透过率的影响

Effect of proton irradiation on transmittance of Al filter at EUV waveband

工作于可见和紫外波段的脉冲激光光声装置

Pulsed Laser Photoacoustic Instrument Operating under Visible and Ultraviolet Range

氟化物材料在深紫外波段的光学常数

Optical constants of fluoride films in the DUV range

工作在可见和紫外波段的自由电子激光器

Free electron laser in the visible or UV region

用空芯塑料光子晶体光纤获得极紫外波段光源的研究

Research on the achievement of EUV lasers by hollow-core plastic photonic crystal fibers

极端紫外波段碱卤化物光阴极材料量子效率计算

Calculation of quantum efficiency of alkali halide photocathode materials in the extreme ultraviolet region

极紫外波段Mo/Si多层膜反射镜辐射特性实验研究

Experimental Study of Radiation Characteristic of Mo / Si Multiplayer Mirror in EUV Range

得到了紫外波段的差分吸收截面。

Differential absorption cross section are obtained .