红外窗口

连续CO2激光对红外窗口材料损伤研究

CW CO 2 Laser Induced Damage to Infrared Window Materials

研究了连续CO2激光对几种红外窗口材料的表面损伤特性，研究表明，损伤机制在于杂质缺陷吸收造成的热冲击应力破坏。

CW CO 2 laser induced damage to several kinds of infrared window materials has been investigated . It has shown that the damage mechanism is attributed to thermal shock stress caused by the absorption of impurities and defects in the materials .

以红外窗口为例，对常规平面设计方法和UG实体模型方法进行对比。

The comparison between conventional design and solid modeling by UG is made by an example of IR window .

FY-2气象卫星扫描辐射计可见&近红外窗口滤光片的研制

The manufacture of visible and near infrared window-filter for FY-2 meteorological satellite scanning radiometer

高功率TEACO2激光器由于输出功率高，工作波长处于大气长波红外窗口等特点，在光电对抗、激光推进和激光武器中有广阔的应用前景。

Because TEA CO2 laser has the advantages of high single-pulse energy , high peak power , high average power and its wavelength in the atmospheric window , it is promising in the application of optoelectronic countermeasure , laser propulsion and laser weapon broadly .

本文简述了用于红外窗口同时起到增透和保护双重作用的DLC薄膜的特性，红外应用，以及应用中需解决的问题。

The characteristics of DLC film for infrared windows that plays the protective and antireflective roles was introduced in this paper . The application in IR and the problems in applications were discussed .

采用端耦合截断法测试了埋层沟道式平面光波导的光损耗（小于0.1dB/cm），并观察了其近场图像以及导光材料在近红外窗口的吸收光谱。

The loss was lower than the measurement error , or less then 0.1 dB / cm at 632.8 nm . The near-field patterns were observed , and absorption spectrum of the hybrid material for the guiding layers was measured .

红外窗口冷却和窗口背景辐射计算

Engineering Calculating Models of Cooling IR Window and Window Background Radiation

蓝宝石晶体具有优良的物理性能和化学性能，是目前中红外窗口较理想的材料。

Sapphire is an ideal material with excellent physical and chemical properties .

超音速状态下整流罩红外窗口的选型问题研究

Determination of the Dome Infrared Window in the Supersonic Mode

红外窗口的激光损伤热过程及保护的研究

Study on the laser induced damage process of thermodynamics and protection of infrared windows

考虑了红外窗口材料的两种边界条件：简支和夹支。

It considers two important boundary conditions of infrared window plates : simply-supported and clamped .

利用无机、有机复合的方法获得了性能优良的红外窗口复合材料。

A kind of main infrared window compound materials is obtained by inorganic-organic composite method .

近年来，金刚石涂层作为红外窗口增透或者保护涂层的应用成为人们关注的热点。

At present , diamond used for antireflection coating or protective coating in infrared windows becomes the hotspot .

本论文具体地介绍了红外窗口的研制方法，并对红外窗口的性能进行分析。

The method of research is introduced and the characters are analyzed above the infrared windows in this paper .

在制备过程中，选择适当的成型速度和成型温度及压力，可以制备出性能优良的红外窗口。

Only are the proper velocity , appropriate temperature and the good press chosen well , the infrared window can be made well .

滤光片光谱曲线和抗环境性能的测试和分析过程等。经光谱测试和环境可靠性实验表明，研制的该可见&近红外窗口滤光片满足空间工程的使用要求。

Performance of optical spectrum and environment resistibility were introduced , it was indicated that the window-filter can meet the requirement of space application .

研究过程中采用热压成型方法制备红外窗口材料，这种实验方法具有操作简单、易于成型、周期短等优点。

Heat-press method is used in this paper , the method has a lot of merits , such as simply manipulating , quick confection and short period .

蓝宝石晶体因其优良的机械、物理和化学等性能，作为常用的红外窗口材料，被广泛应用于红外军事装置、卫星空间设施等。

As a common infrared window material sapphire is widely used in infrared military and aerospace device because of its excellent mechanical , physical and chemical property .

其中，探测器系统主要由红外面光源、红外窗口、气路、取样泵、斩波器、窄带滤光片及红外传感器等部分组成；

The detector system is mainly composed of infrared plane light source , infrared windows , gas path , sample pump , chopper , narrow-band filter and infrared sensor .

论述军用光电设备红外窗口的性能要求，叙述红外窗口材料、镀膜及结构设计的考虑，提出今后的发展方向。

Some performance requirements and considerations of window material coating and constructure design for military polo-electronic equipment IR window are described , and its future development direction is proposed .

蓝宝石具有优异的光学、力学、热学性能，是3～5μm中波红外窗口的优选材料。复合微球型气溶胶对红外的消光（英文）

Sapphire is the best one of all infrared windows and domes materials used for 3 ~ 5 μ m mid-wave infrared waveband for its optics , mechanics and calorifics .

设计结果表明，在金刚石双面镀这两种膜系，在8～12μm波段的平均透过率均大于90%，满足了高速红外窗口和导弹头罩设计和使用的要求。

Results show that the transmittance of the film system in infrared wave band are exceed 90 % , and meet the need of high infrared windows and domes in execrable environment .

但是随着红外窗口向高马赫或更高马赫趋势的发展，在高温条件下，蓝宝石的强度急剧下降，红外透过率也满足不了使用要求。

However , with the infrared window to the high mach or higher mach , the strength of sapphire decreases dramatically at elevated temperature and the optical transmittance cannot satisfy the demand of application and design .

同时，薄膜元件也是红外窗口及导弹导引头等的重要组成部分，激光武器对薄膜元件的破坏可能造成光学系统的功能失效。

Moreover , the thin film components are important parts of the infrared windows and the guide-heads of tactical missile . Once the thin film components are damaged by a high energy laser weapon , the whole optical system may be destroyed .

高反膜红外耦合窗口GaAs热变形的研究

Study on Thermal Distortion of a GaAs Output Coupler with HR Coatings

3.5～12.5μm三波段宽带红外Ge窗口多层增透膜的研制

Design and Fabrication of Wide Three-Band Infrared Antireflection Coatings for Ge Window from 3.5 ~ 12.5 μ m

为了保护红外系统窗口以及提高窗口的透过率，红外窗口广泛沉淀类金刚石（DLC）薄膜。

The infrared windows are generally coated with diamond-like carbon ( DLC ) thin films to protect itself and improve the permeation rate .

对光学晶体红外透过窗口的研究具有重要意义。

The results are helpful to the study of transparency window of molecular crystals .

红外光学窗口和罩材料的最新进展

Newly-Developed Trends of Infrared Window and Dome