红外窗口材料

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 .

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 .

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 .

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 .

长脉冲激光具有较高的能量，硅材料是重要的红外系统窗口材料，是很多探测器的主要组成部分，当激光与探测器配合使用经常会引起损伤。

Long pulsed laser has higher power , and silicon is an important infrared window material , so it is a main component of many detectors . There may be damages when the laser is used in conjunction with detectors .

8～14μm红外波段的窗口材料

Window Materials for 8 ~ 14 μ m Infrared Region

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 .

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 .

中红外导流罩及窗口材料的发展趋势

The Trends of Development of Midwave Infrared Guided Flow Dome and Optical Window Materials

红外光学窗口和罩材料的最新进展

Newly-Developed Trends of Infrared Window and Dome

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 .

硒化物量子点作为一类重要的半导体量子点，广泛用在太阳能电池、发光二极管、生物标记、各种发光装置、激光与红外探测器件、红外窗口与非线性光学材料等。

Selenides QDs are a very important group of semiconductor QDs , which are widely used in solar cells , light-emitting diodes , biological labels , luminescence devices , laser or infrared detectors , infrared window materials , nonlinear optical materials and so on .

锗酸盐玻璃具有较低的声子能量、较宽的红外透过范围和良好的玻璃形成能力，在红外窗口材料方面具有广阔的应用前景。

Germanate glass has lower phonon energy , wider range of the infrared transmission and good ability of glass formation , so it has broad application prospects in IR window materials .