激光辐射多功能集成防护镜光学特性与复合技术

为了对激光和微波辐射进行有效防护,研究了防激光-微波-激光探测告警一体化的多功能防护镜与复合技术,采用多功能防护材料与复合技术、夹层材料与真空热压复合技术、抗冲击防溅射眼防护技术、分体和组合式可调防护镜技术进行了多功能防护性能测试,以及环境适应性能、生物效应和工效学测试.介绍了多功能防护镜复合技术特征、光学特性和相关技...

Optical characteristics and compound technologies of multifunction protection goggles against laser radiation

To achieve effective protection against laser and microwave radiation,the compound technologies incorporating laser and microwave protection and laser warning were studied and this kind of multifunction protection goggles were designed. The key technologies include multifunction protection materials and compounded technology,sandwich type lenses compounded technology by means of heat press in vacuum,eye protection technology of resisting the splash induced by impact,adjustable protection eyeglasses technology between separated type and combined type.Multifunction protection performances of the developed protection goggles were tested.In addition,environment adaptability,laser biology effect and human-machine work efficiency were tested.The optical characteristics and compound technologies of multifunction integration protection goggles as well as relative techniques parameters were introduced.The experimental results show that ultraviolet transmittance of multifunction protection goggles is 0.0003～0.0005; relatively deviation of optical density of the goggles passing environment test and stored for 10 years is 0.0024～0.035; non-uniformity of optical density of the spectacles is 0.00059～0.0011;relatively deviation of optical density of the spectacles at laser incident angle of 0°～30° is 0.0061～0.012; relatively deviation of optical density of the spectacles at laser incident angle of 0°～30° is 0.0019～0.014 for laser exposure at different polarization directions; rabbit eyes wearing with the spectacles were not damaged at laser radiant exposure of(578.5～2405)mJ·cm-2.All performance indexes of this goggles accord with the demands of design and application.The multifunction protection goggles have good protective effect and can be used in the science research,teaching,manufacture,training and medical treatment.