University of Texas, Cockrell School of Engineering, Department of Biomedical Engineering, 1 University Station, C0800, Austin, TX, 78712;
Air Force Research Laboratory, Optical Radiation Branch, 2624 Louis Bauer Dr., Brooks City-Base, TX, 78231;
Air Force Research Laboratory, Optical Radiation Branch, 2624 Louis Bauer Dr., Brooks City-Base, TX, 78231;
Air Force Research Laboratory, Optical Radiation Branch, 2624 Louis Bauer Dr., Brooks City-Base, TX, 78231;
University of Texas, Cockrell School of Engineering, Department of Biomedical Engineering, 1 University Station, C0800, Austin, TX, 78712;
thermal lensing; thermal blooming; artificial eye, cain cell; near-infrared; laser-tissue interaction; nonlinear optics; confocal imaging; continuous wave; laser safety;
机译:近红外激光辐射在人眼中引起的热透镜共焦成像
机译:太阳辐射对热舒适性的影响-通过人工太阳辐射坡道和光谱滤镜对手背进行可见,近红外,中红外辐射的主观评估-
机译:人工眼对热透镜的量化
机译:从近红外激光辐射进行热镜头
机译:激光表面热透镜法(STL)在研究聚合物薄膜的热机械性能中的应用
机译:视网膜热损伤阈值取决于1319 nm过渡性近红外激光辐射的曝光时间
机译:温度受控的体内眼睛对1090 nm辐射的暴露表明,近红外辐射白内障是热诱导的
机译:使用人工眼量热定量。