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UNIQUE LASER SAFETY APPLICATIONS IN FORENSIC SCIENCE

机译:独特的激光安全在法医学中的应用

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摘要

The laser is known as a superior light-source tool the forensics community uses to identify trace evidence. Lasers are slowly replacing commonly used filtered lamps, primarily because of a new generation of portable, compact, low-power consumption lasers such as Coherent's TracER™. TracER, and lasers like TracER, has the ability to detect latent fingerprints, bone fragments, skin, traces of body fluids, and other physical and biological artifacts. The mechanism by which the laser can reveal trace evidence is known as fluorescence, either inherent in the material or induced by treatment of the material with a fluorescence dye or other reagents. Optimum images and spectral discrimination are best obtained with a 532 nm, 5-Watt laser.rnThis paper will describe the use of lasers in forensic sciences, with special emphasis in a coroners' crime laboratory, the safety challenges presented to forensics specialists working with a Class 4, visible laser, and the unique and clever eye protection measures they use to protect themselves and others working in the control area.
机译:激光被称为法医界用来识别痕迹证据的高级光源工具。激光器正在慢慢取代常用的滤光灯,这主要是由于新一代便携式,紧凑,低功耗的激光器,例如Coherent的TracER™。 TracER和TracER之类的激光器具有检测潜在指纹,骨骼碎片,皮肤,体液痕迹以及其他物理和生物伪像的能力。激光可以显示痕迹证据的机制称为荧光,它是材料固有的,或者是通过用荧光染料或其他试剂处理材料而诱发的。最佳的图像和光谱分辨力最好是使用532 nm,5瓦激光获得的。本文将介绍法医学中激光的使用,特别是在死因裁判官犯罪实验室中,这对法医专家提出了安全挑战。第4类,可见激光,以及其用于保护自己和在控制区域工作的其他人员的独特而巧妙的护眼措施。

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