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朱墨时序显微检验的技术要点及应用
引用本文:陈晓红,施少培,徐彻,卞新伟,钱煌贵,孙维龙,杨旭.朱墨时序显微检验的技术要点及应用[J].中国司法鉴定,2013(5):23-27.
作者姓名:陈晓红  施少培  徐彻  卞新伟  钱煌贵  孙维龙  杨旭
作者单位:[1]司法部司法鉴定科学技术研究所,上海200063 [2]中国刑事警察学院文件检验鉴定公安部重点实验室,辽宁沈阳110035
基金项目:国家十二五科技支撑项目(2012BAK161305); 上海市科委科技公关项目(11231203300); 文件检验鉴定公安部重点实验室(中国刑事警察学院)资助课题(11KFKT004)
摘    要:朱墨时序鉴定常见的检验方法包括显微检验法、减层法及光谱法等,其中最基础也是最被普遍使用的方法是显微检验法。通过对显微镜检验在朱墨时序鉴定中的技术要点进行讨论,阐述如何通过选择不同的显微镜,调整放大倍率、照明方式、观察方式及运用共聚焦等技术手段达到最佳观察效果和检验图片。总结了朱墨时序显微镜检验所依据的表观特征及其观察和分析要点,希望对朱墨时序鉴定实践起到积极的指导作用。

关 键 词:朱墨时序  显微镜  同轴光  偏振光  共聚焦

Microscopic Examination of the Sequences of Crossed Stroke and Stamp Impression
CHEN Xiao-hong,",SHI Shao-peiI,XU CheI,BIAN Xin-weiI,QIAN Huang-guiI,SUN Wei-lon,YANG Xu.Microscopic Examination of the Sequences of Crossed Stroke and Stamp Impression[J].Chinese Journal of Forensic Sciences,2013(5):23-27.
Authors:CHEN Xiao-hong    SHI Shao-peiI  XU CheI  BIAN Xin-weiI  QIAN Huang-guiI  SUN Wei-lon  YANG Xu
Institution:1 (1. Institute of Forensic Science, Ministry of Justice, Shanghai 200063, China," 2. Key Laboratory of Questioned Document Examination, Ministry of Public Security, China Criminal Police University, Shenyang 110035, China)
Abstract:Common methods for the examination of the sequences of crossed strokes and stamp impressions include microscopic examination, layer-scraping, spectral testing and so on. But the most basic and most widely used method is the microscopic examination. This paper focuses on the techniques of microscopic method of examining crossed sequences, explains how to se- lect different microscopes, adjust magnification, illumination, observation modes, and use confocal and other technical meth- ods to achieve the best results and images. It also summarizes the apparent characteristics of different sequences with different materials, and corresponding key points of observation and analysis, aiming at providing guidance for the practice of examining sequences of crossed strokes and stamp impressions.
Keywords:sequence of crossed stroke and stamp impression  microscope  coaxial light  polarized light  confocal
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