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小颗粒黄色荧光粉YAG:Ce,Gd表面氨基化修饰显现指印的研究
引用本文:李柳,袁曦明,熊晓波,张剑.小颗粒黄色荧光粉YAG:Ce,Gd表面氨基化修饰显现指印的研究[J].刑事技术,2010(2):14-16.
作者姓名:李柳  袁曦明  熊晓波  张剑
作者单位:1. 教育部纳米矿物材料及应用工程研究中心,武汉,430074;中国地质大学材料科学与化学工程学院,武汉,430074
2. 湖北警官学院,武汉,430034
摘    要:目的研究高效、环保的手印显现技术,拓展黄色荧光粉YAG:Ce,Gd的应用范围。方法采用液相沉积法对黄色荧光粉进行氨基化修饰,并对修饰前后粉体进行红外光谱、光学性能及表面形貌的分析。结果氨基化的黄色荧光粉能够成功地显现非渗透性和渗透性客体上的油脂手印和汗液手印。结论本方法使手印显现效果达到高效、无毒、无损的要求。

关 键 词:YAG:Ce  Gd  表面氨基化修饰  手印  显现

YAG:Ce,Gd Fluorescence powder Modified by Amidocyanogen and its application in fingerprint development
LI Liu,YUAN Xi-ming,XIONG Xiao-bo,et al..YAG:Ce,Gd Fluorescence powder Modified by Amidocyanogen and its application in fingerprint development[J].Forensic Science and Technology,2010(2):14-16.
Authors:LI Liu  YUAN Xi-ming  XIONG Xiao-bo  
Institution:LI Liu,YUAN Xi-ming,XIONG Xiao-bo,et al.(Engineering Research Center of Nano-Geomaterials of Ministry of Education,Wuhan 430074,China)
Abstract:Objective To enlarge the usage of YAG:Ce,Gd yellow fluorescence particles in fingerprint development.Method The yellow fluorescence powder modified with amidocyanogen was prepared through liquid coating-sediment method and applied to develop the fingerprint on porous and non-porous surface.The spectrums of FT-IR and luminescence property of modified material were compared with that of non-modified material,respectively.Results The oil fingerprint and sweat fingerprint on porous and non-porous surface were d...
Keywords:YAG:Ce  Gd
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