Physical Characterization and Recovery of Corroded Fingerprint Impressions from Postblast Copper Pipe Bomb Fragments
Author:
Affiliation:
1. Department of Chemistry; University of Leicester; George Porter Building; University Road Leicester; LE1 7RH; U.K
2. Regional Forensic Consultant; U.S. Naval Criminal Investigative Service; PO Box 58; Jacksonville; FL; 32212
Publisher
Wiley
Subject
Genetics,Pathology and Forensic Medicine
Reference26 articles.
1. Microstructural characterization of pipe bomb fragments;Gregory;Mater Charact,2010
2. The pipe bomb: a modern terrorist weapon;Gibbons;J R Army Med Corps,2003
3. Improvised explosive devices: pipe bombs;Oxley;J Forensic Sci,2001
4. Using STR analysis to detect human DNA from exploded pipe bomb devices;Esslinger;J Forensic Sci,2004
5. The recovery and analysis of mitochondrial DNA from exploded pipe bombs;Foran;J Forensic Sci,2009
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1. The influences of dusty environments on the STR typing success of post-detonation touch DNA samples;Forensic Science International: Genetics;2022-03
2. The Effect of Varying the Composition of Fingerprint Sweat Deposits on the Corrosion of Brass and Fingerprint Visibility;Journal of Forensic Sciences;2017-02-07
3. Electrochemical behaviour of brass in chloride solution concentrations found in eccrine fingerprint sweat;Applied Surface Science;2014-09
4. Advances in the Use of Latent Finger Marks;Essentials of Autopsy Practice;2013-07-10
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