Forensic Science Seminar
Peer-reviewed forensic science journal · Established 2011
ISSN 2157-118XFOREN SCI SEM · Volume 6

Original Research Papers · Research Paper P4

New Test Method of Inverted Mold on Integral Separation Marks

MA Li, WEN Shaowen

Forensic Science Seminar · 2016 · Volume 6 · Issue 1 · pp. 22–24

Peer Reviewed ISSN 2157-118X Published 30 June 2016 Paid Full Text

Original Abstract

Abstract

At the criminal scene, objects of surface brittleness vessels are frequently formed by external forces broken into numbers of pieces. There are a lot of pieces we don't know the original shape, and the object broken degree is of great fragmentation and numbers of isolates, which leads to difficulties of integral separation of trace inspection, not to mention that determine the number of the original object is a hindrance. To solve this problem, we try to conduct experiments on fragments of different objects in the whole separation of trace inspection methods, implementation steps and practice tests, to provides a new method of technology — the horse cast integral separation of trace test — for the separation of trace material evidence on whole inspection appraisal.

Keywords: Trace inspection; Inversion casting method; Integral separation; Surface of the object; Debris; Forensic Science

This abstract and keyword list are reproduced from the published article first page. The original wording, grammar and capitalization are preserved; no editorial rewriting has been applied.

Authors & Publication

Article Details

Affiliations
  1. Chongqing Engineering Research Center for Criminal Investigation Technology, Institute of Forensic Science, Chongqing Public Security Bureau, Chongqing 400021, China.
  2. Public Security Bureau of Shunde District of Foshan in Guangdong Province, Shunde 528000, China.

Corresponding author: MA Li · 13983751764@126.com

Received13 October 2015
Revised7 May 2016
Accepted30 June 2016
Available Online30 June 2016

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Citation Information

Document codeP4 · Research Paper
JournalForensic Science Seminar
ISSN2157-118X
Volume / Issue6 / 1
Pages22–24
Publication date30 June 2016
Article HTMLhttps://fss.xxyy.info/journal/2016/2157118X.6.1.P4.html
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