Examination of Firearms Review: 2007 to 2010 - Interpol

134. Marshall J. A Validation of Lead Check® Swabs for the Detection of Lead
on Objects at a Crime Scene. AFTE Journal 2007; 39 (3):233-241
135. Jacobson J, Swanepoel JM, Wong KS. Evaluation of Plumbtesmo® and
Cuprotesmo® Test Paper for Sensitivity to Lead and Copper Residues.
AFTE Journal 2010; 42 (1):49-55
136. Neri M, Turillazzi E, Riezzo I, Fineschi V. The Determination of Firing
Distance Applying a Microscopic Quantitative Method and Confocal Laser
Scanning Microscopy for Detection of Gunshot Residue Particles.
International Journal of Legal Medecine 2007; 121 (4):287-292
137. Lau L. The Substitution of Acetic Acid in Sodium Rhodizonate Test for Lead.
AFTE Journal 2007l; 39 (4):307-309
138. Lau L. Modified Griess Test as Part of the Examination Protocol in Shooting
Range Determination. AFTE 2007l; 39 (4):281-287
139. De Forest PR, Rourke L, Sargeant M, Pizzola PA. Direct Detection of
Gunshot Residue on Target: Fine Lead Cloud Deposit. Journal of Forensic
Identification 2008; 58 (2):265-276
140. Vinokurov A, Zelkowicz A, Wolf EU, Zeichner A. The Influence of a Possible
Contamination of the Victim’s Clothing by Gunpowder Residue on the
Estimation of Shooting Distance. Forensic Science International 2010; 194
(1-3):72-76
141. Cagliano-Candela R, Colucci AP, Napoli S. Determination of Firing
Distance. Lead Analysis on the Target by Atomic Absorption Spectroscopy
(AAS). Journal of Forensic Sciences 2008; 53 (2):321-324
142. Sharma SP, Lahiri SC. A Preliminary Investigation Into the Use of FTIR
Microscopy as a Probe for the Identification of Bullet Entrance Holes and
the Distance of Firing. Science & Justice 2009; 49 (3):197-204-32
143. Reid L. Chahna K. Bond J. Almond M. and Black S., Stubs versus swabs? A
comparison of gunshot residue collection techniques, Journal of Forensic
Sciences Volume 55 Issue 3, Pages 753 - 756
144. Souza Sarkis J, Neto O, Viebig S, Durranht S. Measurements of Gunshot
Residues by Sector Field Inductively Coupled Plasma Mass Spectrometry—
Further Studies with Pistols. Forensic Science International 2007; 172
(1):63-66
145. Rosenberg M, Dockery C. Determining the Lifetime of Detectable Amounts
of Gunshot Residue on the Hands of a Shooter Using Laser-Induced
Breakdown Spectroscopy. Applied Spectroscopy 2008; 62 (11): 1238-1241
146. MacCrehan W, Bedner M. Investigating Guns, Bombs, and Rockets: a New
NIST Reference Material for Smokeless Powder Measurements. American
Laboratory 2006; 38 (1):30-32
147. Haag L, Patel M. Blackhorn 209 Propellant: A New Black Powder
Substitute. AFTE Journal 2009; 41(1):66-72
148. Weyermann C, Belaud V, Riva F, Romolo F. Analysis of Organic Volatile
Residues in 9 mm Spent Cartridges. Forensic Science International 2009;
186 (1-3):29-35
46