Firearm identification
Success Story: Advancing 3D Virtual Microscopy for Firearm Forensics
Rapid and Effective Identification of Organic and Inorganic Gunshot Residues
Expanding the Scope and Efficiency of 3D Surface Topography Analysis in Firearm Forensics
Virbrational Spectroscopy for the Analysis of Organic Gunshot Residue: Detection, Identification and Characterization
Validation of a Single Instrument, Single Sample Protocol for the Detection of the Inorganicand Organic Constituents of Firearms Discharge Residue
The Viability of Virtual Peer Review and Microscopic Verification Versus Traditional On-site Review
Opening the Black Box of NIBIN
Bill King discusses the operations of the National Integrated Ballistic Information Network (NIBIN), a program through which firearms examiners at state and local crime laboratories compare tool marks on fired bullets or cartridges found at a crime scene to digitized images of ballistic evidence in a nationwide database.
Review the YouTube Terms of Service and the Google Privacy Policy
Backlogs and Their Impact on the Criminal Justice System
Evidence backlogs have been known to be an issue in crime laboratories. A recent study published by NIJ has shown that backlogs of untested evidence are also an issue in law enforcement evidence storage. This panel will discuss the issues and present preliminary findings from a study of the Los Angeles Police Department's and Los Angeles County Sheriff's Department's experience with clearing out a large backlog of unanalyzed rape kits.
Impression Evidence: Strengthening the Disciplines of Fingerprints, Firearms, Footwear, and Other Pattern and Impression Sciences Through Research
Forensic examinations involving specific forensic science disciplines are typically dependent upon qualitative analyses and expert interpretation of observed patterns based on a scientific foundation, rather than quantitative results. These disciplines include latent fingerprints, questioned documents, footwear, and other forms of impression and pattern evidence.
Emerging Forensic Research Series: Firearms and Toolmarks Research
NIBIN Challenges and Opportunities
Evaluation of 3D Virtual Comparison Microscopy for Firearm Forensics within the Crime Lab
Physics and Statistical Models for Physical Match Analysis Utilizing 3D Microscopy of Fracture Surfaces
The Evaluation of the Joint Value of Paint and Toolmark Evidence Using Bayesian Networks
Implementing 3D Virtual Comparison Microscopy into Forensic Firearm/Toolmark Comparison
Estimating Error Rates of Firearm Identifications Using the CMC Method
Objective Comparison of Striated Toolmarks Produced from Ten Consecutively Manufactured Cold Chisels Measured by Contact and Optical Surface Profilometry and Comparison Microscopy
Status Update on the Development of a 3D Scanning and Analysis System for Cartridge Cases
A Close Look at 3D Microscopy for Firearms Identification
Establishing Scientific Criteria for 3-D Analysis of Cartridges
Researchers who developed a 3-D imaging system for analyzing cartridge casings say their latest work is “a critical next step” that gives cartridge analysis more credibility by including datasets, best practices, and performance checks.