Firearm identification
Forensic Optical Topography: Landscape Study
Development of Computational Methods for the Audio Analysis of Gunshots
Evaluation of the Vision X Comparison Microscope to Share Digital Images of Bullets and Shell Casings and the Potential Impact on the Firearms and Tool Marks Community
Vibrational Spectroscopy of Gunshot Residue
Advanced Scan Matching, Scalable Search, and Visualization Tools for the Analysis of 3D Scans of Cartridge Casings in Firearm Forensics
Shooting Distance Determination: Identifying Variables Affecting Lead Density on a Target
Human Organ Tissue Identification by Targeted RNA Deep Sequencing to Aid in the Investigation of Shooting and Other Traumatic Bodily Injury Incidents
Opening the Black Box of NIBIN - Research for the Real World Seminar
Future of Forensics Plenary Session - Plenary Panel at the NIJ 2015 Impression, Pattern and Trace Evidence Symposium
Firearms
Study Identifies Ways To Improve ATF Ballistic Evidence Program
Improving the Timeliness and Accuracy of Forensic Firearms Examinations at the Cumberland County Sheriff's Office
Applied Research, Development, and Method Validation of Toolmark Imaging, Virtual Casing Comparison, and In-Lab Verification for Firearms Forensics
FY 2015 Forensic Science Improvement-Institute of Forensic Sciences of PR
NIJ and Intelligent Automation, Inc. - Demonstrating Objectivity in Ballistic Identification: Statistical Validation Using Topographical Imagery
Magneto-Optical Sensors Bring Obliterated Serial Numbers Back to Life
A sensor technology first developed for medical use is being adapted to detect and visualize destroyed serial numbers in firearms.
The Science Behind Firearm and Tool Mark Examination
Study finds less than 1.2 percent error rate in matching bullets fired from Glock semiautomatic pistol barrels to the actual firearm.