Pattern evidence
Coroner Training: Blunt and Sharp Force Injuries
The Effect of Time on Rusted Firearm Identification
Although iron-based metals are popular for making critical parts of firearms, they are susceptible to corrosion or rust. There is currently little research on how long a firearm can be left to rust before an identification is no longer possible. This project evaluates the effects of rust on the common working surfaces of Glock and Smith & Wesson Sigma firearms.
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Visualization of partial bloody fingerprints on nonporous substrates using columnar thin films
An efficient clustering-based retrieval framework for real crime scene footwear marks
Materials and Products Database - Technical Reference Guide
The fluid dynamics of droplet impacts on inclined surfaces with application to forensic blood-spatter analysis
Quantifying the strength of palmprint comparisons: Majority identifications with surprisingly low value
Expanding the Capabilities of Firearm Investigations: Novel Sampling and Analytical Methods for Gunshot Residue Evidence
Development and evaluation of methods for objective comparison of x-ray fluorescence spectra
Dynamics of blood falling on three types of cotton fabrics and resulting bloodstains
SuperMix: Supervising the Mixing Data Augmentation
Impact and Wicking Dynamics of Blood Droplets on Textile Surfaces
Beyond Minutiae: A Fingerprint Individuality Model with Pattern, Ridge and Pore Features
Latent Fingerprint Matching: Fusion of Rolled and Plain Fingerprints
On matching latent fingerprints
On the utility of extended fingerprint features: A study on pores
Authors' Response
Dataset of Digitized RACs and Their Rarity Score Analysis for Strengthening Shoeprint Evidence
Defining Methods to Create Consistent, Reproducible Impressions Deposited in Biofluids on a Variety of Substrates
Automated Image-based Identification and Consistent Classification of Fire Patterns with Quantitative Shape Analysis and Spatial Location Identification
Methods for Obtaining High-Quality Touch DNA from a Nonporous Surface after Latent Fingerprint Collection
Impression Session: Firearms and Toolmarks
This training was presented as a part of the National Center on Forensics Conference at George Mason University on August 10th, 2023. In this session, NIST Senior Forensic Science Research Manager Rob Thompson and FBI Supervisory Physical Scientist/Forensic Examiner Michelle Machalka introduce the concepts of firearm and fingerprint impressions.
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