Evidence analysis and processing
Human Decomposition Ecology at the University of Tennessee Anthropology Research Facility
The Application of Ground-Penetrating Radar for Forensic Grave Detection
Monitoring Long-term Controlled Grave Scenarios Using Ground Penetrating Radar
Detecting Various Burial Scenarios In A Controlled Setting Using Ground-penetrating Radar And Conductivity
Principles of Fluorogenic Reagent Design for Forensics. Recent Progress Towards New Reagents to Develop Fingerprints in Blood and on Variable Surfaces
Ellipse detection using sampling constraints
Extraction of shoe-print patterns from impression evidence using Conditional Random Fields
Functional Morphology and Medical Imaging
Certification of Standard Reference Material 2323: Step Height Standard for Areal Surface Topography Measurement
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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