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Projects/Programs

    Displaying 1 - 5 of 5

    Forensic Topography and Surface Metrology

    Ongoing
    Surface texture and microform Surface texture affects the functionality of many products, ranging from bearings to semiconductors and optics. Affected properties include aesthetics, friction, wear, lubrication, sealing, light scattering, and conductivity. Improvements in parameters and metrology to

    NIST Ballistics Toolmark Database

    Ongoing
    The database contains traditional reflectance microscopy images and three-dimensional surface topography data acquired by NIST or submitted by database users. The goal is a collection of data sets that: 1) represents the large variety of ballistic toolmarks encountered by forensic examiners, and 2)

    Personal Body Armor

    Completed
    To quantify the impact of mechanical degradation on ballistic fibers, NIST developed a novel device for controlled folding of yarns and woven fabrics. In addition, we developed test protocols that employ single fibers to assess the effect of folding using a recently developed modified single fiber

    Statistics for Ballistics Identification

    Ongoing
    DESCRIPTION: Statistical Engineering Division has had an ongoing collaboration with NIST's Precision Engineering Division (now Semiconductor and Dimensional Metrology Division) and Office of Law Enforcement Standards (now in the Office of Special Programs) in the field of firearms and tool mark

    University of Texas, Arlington - RFID Smart Container Study

    Ongoing
    Standardizing Future Smart and Connected Forensic Evidence Rooms Hosted workshop highlighting recent efforts associated with Internet of Things (IOT) Based AutoID Technologies usage in the chain of custody (COC) as catalyst for trendsetting across the U.S. in regards to the automation of