Research Forensic Library

A program of the Global Forensic and Justice Center at Florida International University

National Institute of Standards and Technology

TitleAuthorsSourceLinkYear
Fractography of Ceramics and GlassesGeorge D. Quinn Materials, Measurement LaboratoryNIST; 3rd edition; 681pp; 2020www.nist.gov/publications/nist-recommended-practice-guide-fractography-ceramics-and-glasses-3rd-edition2020
Evaluating the Operational Impact of Contactless Fingerprint Imagery on Matcher PerformanceShahram Orandi, John M. Libert, Bruce Bandini, Kenneth Ko, John D. Grantham, Craig I. WatsonNIST; 45pp; 2020www.nist.gov/publications/evaluating-operational-impact-contactless-fingerprint-imagery-matcher-performance2020
Spark photography and its application to some problems in ballistics (1925)Philip P. QuayleScientific Papers of the Bureau of Standards; 20; 1925nistdigitalarchives.contentdm.oclc.org/digital/collection/p16009coll6/id/1213/rec/11925
A Way of Estimating the Standard Errors of Bayes Factor and Weight of Evidence – A Case Study (Theoretical Framework)Jin Chu Wu, John M. LibertNIST; 18pp; 2023www.nist.gov/publications/way-estimating-standard-errors-bayes-factor-and-weight-evidence-case-study-theoretical2023
Field-Deployable DevicesThomas P Forbes, Raychelle BurksEncyc Forensic Sci, 3rd Edition; 2023www.nist.gov/publications/field-deployable-devices2023
Beginners Guide to Biometric and Forensic Science Human Subjects Research ProtectionsChapman W, Hicklin A, Taylor MNIST; 66pp; 2023www.nist.gov/publications/beginners-guide-biometric-and-forensic-human-subjects-research-protections2023
Likelihood Ratio as Weight of Forensic Evidence: A Closer LookSteven P. Lund and HariIyerJ Res Natl Inst Stan; 122; 2017www.nist.gov/publications/likelihood-ratio-weight-forensic-evidence-closer-look2017
NIST Ballistics Toolmark Research DatabaseXiaoyu Zheng, Johannes Soons, Robert Thompson, Sushama Singh, and Cerasela ConstantinJ Res Natl Inst Stand Technol; 125; 2020www.ncbi.nlm.nih.gov/pmc/articles/PMC9015427/2020
Digital Investigation Techniques: A NIST Scientific Foundation ReviewJames R. Lyle, Barbara Guttman, John M. Butler, Kelly Sauerwein, Christina Reed, Corrine E. LloydNIST; 84pp; November 2022www.nist.gov/spo/forensic-science-program/digital-investigation-techniques-nist-scientific-foundation-review2022
Microscopic methods used in identifying commercial fibers (1939)Thora M. PlittCircular Bureau Standards; No.423; 1939nvlpubs.nist.gov/nistpubs/Legacy/circ/nbscircular423.pdf1939
Bitemark Analysis: A NIST Scientific Foundation ReviewKelly Sauerwein, John M. Butler, Karen K. Reczek, Christina ReedNIST; 42pp; March 2023www.nist.gov/spo/forensic-science-program/bitemark-analysis-nist-scientific-foundation-review2023
Surface Topography Analysis for a Feasibility Assessment of a National Ballistics Imaging DatabaseTheodore V. Vorburger, James H. Yen, B Bachrach, Thomas Brian Renegar, Li Ma, Hyug-Gyo Rhee, Xiaoyu Alan Zheng, Jun-Feng Song, Charles D. ForemanNIST; 173pp; 2007www.nist.gov/publications/surface-topography-analysis-feasibility-assessment-national-ballistics-imaging-database2007
Digital Evidence Preservation Considerations for Evidence HandlersBarbara Guttman, Douglas R. White, Tracy WalravenNIST; September 2022www.nist.gov/publications/digital-evidence-preservation-considerations-evidence-handlers2022
Microbial Pathogen DNA Standards for Detection and IdentificationJason Kralj, Dieter Tourlousse, Monique Hunter, Erica Romsos, Blaza Toman, Peter Vallone, Scott JacksonNIST; 51pp; 2022www.nist.gov/publications/reference-material-8376-microbial-pathogen-dna-standards-detection-and-identification2022
Forensic Iris: A Review, 2022James R. Matey, George W. Quinn, Patrick GrotherNIST; 77pp; 2022www.nist.gov/publications/forensic-iris-review-20222022
Photomicrography of paper fibers (1922)R.E. LoftonTechnologic Papers of the Bureau of Standards; 1922nistdigitalarchives.contentdm.oclc.org/digital/collection/p16009coll6/id/186933/rec/11922
Dynamic vapor microextraction of ignitable liquid from casework containersJennifer Berry, Mary Gregg, Adam Friss, Amanda Koepke, Chris Suiter, Reta Newman, Megan Harries, Kavita JeerageForensic Sci Int; 336; 2022www.nist.gov/publications/dynamic-vapor-microextraction-ignitable-liquid-casework-containers2022
Digital Forensics and Incident Response (DFIR) Framework for Operational Technology (OT)Eran Salfati and Michael PeaseNIST; 61pp; June 2022www.nist.gov/publications/digital-forensics-and-incident-response-dfir-framework-operational-technology-ot2022
Human Forensic DNA Analysis Process MapHuman Forensic Biology SubcommitteeOSAC; 42pp; May 2022www.nist.gov/news-events/news/2022/05/osacs-human-forensic-biology-subcommittee-develops-dna-analysis-process-map2022
Calculation of likelihood ratios in forensic glass comparisons; introduction to a R code and Shiny app applied to existing background glass elemental databasesAnuradha Akmeemana, Ruthmara Corzo, José AlmirallForensic Chem; 27; 2022www.nist.gov/publications/calculation-likelihood-ratios-forensic-glass-comparisons-introduction-r-code-and-shiny2022
Determination of 11 Cannabinoids in Hemp Plant and Oils by Liquid Chromatography and Photodiode Array DetectionWalter B. Wilson & Maryam Abdur-RahmanChromatographia; 85; 2022www.nist.gov/publications/determination-11-cannabinoids-hemp-plant-and-oils-liquid-chromatography-and-photodiode2022
Homogeneity assessment of the elemental composition of windshield glass by μ-XRF, LIBS and LA-ICP-MS analysisClaudia Martinez-Lopez, Oriana Ovide, Ruthmara Corzo, Zachary Andrews, Jose R. Almirall, Tatiana TrejosForensic Chem; 27; 2022www.nist.gov/publications/homogeneity-assessment-elemental-composition-windshield-glass-libs-and-m-xrf-analysis2022
Development of an Open-Source Direct Analysis in Real Time Mass Spectrometry (DART-MS) Search Software and Library Building Tool for the Analysis of Complex Drug MixturesEdward SiscoNIST; 18pp; 2022www.ojp.gov/ncjrs/virtual-library/abstracts/development-open-source-direct-analysis-real-time-mass-spectrometry2022
A special camera for photographic cylindrical surfaces (1925)Raymond DavisNBS; 1925nistdigitalarchives.contentdm.oclc.org/digital/collection/p16009coll6/id/1022/1925
Results from a Black-Box Study for Digital Forensic ExaminersBarbara Guttman, Mary T. Laamanen, Craig Russell, Chris Atha, James DarnellNIST; 58pp; February 2022www.nist.gov/publications/results-black-box-study-digital-examiners2022
A camera for studying projectiles in flight (1924)Curtis, H.L.; Wadleigh, W.H.; Sellman, A.H.National Bureau of Standards; 1924nistdigitalarchives.contentdm.oclc.org/digital/collection/p16009coll6/id/187931/rec/31924
Statistics of Visual Features in the Human IrisGeorge W. Quinn, James R. Matey, Patrick Grother, Edward C. Watters III, M.D.National Institute of Standards and Technology; 2021www.nist.gov/publications/statistics-visual-features-human-iris2021
Creation and Release of an Updated NIST DART-MS Forensics DatabaseEdward Sisco, Arun S. Moorthy, and Laura M. WattJournal of the American Society for Mass Spectrometry; 32(3); 2021www.nist.gov/publications/creation-and-release-updated-nist-dart-ms-forensics-database2021
Forensic facial examiners vs. super-recognizers: Evaluating behavior beyond accuracyCarina A. Hahn, Liansheng Larry Tang, Amy N. Yates, P. Jonathon PhillipsNational Institute of Standards and Technology; 2021www.nist.gov/publications/forensic-facial-examiners-vs-super-recognizers-evaluating-behavior-beyond-accuracy2021
Auto Headlight Glass: Visible Features of Forensic Utility (1978)Harold L. SteinbergNational Bureau of Standards; 1978www.ojp.gov/ncjrs/virtual-library/abstracts/auto-headlight-glass-visible-features-forensic-utility1978
The action of charred paper on the photographic plate and a method of deciphering charred records (1923)Raymond DavisScientific Papers of the Bureau of Standards; 1923www.semanticscholar.org/paper/ACTION-OF-CHARRED-PAPER-ON-THE-PHOTOGRAPHIC-PLATE-A-Raymond-Davis/d62481cfd5165675a402df0ca9f016952fc491041923
Global Forensic and Justice Center

11200 SW 8th Street
Miami, FL 33199
Contact Us