Arson

Validation of CFD fire model pressure predictions for modern residential style structures

NCJ Number

304289

Journal

Fire Safety Journal

Date Published

December 2021

Agencies

NIJ-Sponsored

HTML

The Effect of Microbial Degradation on the Chromatographic Profiles of Tiki Torch Fuel Lamp Oil and Turpentine

Date Published

2011

Agencies

NIJ-Sponsored

Preserving ignitable liquid residues on soil using Triclosan as an anti-microbial agent

Date Published

2014

Agencies

NIJ-Sponsored

A unified kinetic and thermodynamic model of evaporation for forensic applications

Date Published

2021

Agencies

NIJ-Sponsored

A unified kinetic and thermodynamic model of evaporation for forensic applications

NCJ Number

304185

Journal

Forensic Chemistry

Date Published

2021

Agencies

NIJ-Sponsored

HTML

How Things Burn: Developing Realistic Models of How Materials Combust and Degrade in a Fire

Date Published

February 2022

Publication Type

Research (Applied/Empirical)

Agencies

NIJ

How Things Burn: Developing Realistic Models of How Materials Combust and Degrade in a Fire

NCJ Number

304071

Date Published

February 2022

Agencies

NIJ

HTML

Validation of ground truth fire debris classification by supervised machine learning

Date Published

December 2021

Publication Type

Research (Applied/Empirical)

Agencies

NIJ-Sponsored

Validation of ground truth fire debris classification by supervised machine learning

NCJ Number

303556

Journal

Forensic Chemistry

Date Published

December 2021

Agencies

NIJ-Sponsored

HTML

Weathering of ignitable liquids at elevated temperatures: A thermodynamic model, based on laws of ideal solutions, to predict weathering in structure fires

Date Published

2020

Agencies

NIJ-Sponsored

Weathering of ignitable liquids at elevated temperatures: A thermodynamic model, based on laws of ideal solutions, to predict weathering in structure fires

NCJ Number

303289

Journal

Forensic Chemistry

Date Published

2020

Agencies

NIJ-Sponsored

HTML

Application of a kinetic model to predict extracted ion profiles for the identification of evaporated ignitable liquids

Date Published

June 2021

Agencies

NIJ-Sponsored

Application of a kinetic model to predict extracted ion profiles for the identification of evaporated ignitable liquids

NCJ Number

301929

Journal

Forensic Chemistry

Date Published

June 2021

Agencies

NIJ-Sponsored

HTML

Improvements in a kinetic based model to predict evaporation of gasoline

Date Published

2020

Agencies

NIJ-Sponsored

Improvements in a kinetic based model to predict evaporation of gasoline

NCJ Number

301726

Journal

Forensic Chemistry

Date Published

2020

Agencies

NIJ-Sponsored

HTML

Characterization of Thermally Induced Runaway in Pouch Cells for Propagation

Date Published

2020

Agencies

NIJ-Sponsored

Characterization of Thermally Induced Runaway in Pouch Cells for Propagation

NCJ Number

301019

Journal

Fire Technology

Date Published

2020

Agencies

NIJ-Sponsored

HTML

Burn Chamber Test of Ex Situ Thermal Impulse Sensors

Date Published

2020

Agencies

NIJ-Sponsored

Burn Chamber Test of Ex Situ Thermal Impulse Sensors

NCJ Number

301015

Journal

Applied Spectroscopy

Date Published

2020

Agencies

NIJ-Sponsored

HTML

Modeling ex-situ thermal impulse sensor responses to non-isothermal heating profiles

Date Published

2019

Agencies

NIJ-Sponsored

Modeling ex-situ thermal impulse sensor responses to non-isothermal heating profiles

NCJ Number

301013

Date Published

2019

Agencies

NIJ-Sponsored

HTML

Liquid Fuel Spill Fire Dynamics

Date Published

2014

Publication Type

Research (Applied/Empirical)

Agencies

NIJ-Sponsored

Liquid Fuel Spill Fire Dynamics

NCJ Number

300593

Journal

Fire Technology

Date Published

2014

Agencies

NIJ-Sponsored

HTML | PDF

Fire Debris Analysis

NCJ Number

173135

Date Published

1997

Determination of Material Property Input for Fire Modeling

Date Published

January 2020

Publication Type

Research (Applied/Empirical), Report (Grant Sponsored), Program/Project Description

Agencies

NIJ-Sponsored