The purpose of this research was to study interfering products in fire debris analysis, including their identification and characterization. Different substrates were classified, burned, extracted and analyzed in order to identify all the interfering products that they may release. It has been shown that these products come from three different sources: substrate background products, pyrolysis products and possibly combustion products. Different parameters in the creation of these products were evaluated such as the extinguishment process as well as the weathering of the sample prior to the analysis. It has been shown that the presence of these products is not always constant and thus, makes it difficult to extrapolate data to similar cases...
This study covers an extensive experimental design that was developed for creating simulated fire de...
The analysis of fire debris evidence might offer crucial information to a forensic investigation, wh...
This study covers an extensive experimental design that was developed for creating simulated fire de...
The purpose of this research was to study interfering products in fire debris analysis, including th...
Once ignitable liquid residues (ILRs) have been extracted from a fire debris sample and analyzed thr...
Master’s thesis deals with a determination problem of ignitable liquids from fire debris. The aim of...
This article provides a very brief introduction to the methods used to collect, extract, concentrate...
ABSTRACT: Fire debris analysis, in order to identify potential accelerants, is an es-sential examina...
In fire debris analysis, substrate contribution refers to compounds present within the material coll...
The detection and identification of ignitable liquid residues in fire debris can be meaningful in fi...
Part 1: The emergence of environmentally friendly commercial products and their impact on fire debri...
Forensic examination of fire debris is a notoriously difficult analytical task due to the complexity...
One of the major challenges in fire investigation is the determination of the cause of fire. The fir...
This study covers an extensive experimental design that was developed for creating simulated fire de...
The analysis of fire debris evidence might offer crucial information to a forensic investigation, wh...
This study covers an extensive experimental design that was developed for creating simulated fire de...
The purpose of this research was to study interfering products in fire debris analysis, including th...
Once ignitable liquid residues (ILRs) have been extracted from a fire debris sample and analyzed thr...
Master’s thesis deals with a determination problem of ignitable liquids from fire debris. The aim of...
This article provides a very brief introduction to the methods used to collect, extract, concentrate...
ABSTRACT: Fire debris analysis, in order to identify potential accelerants, is an es-sential examina...
In fire debris analysis, substrate contribution refers to compounds present within the material coll...
The detection and identification of ignitable liquid residues in fire debris can be meaningful in fi...
Part 1: The emergence of environmentally friendly commercial products and their impact on fire debri...
Forensic examination of fire debris is a notoriously difficult analytical task due to the complexity...
One of the major challenges in fire investigation is the determination of the cause of fire. The fir...
This study covers an extensive experimental design that was developed for creating simulated fire de...
The analysis of fire debris evidence might offer crucial information to a forensic investigation, wh...
This study covers an extensive experimental design that was developed for creating simulated fire de...