The analysis of fire debris evidence might offer crucial information to a forensic investigation, when for instance, there is suspicion of the intentional use of ignitable liquids to initiate a fire. Although the evidence analysis in the laboratory is mainly conducted by a handful of well-established methodologies, during the last eight years several authors proposed noteworthy improvements on these methodologies, suggesting new interesting approaches. This review critically outlines the most up-to-date and suitable tools for the analysis and interpretation of fire debris evidence. The survey about analytical tools covers works published in the 2008&-2015 period. It includes sources of consensus-classified reference samples, current standar...
Fire debris analysis is a forensic science discipline that determines if an ignitable liquid residue...
In fire debris analysis, substrate contribution refers to compounds present within the material coll...
© 2018 by the authors. Licensee MDPI, Basel, Switzerland. In cases of suspected arson, a body may be...
The analysis of fire debris evidence might offer crucial information to a forensic investigation, wh...
Arsonists usually use an accelerant in order to start or accelerate a fire. The most widely used ana...
In arsonattacks,accelerantssuchasignitableliquidsarecommonlyusedtoinitiateoracceleratea fire. The de...
Arson is a serious crime that affects society through cost, property damage, and loss of life. It is...
Forensic examination of fire debris is a notoriously difficult analytical task due to the complexity...
This article provides a very brief introduction to the methods used to collect, extract, concentrate...
The phenomenon of arson, especially forest fires, is becoming in one of the major problems facing ou...
Fire debris analysis currently relies on visual pattern recognition of the total ion chromatograms, ...
Once ignitable liquid residues (ILRs) have been extracted from a fire debris sample and analyzed thr...
In arson attacks the detection of ignitable liquid residues (ILRs) at fire scenes provides key evide...
In arson investigation, the presence of ignitable liquid is important in determining intent. In some...
Fire debris analysis is a forensic science discipline that determines if an ignitable liquid residue...
In fire debris analysis, substrate contribution refers to compounds present within the material coll...
© 2018 by the authors. Licensee MDPI, Basel, Switzerland. In cases of suspected arson, a body may be...
The analysis of fire debris evidence might offer crucial information to a forensic investigation, wh...
Arsonists usually use an accelerant in order to start or accelerate a fire. The most widely used ana...
In arsonattacks,accelerantssuchasignitableliquidsarecommonlyusedtoinitiateoracceleratea fire. The de...
Arson is a serious crime that affects society through cost, property damage, and loss of life. It is...
Forensic examination of fire debris is a notoriously difficult analytical task due to the complexity...
This article provides a very brief introduction to the methods used to collect, extract, concentrate...
The phenomenon of arson, especially forest fires, is becoming in one of the major problems facing ou...
Fire debris analysis currently relies on visual pattern recognition of the total ion chromatograms, ...
Once ignitable liquid residues (ILRs) have been extracted from a fire debris sample and analyzed thr...
In arson attacks the detection of ignitable liquid residues (ILRs) at fire scenes provides key evide...
In arson investigation, the presence of ignitable liquid is important in determining intent. In some...
Fire debris analysis is a forensic science discipline that determines if an ignitable liquid residue...
In fire debris analysis, substrate contribution refers to compounds present within the material coll...
© 2018 by the authors. Licensee MDPI, Basel, Switzerland. In cases of suspected arson, a body may be...