AbstractIn this study, the controlled burn experiments of carpets with and without gasoline in this study and commonly encountered substrates produced complex chromatograms producing peaks that were identified by mass spectrometry and comparison with reference standards and each other. The result shown that many of the compounds frequently encountered as a result of either combustion products or pyrolysis products of carpets detected in fresh gasoline as well. These compounds as background interferences that detect weather the gasoline exist in carpet combustion products or not
Petroleum-based accelerants such as diesel, gasoline, kerosene and others are usually related to fir...
In arson attacks the detection of ignitable liquid residues (ILRs) at fire scenes provides key evide...
Petroleum-based accelerants such as diesel, gasoline, kerosene and others are usually related to fir...
AbstractIn this study, the controlled burn experiments of carpets with and without gasoline in this ...
AbstractIn this paper, we adopt gas chromatography/mass spectrometry (GC/MS) to analyze respectively...
The classification of petroleum-based accelerants in fire debris samples have been studied using gas...
Arson is an easy to commit crime. The required supplies are easily and cheaply available to the gene...
AbstractIn this paper, GC-MS analysis of the gasoline combustion residue on composite wood floor, gl...
ABSTRACT · ii Work described in this thesis contains the results of the study on subjecting carpet a...
AbstractIdentification of accelerants in fire debris evidence can be difficulty due to evaporation o...
Work described in this thesis contains the results of the study on subjecting carpet and foam to dif...
To determine whether a questioned fire is the result of arson or not, forensic chemists will often a...
In fire debris analysis, substrate contribution refers to compounds present within the material coll...
Work described in this thesis contains the results of the study on subjecting carpet and foam to dif...
Petroleum-based accelerants such as diesel, gasoline, kerosene and others are usually related to fir...
Petroleum-based accelerants such as diesel, gasoline, kerosene and others are usually related to fir...
In arson attacks the detection of ignitable liquid residues (ILRs) at fire scenes provides key evide...
Petroleum-based accelerants such as diesel, gasoline, kerosene and others are usually related to fir...
AbstractIn this study, the controlled burn experiments of carpets with and without gasoline in this ...
AbstractIn this paper, we adopt gas chromatography/mass spectrometry (GC/MS) to analyze respectively...
The classification of petroleum-based accelerants in fire debris samples have been studied using gas...
Arson is an easy to commit crime. The required supplies are easily and cheaply available to the gene...
AbstractIn this paper, GC-MS analysis of the gasoline combustion residue on composite wood floor, gl...
ABSTRACT · ii Work described in this thesis contains the results of the study on subjecting carpet a...
AbstractIdentification of accelerants in fire debris evidence can be difficulty due to evaporation o...
Work described in this thesis contains the results of the study on subjecting carpet and foam to dif...
To determine whether a questioned fire is the result of arson or not, forensic chemists will often a...
In fire debris analysis, substrate contribution refers to compounds present within the material coll...
Work described in this thesis contains the results of the study on subjecting carpet and foam to dif...
Petroleum-based accelerants such as diesel, gasoline, kerosene and others are usually related to fir...
Petroleum-based accelerants such as diesel, gasoline, kerosene and others are usually related to fir...
In arson attacks the detection of ignitable liquid residues (ILRs) at fire scenes provides key evide...
Petroleum-based accelerants such as diesel, gasoline, kerosene and others are usually related to fir...