Gas chromatography (GC) and mass spectrometry (MS) are widely used techniques in the
analysis of complex mixtures due to their various advantages, such as high selectivity …

Chemometric applications related to the analysis of ignitable liquids (ILs) and fire debris
samples have evolved over the last 30 years. Most older papers focused on the use of …

The main goal of any fire investigation is to find the origin and cause of fire. Fire is commonly
initiated or accelerated by using ignitable liquids (ILs). The analysis of fire debris can …

Interpretation of data from fire debris is considered as one of the most challenging steps in
fire investigation. Forensic analysts are tasked to identify the presence or absence of …

In arson attacks the detection of ignitable liquid residues (ILRs) at fire scenes provides key
evidence since ignitable liquids, such as gasoline, are commonly used to initiate the fire. In …

In recent years pollution due to hydrocarbon spills has increased markedly as a result of the
numerous advances in technologies and industrial processes. Anthropogenic activities …

The detection of ignitable liquids (ILs) can be crucial when it comes to determining arson
cases. Such identification of ILs is a challenging task that may be affected by a number of …

Forensic science is an integrative discipline that investigates criminal cases using the
aspects of chemistry, physics, biology, and computer sciences. 1 The numbers of associated …

Purpose This study aims to describe a bibliometric analysis of recent articles addressing the
applications of e-noses with particular emphasis on those dealing with fuel-related products …

The objective of the present study is to develop an optimized method where headspace-ion
mobility spectrometry is applied for the detection and discrimination between four petroleum …