Materials Analysis in Forensic Science

Case studies DNA Cannabis Instrumentation Blood Initiation Criminal Investigation Drugs Explosion Crime Environmental Evidence Explosives Food Chemist Counterfeiting Chemistry Classification Currency Data analysis Digestion Distillation Ecology Enantiomers Environmental damage Feces Forensic sciences Gas chromatography Geology Glass Health Identification Infrared spectroscopy Liquid chromatography Histology Botany Forensic Medicine Interpretation Analysis Contamination Instrumental analysis Capillary electrophoresis Duct tape Bombings Footwear Cutting Detection Chemiluminescence Archaeology Epistemology Combustion Glass manufacture Comparison Analogy Examination Chromatography Color Ink Fibers Defects Ionization Gold standard Cluster analysis Biodegradation Investigations Casting Injuries Explosions Composition Density Emission Epoxy Fluorescence Fuels Gel electrophoresis Improvised explosive devices Forensic science Bias Ammonium nitrate Absorption Coating high Incendiary Letterpress Explosive Fakes Holistic approach Health and safety Analyzer Low Ethical Considerations CSE Ion mobility spectrometry Elemental Analysis Infrared LIFTING Impression Detonation Clustering Crime scene DNA sequencing Device Cbr BG ICP-MS Annealing Bayesian Approach Film formation Damage Forensic Expert Best evidence Binder Hypothesis testing Explosion Effects Kirk High Explosives Adhesive Enzyme Geolocation LIBS Failure analysis Confrontation Hazmat Illicit drugs Impressions Acrylic Chromatographic methods Fiber Discovery DNA typing Association Fragmentation Chemical analysis FTIR Likelihood ratio Comparisons Injection techniques Hazard Forensics Locard Fluorescent dye Improvised Black Powder ANFO Dye Ink analysis Backscatter Counterfeits Intaglio Chromatogram Cross-section Laminated glass Agglomerative hierarchical clustering (AHC)Chemometrics Alibi samples Alkyd Analytical sequence Amatol Architectural paint atomic absorption Automotive Paint Authentics Blast Wave Atomic emission Backward fragmentation Brightfield Brady material Chemical enhancement clandestine laboratories Comparison of glass Class characteristics confirmatory tests Cartridge discharge residue Case assessment Basic Principles Criminal misuse of explosives Diphenylamine Capillary Columns Color tests Drug packaging material Deflagration Electrical tape Control samples Direct injection Chemical tests evidence interpretation Crossed polarizing filters Fabric construction Effect pigment Electrokinetic chromatography Fiber recovery Float glass Footwear examiner Forensic soil science Examination Quality Photographs evidence recovery Comparison Microscope Explosives properties Compound Microscope Fiber comparison Gelignites Forensic laboratory report Fiber identification Ethyl centralite Fracture match Firearms discharge residue (FDR)Gunshot residue (GSR)Nitrodiphenylamine Human-made soils HMX Homemade explosives Daubert ruling Identification of substances hairs Infrared Spectrometry Improvised explosives High-performance liquid chromatography (HPLC)Liquid chromatography HMTD disaster victim identification Document age inks Hotelling's T2 test Double transfer Hot stage Gunshot residues Intrasample variation Identification/individualization Incident reconstruction Laundering effects Energy-dispersive analysis Large-volume injection Likelihood ratio (LR)Persistence Error rate Extender pigment Isotachophoresis Manufactured characteristics Firearms discharge residue Levels of association Gastric contents ICP-AES individual characteristics Intersample variation Gunshot Residue Ionization techniques Ion Source Linear discriminant analysis (LDA)Pattern recognition Inkjet technology integrated case management Knock-offs Latex paint Low Explosives