Basic Principles of Forensic Chemistry

Basic Principles of Forensic Chemistry is designed to provide a clear and concise understanding of forensic chemistry. The text begins with an introduction to the basic principles of chemistry and expands through organic chemistry into forensic investigation. The detailed chapters focus on both the theoretical and practical aspects of forensic chemistry with emphasis on controlled substance testing and identification. Leading experts in the field contribute general examination techniques followed by applications to more specific models. In addition, the text contains a comprehensive collection of information and data on controlled substances commonly encountered in forensic investigation including; detailed structural analysis, physical and physiological effects, functional group reactivity, and results of analytical examination. Also illustrated is arguably the greatest challenge to the forensic chemist: the investigation and processing of clandestine laboratory operations. The Forensic Chemistry Laboratory Manual is included on a CD-ROM and contains a collection of practical exercises designed to support theoretical principles covered in the text. This provides the student with valuable hands-on experience while adding clarity and continuity to the topics of discussion.

Introduction. - Atomic Structure. - Molecules. - Organic Chemistry. - Forensic Language. - Forensic Documentation. - Chemical Screening. - Microcrystal Techniques. - Chemical Extraction. - Chromatography and Mass Spectrometry. - Infrared Spectroscopy. - Cannabis. - Phenethylamines. - Tertiary Amines. - Tryptamines. - Anabolic Steroids. - Miscellaneous Controlled Substances. - Clandestine Operations: Synthetic Methods, Hazards, and Safety. - Evidence Identification and Collection. - Examination of Clandestine Evidence: Methamphetamine Production. - Laboratory Manual.