Advances in Forensic Applications of Mass Spectrometry
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accelerant identification
Ace Inhibitor
advanced forensic mass spectrometry techniques
analytical chemistry
AT1 Blocker
Bulk d13C Values
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chromatogram
clinical
control
d13C Values
Dihydropyridine Type Calcium Channel Blockers
doping
drug detection methods
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extraction
Extractive Methylation
Fire Debris
Fire Debris Analysis
forensic toxicology
Hair Analysis
HP5 MS Capillary Column
ignitable
Ignitable Liquid
ILRs
Ion Trap
Isotope Ratio
Kinetic Isotope Effects
liquid
Mass Chromatogram
MS Confirmation
MS Experiment
MS Method
MS Procedure
ODS Column
post-blast residue analysis
residues
Sample Preparation
Solid Phase Extraction
solid-phase
SPE Cartridge
spectrum
St Ag
stable isotope analysis
Product details
- ISBN 9780849315220
- Weight: 566g
- Dimensions: 156 x 234mm
- Publication Date: 29 Dec 2003
- Publisher: Taylor & Francis Inc
- Publication City/Country: US
- Product Form: Hardback
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Recent developments in analytical instrumentation have had an enormous influence on forensic analysis. The mass spectrometer is now an integral part of every forensic laboratory, resulting in greater analytical accuracy, more reliable identification, and lower detection limits. As the instrumental method of choice among forensic analysts, the mass spectrometer continues to pave the way for innovative applications in forensic analysis.
Exploring the latest developments in the field, Advances in Forensic Applications of Mass Spectrometry provides a comprehensive reference guide to forensic applications using modern mass spectrometry techniques. The book features methods developed from advanced instrumentation, drug detection and toxicological analysis, and methodology of applications of stable isotope ratios. The final chapters present approaches for identifying accelerants in fire debris and procedures for analyzing explosives in post-blast residues.
Jehuda Yinon, Ph.D., is one of the top forensic chemists in the world. As the editor of this authoritative volume, he compiles the knowledge of leading experts to demonstrate the use of novel mass spectrometry techniques in a vast range of forensic applications.
