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All of the authors are extremely busy individuals and it is very much to their credit that they have produced, sometimes at relatively short notice, the very high quality of material that appears within this text.
I hope that this volume will act as a valued document for both practising fire scene investigators and laboratory scientists involved in the analysis of debris recovered from the fire scene, as well as being a general reference text which is informative to those wishing to study the field.
Throughout principles are Illustrated with extensive reference to case studies. F477 2004 363.37'65— dc21 2003056517 This book contains information obtained from authentic and highly regarded sources.
The final chapters involve an exam- ination of laboratory based analysis of debris recovered from scenes and their interpretation in light of matrix products which may also be present in a sample.
I would like to acknowledge all the hard work and patience of the contributing authors and ask them for their forgiveness for the necessary nagging and cajoling which the production of this work inevitably involved.
nijmh NIc Daeld Is a senior lecturer In forensic science at Ihe Forensic Science Unit. As well as be Inti a forensic practitioner and lire Investigator, she has been Involved In the teaching ol forensic science at undergraduate, postgraduate and professional levels since 1994. Specific permission must be obtained in writing from CRC Press LLC for such copying. TWIBELL Introduction Electrical circuits, components and protective devices Faults which might cause fires False attributions © 2004 CRC Press LLC Electrical examinations at the scene Reporting of fires Conclusion Acnowledgements References 4 The use of laboratory reconstruction in fire investigation MARTIN SHIPP Introduction Why carry out a reconstruction?
She is a member ol various forensic science committees and organisations Including the Forensic Science Society and the European Network ol rorenslc Science Institutes working group on (Ire and explosion investigation. Purpose of the reconstruction Types of test or reconstruction Designing the reconstruction Instrumentation Safety Conducting the reconstruction Reporting Costs Case studies Computer models for the fire investigator Learning lessons from fires Conclusion Acknowledgements References Appendix A: The ‘standard’ fire tests Appendix B: About FRS Appendix C: Fire test laboratories 5 Modern laboratory techniques involved in the analysis of fire debris samples RETA NEWMAN Introduction Sample preparation Sample preparation techniques Adsorption theory Adsorption techniques Solvent extraction Conclusion References 6 Interpretation of laboratory data RETA NEWMAN Introduction Ignitable liquid composition Instrumental analysis © 2004 CRC Press LLC Ignitable liquid classification Sample matrix and data interpretation Conclusion References 7 Sources of interference in fire debris analysis ERIC STAUFFER Introduction Concept of interfering products Different sources of interfering products Knowledge of polymers and interfering products Practical examples of interpretation of chromatograms and identification of sources of interferences Conclusion Acknowledgements References © 2004 CRC Press LLC Contributors Dr Niamh Nic Daeid Forensic Science Unit University of Strathclyde Royal College Glasgow, Scotland Dr Caroline Maguire Mac Daeid and Associates Consulting Scientists Co.