Transcription of C H A P T E R LATENT PRINT DEVELOPMENT
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CHAPTER. LATENT PRINT DEVELOPMENT . Brian Yamashita and Mike French Contributing authors Stephen Bleay, Antonio Cantu, Vici Inlow, Robert Ramotowski, Vaughn Sears, and Melissa Wakefield CONTENTS. 3 Introduction 28 Fluorescence Examination 6 The Composition of 34 Vacuum Metal Deposition LATENT PRINT Residue 11 LATENT PRINT Powders 37 Blood Enhancement Techniques 14 Ninhydrin and Analogues 42 Aqueous Techniques 18 1,8-Diazafluoren-9-one 53 Formulations for (DFO) Chemical Solutions 20 1,2-Indanedione 55 Reviewers 22 5-Methylthioninhydrin 55 References (5-MTN). 22 Modifications for Use on 66 Additional Information Chemically Treated Papers 23 Cyanoacrylate Fuming 7 1. LATENT PRINT DEVELOPMENT CHAPTER 7. CHAPTER 7. LATENT PRINT Introduction LATENT fingerprint DEVELOPMENT may be achieved with a DEVELOPMENT wide array of optical, physical, and chemical processes, most having evolved during the past century.
example of a patent print would be a greasy impression left on a windowpane. Patent prints can also be left in blood, paint, ink, mud, or dust. Lighting is a very important con-sideration in the search for this type of fingerprint; a good 7–3 Latent Print Development C H A P T E R 7.
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