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Illustrated Guide to Home Forensic Science Experiments: All Lab, No Lectureby Robert Bruce Thompson
Synopses & Reviews
If youre taking a basic course in classical physics, or have a healthy curiosity for the way things work in the physical world, the Illustrated Guide to Home Physics Experiments provides an ideal hands-on introduction to physics lab techniques and data analysis. With this book and a few simple (and inexpensive) tools and materials, youll learn to conduct experiments that answer questions about our world, make demonstrations to show off physical principles, and do theoretical lab work to discover how the world works.
Perfect for do-it-yourselfers, home-schooled high school students, and college students, this book will help you:
Its easy to get started. You can build most of the experiments and demonstrations in this book with ordinary household tools, using materials that you can scrounge, borrow, or get free. The most important thing is your willingness to enter the door of discovery that awaits you. The Illustrated Guide to Home Physics Experiments is your key.
Have you ever wondered whether the forensic science you've seen on TV is anything like the real thing? There's no better way to find out than to roll up your sleeves and do it yourself. The Illustrated Guide to Home Forensic Science Experiments offers advice for setting up an inexpensive home lab, and includes more than 50 hands-on lab sessions that deal with forensic science experiments in chemistry, biology, physics, and medicine. You'll learn the practical skills and fundamental knowledge needed to pursue forensics as a lifelong hobby--or even a career. This book will help you:
You'll gain a real appreciation for forensic science, and discover how persistent and inventive these technicians really are. The world of forensics awaits you.
About the Author
Robert Bruce Thompson is a coauthor of Building the Perfect PC, Astronomy Hacks, and the Illustrated Guide to Astronomical Wonders. Thompson built his first computer in 1976 from discrete chips. It had 256 bytes of memory, used toggle switches and LEDs for I/O, ran at less than 1MHz, and had no operating system. Since then, he has bought, built, upgraded, and repaired hundreds of PCs for himself, employers, customers, friends, and clients. Robert spends most clear, moonless nights outdoors with his 10-inch Dobsonian reflector telescope, and is currently designing a larger, computerized, truss-tube Dobsonian that he plans to build.
Barbara Fritchman Thompson is, with her husband Robert, the co-author of numerous books about computers, science, and technology. With her Masters in Library Science and twenty years' experience as a public librarian, Barbara is the research half of our writing team.
Table of Contents
PrefaceChapter 1: Laboratory SafetyChapter 2: Equipping Your Forensics LaboratorySoil AnalysisChapter 3: Lab I-1 Gather and Prepare Soil SamplesChapter 4: Lab I-2 Examine the Physical Characteristics of SoilChapter 5: Lab I-3 Examine the Microscopic Characteristics of SoilChapter 6: Lab I-4 Assay Phosphate Concentrations in Soil SpecimensChapter 7: Lab I-5 Examine the Spectroscopic Characteristics of SoilHair and Fiber AnalysisChapter 8: Lab II-1 Gathering Hair SpecimensChapter 9: Lab II-2 Study the Morphology of Human Scalp HairChapter 10: Lab II-3 Make Scale Casts of Hair SpecimensChapter 11: Lab II-4 Study the Morphology of Animal HairChapter 12: Lab II-5 Individualize Human Hair SpecimensChapter 13: Lab II-6 Physical and Chemical Tests of FibersChapter 14: Lab II-7 Study the Morphology of Fibers and FabricsGlass and Plastic AnalysisChapter 15: Lab III-1 Determine Densities of Glass and Plastic SpecimensChapter 16: Lab III-2 Compare Refractive Indices of Glass and Plastic SpecimensChapter 17: Lab III-3 Observe Shatter PatternsRevealing Latent FingerprintsChapter 18: Lab IV-1 Dusting and Lifting Latent FingerprintsChapter 19: Lab IV-2 Revealing Latent Fingerprints Using Iodine FumingChapter 20: Lab IV-3 Revealing Latent Fingerprints Using NinhydrinChapter 21: Lab IV-4 Revealing Latent Fingerprints Using Superglue FumingChapter 22: Lab IV-5 Revealing Latent Fingerprints On Sticky SurfacesChapter 23: Lab IV-6 Revealing Latent Fingerprints On Brass Cartridge CasesDetecting BloodChapter 24: Lab V-1 Testing the Sensitivity and Selectivity of Kastle-Meyer ReagentImpression AnalysisChapter 25: Lab VI-1 Tool Mark AnalysisChapter 26: Lab VI-2 Matching Images to CamerasChapter 27: Lab VI-3 Perforation and Tear AnalysisForensic Drug TestingChapter 28: Lab VII-1 Presumptive Drug TestingChapter 29: Lab VII-2 Detect Cocaine and Methamphetamine on Paper CurrencyChapter 30: Lab VII-3 Analysis of Drugs by ChromatographyChapter 31: Lab VII-4 Observation of Drug Microcrystalline Structures and Precipitation ReactionsChapter 32: Lab VII-5 Assay Vitamin C in Urine by Iodometric TitrationForensic ToxicologyChapter 33: Lab VIII-1 Salicylate Determination by Visual ColorimetryChapter 34: Lab VIII-2 Detect Alkaloid Poisons with Dragendorffs ReagentGunshot and Explosive Residues AnalysisChapter 35: Lab IX-1 Presumptive Color Tests for Gunshot ResidueChapter 36: Lab IX-2 Presumptive Color Tests for Explosives ResiduesDetecting Altered and Forged DocumentsChapter 37: Lab X-1 Revealing Alterations in DocumentsChapter 38: Lab X-2 Analysis of Inks by ChromatographyChapter 39: Lab X-3 Forensic Analysis of PaperForensic BiologyChapter 40: Lab XI-1 Pollen AnalysisChapter 41: Lab XI-2 Diatom AnalysisChapter 42: Lab XI-3 Extract, Isolate, and Visualize DNAChapter 43: Lab XI-4 DNA Analysis by Gel Electrophoresis
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History and Social Science » Crime » Forensics and Evidence