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دانلود کتاب Scientific foundations of crime scene reconstruction: introducing method to mayhem

دانلود کتاب مبانی علمی بازسازی صحنه جرم: معرفی روشی به ضرب و شتم

Scientific foundations of crime scene reconstruction: introducing method to mayhem

مشخصات کتاب

Scientific foundations of crime scene reconstruction: introducing method to mayhem

ویرایش:  
نویسندگان:   
سری:  
ISBN (شابک) : 9781420051681, 1420051687 
ناشر: CRC Press 
سال نشر: 2013 
تعداد صفحات: 663 
زبان: English 
فرمت فایل : PDF (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) 
حجم فایل: 65 مگابایت 

قیمت کتاب (تومان) : 51,000



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توجه داشته باشید کتاب مبانی علمی بازسازی صحنه جرم: معرفی روشی به ضرب و شتم نسخه زبان اصلی می باشد و کتاب ترجمه شده به فارسی نمی باشد. وبسایت اینترنشنال لایبرری ارائه دهنده کتاب های زبان اصلی می باشد و هیچ گونه کتاب ترجمه شده یا نوشته شده به فارسی را ارائه نمی دهد.


توضیحاتی در مورد کتاب مبانی علمی بازسازی صحنه جرم: معرفی روشی به ضرب و شتم

فیلسوفان علم مدت‌هاست که از استدلال بازسازی برای توسعه تبیین‌های تاریخی که منشأ پدیده‌های طبیعی را پوشش می‌دهند، استفاده کرده‌اند. استفاده از روش علمی ابزاری قدرتمند برای حل جرایم از طریق بازسازی وقایع است. مبانی علمی بازسازی صحنه جرم: معرفی روش به ضرب وشتم نحوه استفاده از روش علمی و اعمال تفکر انتقادی را که برای توسعه داده های صحیح و ساختن توضیحات قابل اعتماد ضروری است، نشان می دهد. شرح واضح و در عین حال دقیقی از روش علمی قابل دسترسی برای غیر فیلسوفان ارائه می‌کند. مبتنی بر تجزیه و تحلیل شواهد فیزیکی خاص است. در مورد دامنه و محدودیت‌های شواهد فیزیکی و تحلیل‌های حاصل از آن‌ها که در ساختن بازسازی‌های علمی صحنه جرم پشتیبانی می‌کنند، بحث می‌کند، شامل مطالعات موردی بازسازی صحنه جرم از تجربه دکتر نوردبی، همراه با عکس‌های رنگی و یادداشت‌های آزمایشگاهی است. با حرکت سیستماتیک از موردی به مورد دیگر، این جلد یک مرجع ضروری برای متخصصان پزشکی قانونی و مجریان قانون است که باید در حوزه‌های جدید یا ناآشنا قدم بگذارند تا بفهمند علم چگونه می‌تواند به آنها در انجام کارهایشان کمک کند. این دانشمندان پزشکی قانونی را قادر می سازد تا علوم طبیعی را در پرونده های تیراندازی و غیر تیراندازی به کار گیرند. همچنین وکلایی را آموزش می دهد که باید شواهد علمی و روند بازسازی صحنه جرم را از نقطه نظر علمی درک کنند.


توضیحاتی درمورد کتاب به خارجی

Philosophers of science have long used reconstructive reasoning to develop historical explanations covering the origins of natural phenomenon. The application of the scientific method is a powerful tool for solving crimes through reconstruction of the events. Scientific Foundations of Crime Scene Reconstruction: Introducing Method to Mayhem demonstrates how to use the scientific method and exercise the critical thinking that is essential for the development of sound data and the construction of reliable explanations. Provides a clear yet rigorous account of the scientific method accessible to non-philosophers Supplies examples showing the application of scientific methods to the reconstruction of events that leave physical evidence at crime scenes Presents self-contained chapters—each with specific points about how a scene reconstruction is built upon the analysis of specific physical evidence Discusses the scope and limitations of physical evidence and the resulting analyses that they support in crafting scientific crime scene reconstructions Includes case studies of crime scene reconstructions from Dr. Nordby’s experience, complete with color photographs and laboratory notes Moving systematically from case to case, this volume is an essential reference for forensic and law enforcement professionals who need to step into new or unfamiliar areas to understand how science can help them do their jobs. It enables forensic scientists to apply the natural sciences to casework in shooting and nonshooting cases. It also educates attorneys who need to understand scientific evidence and the process of crime scene reconstruction from the scientific point of view.



فهرست مطالب


Content: Machine generated contents note: Section I SHOOTINGS --
1.Three Strikes and Out --
Introduction to a Shooting Reconstruction --
Ballistics and Scientific Method --
The Scope of This Reconstruction --
Summary of Shooting Reconstruction Preliminaries --
Evidence Examination and Analysis --
Serendipity --
Hoodie Analysis: Photogrammetry Method --
Software --
Accuracy and Error --
Results --
Reconstruction Methods --
The 3D Total Station Scene Measurement Method --
Two Methods of Measurement with a Total Station --
Reference Measurements and Accuracy --
Creation of the Virtual Environment Model Using Total Station Data --
Virtual Anatomical 3D Model of Rick Deal --
Method: Establish a Trajectory Envelope --
Trajectory and Muzzle Movement during Triple-Tap Firing --
Distances --
Angles --
External Autopsy Photographs and Developed Measurements of Entrances and Exits --
Measurement from the Vertex (Top of the Head) to the Entrance Wound of the Neck --
Measurement from the Vertex to the Entrance Wound of the Right Nipple --
Measurement from the Vertex to the Entrance Wound of the Left Side Front --
Measurement from the Apex of the Shoulders to the Exit Wound of the Neck --
Measurement from the Apex of the Shoulders to the Chest Exit Wound (Just below the Left Armpit) --
Estimated Position of the Bullet Recovered at the Midline --
Projected Path of the Recovered Bullet --
Shooting Reconstruction of Deal's Position for the 1-Second, Three-Shot Sequence Only --
Deal's Movements and the Bullet Impacts --
Shooting Reconstruction Summary --
Laboratory Notes and Drawings --
Laboratory Photographs: Clothing and Other Items Submitted to the Laboratory --
Microscopy --
Entrance Wounds and Scene Measurements, Photogrammetry, and Total Station Measurements for Limited Shooting Reconstruction --
The 3D Modeling and Work on the Bullet Chip in the Brick --
Point Cloud Data Representing the Chip --
The Medical Examiner's Autopsy Report --
Introduction --
Autopsy Report Summary --
Deal Injuries Documented --
Indeterminate Range Penetrating Gunshot Wound to the Left Chest --
Indeterminate Range Perforating Gunshot Wound to the Chest --
Indeterminate Range Perforating Gunshot Wound to the Neck --
Autopsy Wound Measurement Summary --
Deal's Autopsy X-Rays --
Scientific Shooting Reconstruction Independent Measurements --
The Medical Examiner's Measurements --
The Medical Examiner's Trajectories --
Trajectory Conclusion Summary --
Trajectory and Muzzle Movement in Triple-Tap Firing --
Introduction --
Summary of Overall Result --
Testing Protocol --
Error Rate (Acceptable Variance) --
Shooting Setup --
Caveats --
Three-Shot Firing Sequence --
Three-Shot Firing Sequence Target --
Three-Shot Firing Sequence Angle Measurement --
Instrument Calibration and Validation Data --
Introduction --
Conclusions --
2.Misplaced Method --
Introduction --
The Scene --
Shotguns, Shells, and Sabots --
Other Shotgun Injuries to Document --
Search of the Premises --
The State's Expert "Reconstructionist" Reconstructs the Shooting Murder from the Clues --
Revisiting the Scene Science: The Problem of Data --
Testing to Develop Scientific Inferences from Data --
Scientific Inferences from the Decedent's Sweater --
Scientific Inferences from the Suspect's Glasses --
Scientific Conclusions about the Shooting Events --
Conclusions --
3.The Room with the View --
Introduction --
Case Review --
Summary --
My Conclusions Summarized --
Autopsy Terminal Ballistics --
Lesella --
Maxalline --
Deneshia --
Comment on Hand Tests for Gunshot Residue --
Examination of the Smith & Wesson Revolver --
Summary of the Condition as Examined --
Summary of the Gunshot Residue and Weapon Testing --
Method --
Measurements --
Conclusions --
Trace Evidence --
Conclusions from the Discoveries and Analyses --
Microscopic Examinations of the Bullets and Trace Evidence --
Bloodstain Pattern Summary: Clothing, Bedding, and Cloth Items --
Ballistics --
General Features of Nosier Ammunition --
Issues with a Small Room and Powerful Ammunition --
The Experiment's Conclusion --
Results --
Maxalline's Injury Hypothesis --
Clothing Examination: The Blue Sweatshirt from Lesella --
Blanket Folded on Bed --
Yellow Towel --
Red Bedspread --
White Pillow --
Bedsheet --
Basic Progress --
4.See No Evil --
Introduction --
"Ballistics" Further Clarified --
Gunshot Residue as Trace Evidence Analysis and Analytical Chemistry --
Posing the Questions --
Scenario 1 --
Scenario 2 --
Scene Visit --
Evidence Examinations --
Relevant Autopsy Results: The Victim's Injuries --
Examination of the Pistol --
Leakage and Discharge --
Target GSR Depositions --
Examination of Bloodstain Patterns and Trace Evidence --
Officer Johnston's Glock --
Decedent's White T-Shirt --
Officer Johnston's Dark Navy Blue/Black Uniform Shirt --
Crime Scene --
Bloodstain Patterns at the Scene and Scene Drawing --
Scene Reconstruction Based upon Physical Evidence Examined --
Conclusions --
Brief Bloodstain Pattern Analysis Glossary --
5.A Christmas Story --
Introduction --
Issues --
Facts --
Unknowns --
Protocols --
Goals --
Target Construction Based upon My Analysis of Jimmy DeLauro's Jacket --
Target Material Selection and Design --
Ballistics Gel --
Target --
Shooting Range Design --
U.S. Model 856 Air Rifle --
Goals --
Method --
Results --
Canadian Model 856 Air Rifle --
Goals --
Method --
Results --
Conclusions to Be Drawn from the Data Sets --
Summary of the Project --
The Bases for Conclusions --
Summary of Conclusions --
Medical Data --
Ballistics and Firearms/Bullet Examinations --
Gel Block Testing --
Further Analysis of the Rifles --
Photos Comparing U.S. and Canadian Model Daisy 856 Air Rifles --
Comments Regarding the Limits of Both the Data and the Conclusions --
6.Hold Me Closer, Tiny Dancer --
Introduction --
Official Stories --
My Assignment --
Files, Transcripts, and Reports --
Autopsy and Scene Photographs --
Physical Evidence --
Scene of Shooting --
Evidence Examination: Item #10 Orange Jacket --
Elemental Analysis Methodology --
XRF Item #10 Orange Jacket --
Bloodstain Pattern Analysis --
Evidence Examination: Item #11 Black Nylon Pants --
Physical Description --
Bloodstain Pattern Analysis --
Trajectory Analysis: Item #10 Orange Jacket, Item #11 Black Pants --
Autopsy Data --
Scene Photographs --
Evidence of Shots Fired --
Limited Trajectory Analysis --
Chest Shot --
Left Arm, Left Leg Shot --
Conclusions --
Evidence Examination: Item #5 Old English Label Bottle --
Broken Pieces of Glass --
Scene Photographs --
Description: Broken Pieces --
Broken Pieces Reassembled --
Conclusions --
Shooting Evidence Examination: Item #6 "Black Bag Containing Miscellaneous Items" --
Physical Description --
Brief Observations --
Use of Deadly Force Issues --
General Concluding Observations --
Crime Scene Shooting Reconstruction Summary --
Laboratory Notes and Evidence Photographs --
XRF Charts Showing Elemental Spectra --
Relevant Scene Photographs --
Conclusions --
Shooting Evidence --
Use-of-Deadly-Force Opinions --
Postscript --
7.Man Down --
Introduction --
Administrators' Use of the Shooting Reconstruction --
Further Administrative Review --
Reconstruction Data --
Location of the Bullets --
Officer Dom's Shooting Positions and Trajectories --
Officer Zwank's Shooting Positions and Trajectories --
Section II NONSHOOTINGS --
8.A Flash in the Pan --
Introduction --
Basis for Arson Determination --
Analysis of the Data --
The Stove --
The Pan Containing the Crisco --
Mr. Coffee Coffeepot --
"V" Burn Patterns --
The Oil Lamp "Evidence" --
Fire Basics --
Melting Points of Common Substances --
Flash Points and Autoignition Temperatures --
J.B.J. Fourier, French Mathematician and Physicist: Heat Transfer --
Properties of Heat Studied by Fourier --
Testing and Experiments --
Aftermath: Trial --
9.The Party's Over --
Introduction --
Bloodstain Pattern Analysis and Scientific Method --
Conclusions and Their Basis --
Documentation in Reconstruction Reports --
Data and Interpretations --
Medical Examination: Defendant's Injuries --
Bloodstain Pattern Analysis: Examination of Bloodstains and Trace Evidence --
Decedent's Clothing --
Defendant's Clothing --
The Dagger --
Description --
Bloodstains Present on the Dagger --
Further Blood Evidence on the Handle --
Drawings of the Dagger --
Event Reconstruction Based upon the Data Supplied --
Photographs Documenting the Evidence --
Developing Additional Data --
Brief Illustrated Reconstruction --
Dagger, Decedent's Left Hand Injury and Bloodstained Clothing --
The Dagger and Its Location in the Truck --
Brief Summary of Overall Conclusions --
What Is the Most Likely Manner of Stephen Vaughn's Death? Undetermined --
What Is the Most Likely Mechanism by Which the Dagger Was Removed from Stephen Vaughn's Body? Mr. Vaughn Removed the Dagger --
What Is the Most Likely Mechanism by Which the Dagger Ended Up in the Pickup Truck under the Passenger Seat? We Do Not Know --
Manner of Death Issues --
10.The Picture of a Crime --
Introduction --
Issue and Focus --
Scientific Precision and Scientific Accuracy --
The Videotape Data --
Method: Photogrammetry --
Error Rates --
Photographic Comparisons --
The Best Method Possible versus This Method of Relative Approximation --
Conclusions --
Caveats --
Addendum: Bertillon's Anthropometric Calculations for Identification --
Basic Calculations --
The Data Applied to This Analysis --
Conclusions --
11.Cold Case Crackpots --
Introduction: "Cold Cases" and Forensic Science --
Science versus Nonscience --
Case Review --
Summary of Basic Conclusions --
Shoe Print Evidence --
Necessary Preliminaries for Photoanalysis --
Photogrammetry Again (Measurements from Photos) --
Pattern Matching and Analysis --
Tracker Report: The Photographic Evidence --
The Photos in General --
Bloodstain Pattern Evidence --
Decedent's Position(s) and Movements Based on Bloodstain Pattern Analysis and Autopsy Data --
Limited Crime Scene Reconstruction: Postmortem Position Only --
Note continued: Sciences That Could Have Been Applied in 1973, in 1986, or Now --
Negative Effects of Evidence Destruction --
Conclusions --
12.Bombs Away --
Introduction --
The Device and the ATF Review --
The Device Errata --
Description and Analysis of the Device --
Description --
Analysis --
Testing the Device --
Alternative Contexts and Their Effects on the Device --
Conclusions --
13.The Brothers Grimm --
Introduction --
Scene Description --
Examination of the Suspect --
Examination of the Knife --
The Scenario --
Testing of Force Required to Reproduce the Victim's Fatal Injury --
Examination of Bloodstain Patterns and Trace Evidence --
Decedent's Clothing --
Defendant's Clothing --
Tablecloth and Plate --
Crime Scene Analysis: One-Story Residence --
Scene Conditions and Diagrams --
Bloodstain Patterns at the Scene --
Crime Scene Reconstruction --
Photographs from Final Analysis Forensics --
14.Slow But Sure: Testudines Chelonia --
Introduction --
The Evidence and the Trial --
The Injuries --
Incised Wounds, Lacerations, Contusions, and Abrasions --
Premortem, Paramortem, and Postmortem Injuries --
Histology Study --
Chemicals Present in Cells and What They Can Tell Us --
Apoptosis versus Necrosis.




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