총설: 몇 가지 총기류 발사 후 무기질 화약잔사의 확인 및 분석

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참고문헌 (111)

1. Firearm Violence, 1993-2011, "M Planty", Bureau of Justice Statistics, United States Department of Justice, ~, pp.NCJ-241730 (2013)
2. 박성민, "필리핀 한인 피살때 서울서 수사팀급파. 경찰 사상최초", 연합뉴스, ~ (2015)
3. FS Romolo, "Identification of gunshot residue: a critical review", Forensic Sci Int, 119(2), pp.195~211 (2001)
4. R Mejia, "Why we cannot rely on firearm forensics", New Sci, (2527), pp.6~6 (2005)
5. 정희상, "김훈 중위 타살 과학적으로 입증됐다", 시사IN, ~ (2012)
6. T Warlow, "Firearms, the law, and forensic ballistics" (2011), CRC Press
7. EB Morales, "Simultaneous determination of inorganic and organic gunshot residues by capillary electrophoresis", J Chromatogr A, 1061(2), pp.225~233 (2004)
8. DL Exline, "Current Methods in Forensic Gunshot Residue Analysis" (2000), CRC Press
9. A Zeichner, "Gunshot residue particles formed by using ammunitions that have mercury fulminate based primers", J Forensic Sci, 37, pp.1567~1567 (1992)
10. A Martiny, "SEM", EDS analysis and characterization of gunshot residues from Brazilian lead-free ammunition, 2008, pp.177(1), 9~17
11. H Meng, "Gunshot residue analysis-a review", J Forensic Sci, 42(4) (1997)
12. S Basu, "Formation of gunshot residues", J Forensic Sci, 27(1), pp.72~91 (1982)
13. B Burnett, "The form of gunshot residue is modified by target impact", J Forensic Sci, 34(4), pp.808~822 (1989)
14. Final Report on Particle Analysis for Gunshot Residue Detection, "A Calloway", The Aerospace Corporation, ~ (1977)
15. H Tugcu, "Image analysis as an adjunct to sodium rhodizonate test in the evaluation of gunshot residues: an experimental study", Am J Foren Med Path, 27(4), pp.296~299 (2006)
16. F Feigel, "Spot tests in organic analysis" (1966), Elsevier
17. ME Cowan, "A study of the"paraffin test"", J Forensic Sci, 12(1), pp.19~36 (1967)
18. R Maloney, "Color tests for diphenylamine stabilizer and related compounds in smokeless gunpowder", J Forensic Sci, 27, pp.318~329 (1982)
19. B Heard, "Handbook of firearms and forensic ballistics" (1997), John Wiley & Sons
20. HC Harrison, "Firearms discharge residues", J. Forensic Sci, 4(2), pp.184~199 (1959)
21. R Ruch, "Neutron activation analysis in scientific crime detection-some recent developments", J Forensic Sci, 9(1), pp.119~201 (1964)
22. M Kerr, "Application of neutron activation analysis to forensic science", RCMP Gazette, 21, pp.13~15 (1959)
23. S Forshufvud, "Arsenic content of Napoleon 's hair probably taken immediately after his death", Nature, 192, pp.103~105 (1961)
24. G Capannesi, "Bullet identification:a case of a fatal hunting accident resolved by comparison of lead shot using instrumental neutron activation analysis", J Forensic Sci, 37(2), pp.657~662 (1992)
25. Firing distance determination by neutron activation analysis, "S Krishnan", Centre of Forensic Sciences, ~ (1967)
26. J Kilty, "Activity after shooting and its effect on the retention of primer residue", J Forensic Sci, 20(2), pp.219~230 (1975)
27. H Fox, "New Method for the Collection and Analysis of Gunshot Residues as Forensic Evidence", J Forensic Sci, 19(4), pp.768~783 (1974)
28. J Wallace, "A method for preparing firearms residue samples for scanning electron microscopy", Scan Electron Micros, 2, pp.179~184 (1979)
29. S Krishnan, "Detection of gunshot residues on the hands by trace element analysis", J Forensic Sci, 22(2), pp.304~324 (1977)
30. RD Koons, "Analysis of gunshot primer residue collection swabs using flameless atomic absorption spectrophoto metry a reexamination of extraction and instrument procedures", J Forensic Sci, 32(4), pp.846~865 (1987)
31. M Can, "Determination of hand deposited gunshot residue obtained from shootings carried out with handgun cartridges produced by Turkish machinery and chemistry foundation using flameless atomic absorption spectrophotometer", Forensic Sci Int, 136, pp.147~147 (2003)
32. R Koons, "Flameless atomic absorption spectrophotometric determination of antimony and barium in gunshot residue collection swabs—a collaborative study", Crime Lab. Crime Lab Dig, 20(1), pp.19~23 (1993)
33. S Krishnan, "Firing distance determination by atomic absorption spectrophotometry", J Forensic Sci, 19(2), pp.351~356 (1974)
34. M Ravreby, "Analysis of long-range bullet entrance holes by atomic absorption spectrophotometry and scanning electron microscopy", J Forensic Sci, 27(1), pp.92~112 (1982)
35. A Boehm, "Analysis of gunshot residue test results in 112 suicides", J Forensic Sci, 35(1), pp.62~68 (1990)
36. R Cooper, "Primer residues deposited by handguns", Am J Foren Med Path, 15(4), pp.325~327 (1994)
37. I Aleksandar, "Is there a way to precisely identify that the suspect fired from the firearm?", Forensic Sci Int, 136, pp.158~159 (2003)
38. RD Koons, "Determination of barium in gunshot residue collection swabs using inductively coupled plasma-atomic emission spectrometry", J. Forensic Sci, 33(1), pp.35~41 (1988)
39. R Koons, "Analysis of gunshot primer residue collection swabs by inductively coupled plasmamass spectrometry", J Forensic Sci, 43, pp.748~754 (1998)
40. S Steffen, "Chemometric classification of gunshot residues based on energy dispersive X-ray microanalysis and inductively coupled plasma analysis with mass-spectrometric detection", Spectrochimica Acta Part B: Atomic Spectroscopy, 62(9), pp.1028~1036 (2007)
41. A Zeichner, "Application of lead isotope analysis in shooting incident investigations", Forensic Sci Int, 158(1), pp.52~64 (2006)
42. JES Sarkis, "Measurements of gunshot residues by sector field inductively coupled plasma mass spectrometry—further studies with pistols", Forensic Sci Int, 172(1), pp.63~66 (2007)
43. J Andrasko, "Detection of gunshot residues on hands by scanning electron microscopy", J Forensic Sci, 22(2), pp.279~287 (1977)
44. JI Thornton, "The chemistry of death by gunshot", Analytica chimica acta, 288(1), pp.71~81 (1994)
45. G Wolten, "Particle analysis for the detection of gunshot residue, I: scanning electron microscopy", energy dispersive x-ray characterization of hand deposits from firing, 1979, pp.24(2), 409~422
46. R Fitzgerald, "Solidstate energy-dispersion spectrometer for electronmicroprobe X-ray analysis", Science, 159(3814), pp.528~530 (1968)
47. BJ Heard, "Handbook of firearms and ballistics:examining and interpreting forensic evidence" (2011), John Wiley & Sons
48. R Nesbitt, "Detection of gunshot residue by use of the scanning electron microscope", J Forensic Sci, 21(3), pp.595~610 (1976)
49. V Matricardi, "Detection of gunshot residue particles from the hands of a shooter", J Forensic Sci, 22(4), pp.725~738 (1977)
50. Z Brożek-Mucha, "Comparison of cartridge case and airborne GSR—a study of the elemental composi tion and morphology by means of SEM?EDX", X-Ray Spectrometry, 36(6), pp.398~407 (2007)
51. J Lebiedzik, "Handguns and ammunitions indicators extracted from the GSR analysis", J Forensic Sci, 47(3), pp.483~493 (2002)
52. Z Brożek-Mucha, "Evaluation of the possibility of differentiation between various types of ammunition by means of GSR examination with SEM–EDX method", Forensic Sci Int, 123(1), pp.39~47 (2001)
53. H Miyauchi, "The contribution of trace elements from smokeless powder to post firing residues", J Forensic Sci, 43(1), pp.90~96 (1998)
54. P Collins, "Glasscontaining gunshot residue particles: A new type of highly characteristic particle?", J Forensic Sci, 48(3), pp.538~553 (2003)
55. T Kee, "Casework assessment of an automated scanning electron microscope", microanalysis system for the detection of firearms discharge particles, 1987, pp.27(5), 321~330
56. WL Tillman, "Automated gunshot residue particle search and characterization", J Forensic Sci, 32(1), pp.62~71 (1987)
57. R White, "Automation of gunshot residue detection and analysis by scanning electron microscopy", energy dispersive X-ray analysis (SEM, J Forensic Sci, pp.1987, 32(6)[DOI]
58. M Germani, "Evaluation of instrumental parameters for automated scanning electron microscopy", gunshot residue particle analysis, 1991, pp.36(2), 331~342
59. A Zeichner, "Casework experience of GSR detection in Israel, on samples from hands, hair, and clothing using an autosearch SEM", EDX system, 1995, pp.40(6), 1082~1085
60. A Zeichner, "Gunshot residue particles formed by using different types of ammunition in the same firearm", J. Forensic Sci, 36(4), pp.1020~1026 (1991)
61. A Harris, "Analysis of Primer Residue from CCl Blazer Lead Free Ammunition by Scanning Electron Microscopy", Energy Dispersive X-Ray, 1995, pp.40, 27~27
62. G Hellmiss, "Investigation of gunshot residues by means of Auger electron spectroscopy", J Forensic Sci, 32(3), pp.747~760 (1987)
63. L Gunaratnam, "The identification of gunshot residue particles from lead-free Sintox ammunition", J Forensic Sci, 39, pp.532~532 (1994)
64. Z Oommen, "Lead?Free Primer Residues: A Qualitative Characterization of Winchester WinClean™, Remington", UMC Lead-Less™, Federal BallistiClean™, and Speer Lawman CleanFire™ Handgun Ammunition*, 2006, pp.51(3), 509~519
65. Z Brożek-Mucha, "Examinations of various features of GSR collected from target in the dependence on the shooting distance", Forensic Sci Int, 136, pp.156~156 (2003)
66. American Society for Testing and Materials, "ASTM standard E 158895: standard guide for gunshot residue analysis by scanning electron microscopy⁄energy dispersive spectroscopy", Annual book of ASTM standards 1402, ~ (1995)
67. I Herdener, "Nouvelles munitions avec amorce sans métaux lourds: composition et tests chromophoriques pour la révélation des résidus de tir", Revue internationale de criminologie et de police technique, 50, pp.355~370 (1997)
68. Equipment systems improvement program for GSR detection, "JP Wessel JE", The Aerospace Corporation, ~ (1974)
69. J Lloyd, "Liquid chromatography of firearms propellants traces", J energ mater, 4(1-4), pp.239~271 (1986)
70. LF Carreras, "Ejection patterns of shot residues made from 9 mm Parabellum gun, 9 mm short gun,. 38 revolver and 7.62 mm Cetme rifle", Forensic Sci Int, 96(2), pp.143~172 (1998)
71. S Basu, "Fundamental studies of gunshot residue deposition by glue-lift", J Forensic Sci, 42, pp.571~581 (1997)
72. Special report on gunshot residue measures by neutron activation analysis, "LH Schlesinger HL", Gulf General Atomic Inc, US atomic energy commission, ~ (1990)
73. L Fojtášek, "Distribution of GSR particles in the surroundings of shooting pistol", Forensic Sci Int, 132(2), pp.99~105 (2003)
74. R Gerard, "Long-range deposition of gunshot residue and the mechanism of its transportation", Scanning, 28(2), pp.106~107 (2006)
75. P Bergman, "The detection of gunshot residue (GSR) particles on the bottom of discharged bullets", J Forensic Sci, 33, pp.960~968 (1988)
76. L Fojtášek, "Time periods of GSR particles deposition after discharge-final results", Forensic Sci Int, 153(2), pp.132~135 (2005)
77. A Schwoeble, "A study of gunshot residue particle air suspension to deposition time following discharge of a weapon", Scanning, 28(2), pp.107~107 (2006)
78. J Andrasko, "A simple method for collection of gunshot residues from clothing", J Forensic Sci Soc, 31(3), pp.321~330 (1991)
79. R Nesbitt, "Evaluation of a photoluminescence technique for the detection of gunshot residue", J Forensic Sci, 22(2), pp.288~303 (1977)
80. J Murdock, "The collection of gunshot discharge GSRs", Association of Firearms and Tool Mark Examiners Journal, 16(3), pp.136~141 (1984)
81. V Mastruko, "Detection of GSR particles on clothing of suspects", Forensic Sci Int, 136, pp.153~154 (2003)
82. J Douse, "Trace analysis of explosives and firearm discharge residues in the metropolitan police forensic science laboratory", J energ mater, 4(1-4), pp.169~186 (1986)
83. I Jane, "Detection of gunshot residues via analysis of their organic constituents", Proceedings of the international symposium on the analysis and detection of explosives, pp.29~31 (1983)
84. A Vinokurov, "Machine Washing or Brushing of Clothing and Its Influence on Shooting Distance Estimation", J Forensic Sci, 46(4), pp.928~933 (2001)
85. D Gialamas, "Officers, Their Weapons and Their Hands: An Empirical Study of GSR (Gunshot Residue) on the Hands of Non-Shooting Police Officers", J Forensic Sci, 40(6), pp.1086~1089 (1995)
86. S Pettersson, "What conclusions can be drawn from the presence of gunshot residues?", Forensic Sci Int, 136, pp.158~158 (2003)
87. RE Berk, "Gunshot residue in Chicago police vehicles and facilities: an empirical study", J Forensic Sci, 52(4), pp.838~841 (2007)
88. D DeGaetano, "Survey of gunshot residue analysis in forensic science laboratories", J Forensic Sci, 35(5), pp.1087~1093 (1990)
89. RL Singer, "A survey of gunshot residue analysis methods", J Forensic Sci, 41(2), pp.195~198 (1996)
90. G Wolten, "Particle analysis for the detection of gunshot residue 2.: Occupational and environmental particles", J Forensic Sci, 24(2), pp.423~430 (1979)
91. O Dalby, "Analysis of gunshot residue and associated materials—a review", J Forensic Sci, 55(4), pp.924~943 (2010)
92. J Wallace, "Discharge residues from cartridge- operated industrial tools", J Forensic Sci Soc, 24(5), pp.495~508 (1984)
93. A Zeichner, "More on the uniqueness of gunshot residue (GSR) particles", J Forensic Sci, 42, pp.1027~1028 (1997)
94. L Garofano, "Gunshot residue: further studies on particles of environmental and occupational origin", Forensic Sci Int, 103(1), pp.1~21 (1999)
95. P Mosher, "Gunshot residue-similar particles produced by fireworks", Canadian Society of Forensic Sci J, 31(3), pp.157~168 (1998)
96. J Wallace, "Chemical aspects of firearms ammunition", Assoc Firearms Tool Mark Exam J, 22, pp.364~389 (1990)
97. C Torre, "Brake linings: A source of non-GSR particles containing lead, barium, and antimony", J Forensic Sci, 47(3), pp.494~504 (2002)
98. B Cardinetti, "X-ray mapping technique: A preliminary study in discriminating gunshot residue particles from aggregates of environmental occupational origin", Forensic Sci Int, 143(1), pp.1~19 (2004)
99. American Society for Testing and Materials, "ASTM 1588-95: standard guide for gunshot residue analysis by scanning electron microscopy⁄energy-dispersive spectroscopy", Annual book of ASTM standards, ~ (2001)
100. DA Stoney, "What made us ever think we could individualize using statistics?", J Forensic Sci Soc, 31(2), pp.197~199 (1991)
101. 전충현, "SEM-EDX에 의한뇌관화약 잔사분석", 과학수사학, 3(2), pp.166~172 (2009)
102. 전충현, "SEM-EDX에 의한 소총과 권총의 뇌관화약잔사 분석", 분석과학, 23(3), pp.322~329 (2010), 한국분석과학회
103. 임봉환, "총기별 발사 후 뇌관 화약류 잔사물의 분포특성", 과학수사학회지, 7(1), pp.1~8 (2013), 한국과학수사학회
104. 박원석, "주사전자 현미경", 에너지 분산형 X-선 검출 분광기(SEM, 과학수사학회지, pp.2013, 7(3)[DOI]
105. S Charles, "Influence of the type of fabric on the collection efficiency of gunshot residues", Forensic Sci Int, 228(1), pp.42~46 (2013)
106. E Turillazzi, "Analytical and quantitative concentration of gunshot residues (Pb, Sb, Ba) to estimate entrance hole and shooting-distance using confocal laser microscopy and inductively coupled plasma atomic emission spectrometer analysis: An experimental study", Forensic Sci Int, 231(1), pp.142~149 (2013)
107. H Ditrich, "Distribution of gunshot residues–The influence of weapon type", Forensic Sci Int, 220(1), pp.85~90 (2012)
108. TJ Hannigan, "Evaluation of gunshot residue (GSR) evidence: Surveys of prevalence of GSR on clothing and frequency of residue types", Forensic Sci Int, 257, pp.177~181 (2015)
109. AC Lindström, "Gunshot residue preservation in seawater", Forensic Sci Int, 253, pp.103~111 (2015)
110. M Grima, "Firework displays as sources of particles similar to gunshot residue", Science & Justice, 52(1), pp.49~57 (2012)
111. Z Brożek-Mucha, "Chemical and physical characterisation of welding fume particles for distinguishing from gunshot residue", Forensic Sci Int, 254, pp.51~58 (2015)

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