폭발사고시 효과적인 과학수사 방법에 관한 연구 = Research on Effective Scientific Investigation Methods with Regards to Explosion Accidents

다국어 초록 (Multilingual Abstract)

Accidents and terrorist acts that utilize explosives have a great influence on society and thus require a prompt investigation for the arrest of the culprit. However, such investigations are often met with difficulties due to the vastness of the crime scene, restrictions on approaching the scene, fragility of the evidence, complexity of investigation, and the lack of expertise. In spite of such facts, scientific investigation regarding explosives have not been widely studied in Korea. Therefore, the focus of this research primarily concerns the effective scientific investigation methods in cases of accidents that involve chemical explosives.
Although the a systematic investigation method is at the heart of scientific investigation in cases of explosive accidents, it is only at its rudimentary stage. Therefore, in this research, a systematic investigation method is put forth for the scene investigation, the documentation of the scene, and the collection and processing of evidence. Further, I have set forth a 'scene investigation check list' the ensure a thorough scene investigation and to promote an exhaustive evidence collection that would guarantee the admissibility of such evidence in court. The above efforts were aimed at simplifying the currently complicated investigation system.
In the future, a guidebook that can be generally applied to accidents involving explosives in Korea ought to be produced, a continual systematic education and integrated training excises for investigators ought to be established, laws that require additives in explosives ought to be instituted so that the type, components, and source of explosives can be identified, and lastly, a database that contain information on former explosion accidents, trends, and techniques of criminal activities that involve explosion accidents should be compiled.

목차 (Table of Contents)

• 목차
• Ⅰ 서론 = 1
• Ⅱ 폭발사고에 대한 일반적 이해 = 5
• 1. 폭발물의 정의 = 5
• 2. 폭발물의 종류 = 5
• 3. 폭발 유형 = 6
• 4. 폭발 효과 = 7
• 5. 폭발사고시 손상의 형성기전 및 형태 = 11
• Ⅲ 폭발사고 현황과 과학수사의 현실태 = 14
• 1. 폭발사고 현황과 분석 = 14
• 2. 폭발사고시 과학수사 체계 = 16
• 3. 과학수사 교육 실태 = 19
• Ⅳ 폭발사고시 과학수사 방법에 관한 발전방향 = 21
• 1. 조사지침서 제작 = 21
• 2. 과학수사 방법에 대한 소고 = 22
• 가. 조사체계 검토 = 22
• 나. 조사 절차 = 22
• (1) 현장 출동 = 23
• (2) 현장 임장 = 23
• (3) 현장 조사(감정) = 24
• (4) 현장의 문서화 = 28
• (5) 증거물 수집 및 처리 = 29
• (6) 현장의 수사 완료 및 기록 = 32
• 3. 조사관계자들의 과학수사능력 제고 = 32
• 4. 과학수사를 위한 법적ㆍ제도적 보완 = 33
• Ⅴ 결론 = 37
• 참고문헌 = 38
• 영문초록 = ⅰ