土壌の裁判化学的研究(第1報)土壌の熱分解生成物を指標とする地域特定について

睦男 中山, 義彦 藤田, 敬三 神原, 信子 中山, 直樹 三尾, 仁人 松本, 利夫 佐藤
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引用次数: 7

Abstract

Discrimination of soil samples in forensic science using organic components in the soil was investigated by Curie-point pyrolysis gas chromatography (PyGC). Pyrograms of soils under the conditions of pyrolysis temperature (590°C) and time (3 s), showed various patterns. In addition, fifteen constituents of phenolic aromatics in pyrolysis products were identified by GC-MS (PyGC-MS). The amounts of toluene and phenol, derived from lignin, and those of 2-methylfuran and furfural derived from polysaccharide in the soil showed quantitative differences. Consequently, the comparison of these pyrolysis products may be useful for the structural analysis of organic matter in the soil, and is useful for the discrimimation of soils in forensic science.
土壤审判化学研究(第1报)关于以土壤热分解生成物为指标的区域定位
采用居里点热解气相色谱法(PyGC)对法医学土壤样品中的有机成分进行了鉴别。在热解温度(590℃)和热解时间(3 s)条件下,土壤的热解图呈现出不同的模式。此外,通过GC-MS (PyGC-MS)鉴定了热解产物中15种酚类芳烃成分。土壤中木质素衍生的甲苯和苯酚,以及多糖衍生的2-甲基呋喃和糠醛的含量存在数量差异。因此,这些热解产物的比较可以用于土壤有机质的结构分析,并可用于法医学土壤的鉴别。
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