从理化鉴定的角度对土壤样品进行法医鉴定

Georgiana Mardare (Balusescu), Nicoleta-Elena Hegheș
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引用次数: 0

摘要

一个世纪以来,人们已经认识到土壤样本分析的法医专业知识的潜力,但在过去的20年里,这些类型的证据被更广泛地用作调查工具和法庭证据。法医化学处在科学与法律的交叉路口,是一门除了适用于司法之外的学科。样品来自各种各样的物体,通常只含有非常少量的化学物质。很多时候,在现场收获的样品不再是样品,但它实际上是要分析的样品。这也是样品聚集的条件,样品/基质或所寻找的化合物的均匀性。然而,有时甚至可以认为证据在化学上是均匀的,然后可以对具有代表性的样品(油漆、纺织品、塑料等)进行取样。其余的材料是不均匀的(土壤、建筑材料、火灾残留物等)。近年来,科学的飞速发展导致了新的、强大的、高性能的技术的发展。分析工具的这种发展和改进使目前能够在最小的尺度上进行法医调查,具有更高的灵敏度和很大的区分间隔。同时,也有可能发现不可预测的或以前无法接近的样本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Forensic Examination of Soil Samples from the Point of View of Physico-Chemical Expertise
The potential of forensic expertise in the analysis of soil samples has been recognized for a century now, but over the last 20 years, these types of evidence have been much more widely used both as an investigative tool and as evidence in court. Forensic Chemistry is at the crossroads of science with the law, being a discipline apart from its applicability to the judiciary. Samples are obtained from various objects and often contain only very small amounts of chemicals. Most of the time, the sample harvested on the spot is no longer sampled, but it is actually the sample to be analyzed. This is also the condition of aggregation of the sample, the homogeneity of the sample/matrix or the compounds sought. Sometimes, however, even the evidence can be considered chemically homogeneous, and then representative samples (paints, textiles, plastics, etc.) can be sampled. The rest of the materials are heterogeneous (soil, building materials, fire residues, etc.). The extremely rapid evolution of science in recent years has resulted in the development of new, powerful and performing technologies. This evolution and the refinement of analytical tools make it possible at present to perform forensic investigations at the smallest scale of dimensions, with greater sensitivity and with great differentiation intervals. At the same time it is possible to discover unpredictable or previously inaccessible samples.
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