Reduction of batches of large quantities of amber

P. Baranov, O. Slyvna, B. Zhuk
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Abstract

Purpose. To carry out a comprehensive analysis of the problems of forensic gemological examination arising from the study of industrial and semi-industrial batches of amber in raw materials weighing more than 100 kg for further study in the laboratory, to formulate appropriate recommendations. Method. The work uses general scientific research methods - empirical and theoretical (analysis, generalization, comparison, explanation). Part of the work is based on the results of previous studies. Results. It is shown that the proposed method for reducing large lots of amber makes it possible to create a representative (analytical) sample that maximally corresponds to the composition of the entire amber batch and repeats all its properties. The proposed guidelines use the classical approach to sample quartering, adapted to the legal environment in which the forensic scientist works. The аuthenticity and reliability of the methodology is confirmed by the convergence of the obtained analytical sample with the results of the study of the original batch of amber. The correlation coefficient of the Pearson calculation ensures the objectivity of the technique. The proposed method for reducing and obtaining representative samples is focused on obtaining objective results and, which is very important, ensures the invulnerability of an expert in his professional activities when conducting a gemological examination. Scientific novelty. The algorithm for reducing large lots of amber is based on a hierarchical model, including weighing and reconciling data with accompanying documents, determining the number of fractions in the ratio in the original samples, grouping samples according to the convergence of fractions, quartering as a process of forming a representative sample, determining the number of fractions, assessing the reliability of the results obtained . The proposed methodology in the future will expand and improve the scientific and methodological base of the Expert Services of the Ministry of Internal Affairs of Ukraine and other organizations of a related profile. Practical significance. The use of the considered method of forming a representative sample of amber from large lots weighing more than 100 kg will allow specialists to select the necessary set of methods and actions for this type of raw material and, thereby, ensure the maximum compliance of the analytical sample with the composition of the entire amber batch, fully repeating its qualitative properties.
减少批量的大量琥珀
目的。对重量超过100公斤原料的工业及半工业批次琥珀进行研究时所产生的法医宝石学检验问题进行全面分析,以便在实验室作进一步研究,并制订适当的建议。方法。这项工作使用一般的科学研究方法-实证和理论(分析,概括,比较,解释)。部分工作是基于以前的研究结果。结果。结果表明,所提出的减少大量琥珀的方法使创建具有代表性的(分析)样品成为可能,该样品最大程度地对应于整个琥珀批次的组成,并重复其所有性质。拟议的指导方针使用了经典的样本四分法,适应了法医科学家工作的法律环境。所获得的分析样品与原始批次琥珀的研究结果的收敛性证实了该方法的真实性和可靠性。Pearson计算的相关系数保证了该方法的客观性。拟议的减少和获得代表性样品的方法侧重于获得客观结果,这一点非常重要,确保专家在进行宝石学检查时在其专业活动中无懈可击。科学的新奇。减少大量琥珀的算法基于层次模型,包括对数据与随附文件进行权衡和核对,确定原始样本中比例分数的数量,根据分数的收敛性对样本进行分组,四分之一作为形成代表性样本的过程,确定分数的数量,评估所得结果的可靠性。今后拟议的方法将扩大和改进乌克兰内务部专家事务处和其他有关组织的科学和方法基础。现实意义。使用经过考虑的方法,从重量超过100公斤的批量中形成具有代表性的琥珀样品,将允许专家为这种类型的原材料选择必要的方法和操作,从而确保分析样品与整个琥珀批次的组成最大程度地符合,完全重复其定性性质。
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