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Comparison of different settings and pre-treatments in soil particle-size distribution measurement by laser-diffraction method

机译:激光衍射法测量土壤粒径分布中不同设置和预处理的比较

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摘要

Results of the performed preliminary particle size determination (PSD) experiments of soils show the importance of the preparation details of the laser diffracto-meter method (LDM). The analysis of the effect of each preparation factor on soil PSD data calls attention to the need for working out standard instructions defining the pre-treatments and settings for the LDM instrument. Further laboratory experiments involving larger soil datasets are required for the better understanding of the effects ofsoil pre-treatments and settings on PSD data. There is a practical reason of substituting the time-consuming pipette method with the LDM. In case of this substitution, linkages of the LDM PSD data and other soil properties are to be established. Correlation study of the LDM and conventional PSD data could make the harmonization of newly built and historical databases possible. Finally, the introduction of the LDM technique to soil physical methodology could generate the reevaluation of existing soil physical interrelations.
机译:对土壤进行的初步粒度确定(PSD)实验的结果表明,激光衍射仪(LDM)的制备细节的重要性。对每种准备因子对土壤PSD数据的影响进行的分析,引起了人们对制定标准指令(定义LDM仪器的预处理和设置)的注意。为了更好地了解土壤预处理和设置对PSD数据的影响,还需要进行涉及更大土壤数据集的进一步实验室实验。用LDM代替耗时的移液器方法是一个实际原因。在这种替代的情况下,将建立LDM PSD数据与其他土壤特性的联系。 LDM与常规PSD数据的相关性研究可以使新建和历史数据库的协调成为可能。最后,将LDM技术引入土壤物理方法可以重新评估现有的土壤物理关系。

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