空间变异性的地质和地质统计学评价

G. Bárdossy
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引用次数: 2

摘要

本文首先讨论了变异性和遍历性的定义。接下来是对变异学的概述,并强调顺序随机模拟的重要性。讨论了变分函数的主要不确定度,并给出了减小这种不确定度的方法。需要强调的是,即使超出影响范围,也可以从变异函数中获得额外的地质信息。给出了局部评价gh值和影响范围的可能性。本文的主要思想是gh值和影响范围是连续的随机变量。迄今为止,变异函数的评价主要是出于地质数学的目的,而忽略了其直接的地质评价。作者给出了这类评价的实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geologic and geostatistical evaluation of spatial variability
In this paper, first the definitions of variability and ergodicity are discussed. This is followed by an overview of variography, and the importance of sequential stochastic simulation is emphasized. The main uncertainties of variograms are discussed, followed by the methods for decreasing this uncertainty. It is stressed that additional geologic information can be obtained from variograms, even beyond the ranges of influence. Possibilities of local evaluation of the gh values and ranges of influence are presented. The main idea of the paper is that the gh values and the ranges of influence are continuous random variables. Up to now variograms were evaluated mainly for geomathematical purposes and their direct geologic evaluation was neglected. The author presents examples of such kinds of evaluation.
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