The method of primary halo is an effective way of forecasting deep seated orebody location in the mines with critical reserves.
危机矿山深部矿体定位预测中，利用原生晕地球化学方法是一种合理的、有效的途径。
Element geochemistry model of the primary mineralization halo is simulated by regression analysis and vertical zoning of the ore body primary halo by variable index method.
运用回归分析，模拟出原生金矿化元素地球化学模型。利用变异性指数法确定了矿体原生晕垂向分带。
Studies have shown that the method of primary halo is most effective in geochemical prediction of ore deposit.
国内外金属矿床原生晕研究表明，原生晕方法是地球化学寻找金属矿床最有效的方法。
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