吉林大学学报(地球科学版) ›› 2015, Vol. 45 ›› Issue (4): 1112-1120.doi: 10.13278/j.cnki.jjuese.201504114
赵博1,2, 王斌1, 石成龙1, 廖煜钟1, 赵欣1, 张涛1, 张德会1
Zhao Bo1,2, Wang Bin1, Shi Chenglong1, Liao Yuzhong1, Zhao Xin1, Zhang Tao1, Zhang Dehui1
摘要:
元素的质和量及其排列组合方式被认为是矿床形成的"基因".使用离子电位与克拉克值定量反映元素的质、量特征.成矿不外乎"源、运、储"三个环节,而离子电位通过控制金属"运"的行为影响其成矿能力,笔者给出了唯一的具有一定成因意义的元素离子电位,并发现离子电位与全球巨型矿床数目(n)、吨位堆积指数(TAI)可以拟合为一条向上开口的抛物线.克拉克值通过影响元素参与成岩-成矿过程的浓度继而支配着它们的地球化学行为,笔者证实了金属累积堆积量(m)与其丰度(c)呈线性相关,暗示某元素的高丰度可能意味着该元素的区域资源优势.
中图分类号:
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