CAJ | 학술논문

通过统计西藏高原盐湖镁离子及锂离子质量浓度的水化学数据和镁锂离子质量浓度比值，绘制出西藏地区盐湖卤水锂离子质量浓度分布等值线图和镁锂离子质量浓度比值分布图，分析了西藏地区盐湖锂资源品位及品质在空间上的分布规律以及盐湖锂资源富集与其所处地质环境的关系。分析表明：西藏地区盐湖锂资源的分布呈现分带性特征，盐湖锂离子质量浓度可能受构造带的控制，碳酸盐型盐湖带的盐湖卤水镁锂离子质量浓度比值最低，高品质低镁锂比卤水盐湖和低镁锂比卤水盐湖集中分布在碳酸盐型盐湖带硫酸盐型盐湖带过渡区内。
통과통계서장고원염호미리자급리리자질량농도적수화학수거화미리리자질량농도비치，회제출서장지구염호서수리리자질량농도분포등치선도화미리리자질량농도비치분포도，분석료서장지구염호리자원품위급품질재공간상적분포규률이급염호리자원부집여기소처지질배경적관계。분석표명：서장지구염호리자원적분포정현분대성특정，염호리리자질량농도가능수구조대적공제，탄산염형염호대적염호서수미리리자질량농도비치최저，고품질저미리비서수염호화저미리비서수염호집중분포재탄산염형염호대류산염형염호대과도구내。
Based on statistical data of the mass concentrations of Mg2+and Li+and the concentration ratio of Mg2+to Li+ in saline lakes in the Tibet Plateau, the isolines of the mass concentrations of Li+and the ratio of Mg2+to Li+in saline lake brines in Tibet were drawn. The spatial distribution pattern of the content and the quality of the lithium resources in saline lakes in Tibet and the relationships between the enrichment of lithium resources and the geological environment were analyzed. The distribution of lithium resources shows a zonation character. The concentration of Li+ in saline lakes is mainly influenced by the tectonic belt. The zone of carbonate saline lakes shows the lowest ratio of Mg2+to Li+, with the high-quality and general saline lake brines with low ratios of Mg2+to Li+ mainly distributed along the transition zone between the carbonate saline lakes and the sulfate saline lakes.