Abstract

The concentrations of the soluble forms of 41 elements were determined by mass spectrometry with inductively coupled plasma (ICP-MS) along with pH, Eh, and total dissolved solids in water of lakes and streams in the Kucherla River basin. The abundant rains, which enhance water exchange, along with meltwater from glaciers and snowfields are the governing factors in the dynamics of physicochemical characteristics. The rivers and lakes examined in the Kucherla basin show concentrations of Al, Fe, and Zn in excess of MACs of hazardous substances for water bodies used for fishery and the MACs for Al and Sb introduced for drinking water.

中文翻译：

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阿尔泰山库彻拉河流域的地表水化学

摘要

用电感耦合等离子体（ICP-MS）质谱法测定了41种元素的可溶形式的浓度，以及pH，Eh和Kucherla河流域湖泊和溪流水中的总溶解固体。丰富的降雨增强了水的交换，而冰川和雪原的融化水是理化特性动态的决定因素。在库切拉盆地中检查的河流和湖泊显示，铝，铁和锌的浓度超过了用于渔业水体的有害物质的MACs和用于饮用水的Al和Sb的MACs。