| 摘要：我们对个地热区(山甘烹地区、芳县、堆沙革、湄针和Pa Pae)的30个温泉水样和4个地区(上述5个地区中除Pa Pae外的其它4个地区)的11个气体样进行了化学略论。这些温泉以所有溶解物质低含量为其特征，泰语论文范文，泰语毕业论文，并属于Na—HCO_3型。用Na—K—Ca地热温度计测得上述地区地表下的湿度范围约为180℃～200℃。尽管温泉类型是相似的，但仍可发现它们在化学成份上有着地区性的异同。气体有N_2和CO_2两种。从气体略论可知，资源评价条件最好的地区是山甘烹地区。 Abstract：We to a geothermal area (San kamphaeng District, Fang County, a pile of sand leather, MAE needle and PA PAE) 30 hot spring water samples and four regions (the five regions in addition to PA PAE other four regions) of 11 sample gas for chemical analysis. These hot springs are characterized by low content of all dissolved substances and belong to the HCO_3 - Na type. The humidity range of the above area is about 180 degrees Celsius to 200 degrees Celsius with K - Ca - Na geothermal thermometer. Although the types of hot springs are similar, they can still be found to have regional differences in the chemical composition. Gas has two kinds of N_2 and CO_2. From the analysis of gas resources evaluation is the best conditions in San kamphaeng area. 引言：引言 泰国北部有许多温泉,这些温泉具有化学成份比较一致的特点,而且其中一些的袋度可高达沸点。为了阐明热液系统的地球化学特性和此系统中水与岩石间的相互影响,我们收集了上述5个地热田的温泉水样和气体样品进行了化学略论。 本探讨中,笔者概括地探讨了上述5个地热田的化 |
