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首页> 外文期刊>Nepal Journal of Science and Technology >Study on the Soil Corrosivity towards the Buried-Structures in Soil Environment of Tanglaphant-Tribhuvan University Campus-Balkhu Areas of Kirtipur
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Study on the Soil Corrosivity towards the Buried-Structures in Soil Environment of Tanglaphant-Tribhuvan University Campus-Balkhu Areas of Kirtipur

机译:唐拉潘特里布万大学校园-基尔蒂布尔地区巴克地区土壤环境对埋藏结构的土壤腐蚀性研究

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Soil parameters such as moisture, pH, resistivity, oxidation-reduction potential, chloride and sulfate ions were investigated, because these parameters affect the corrosive nature of soils toward the buried-galvanized steels and cast-iron pipelines used to supply drinking water in Tanglaphant-Tribhuvan University Campus-Balkhu areas of Kirtipur. The soil parameters examined in the study areas are found as: moisture (7-48%), pH (7.0-7.9), resistivity (6,300-37,000 ohm.cm), oxidation-reduction potential (307-490 mV vs SHE), chloride (13-92 ppm) and sulfate (62-309 ppm) contents. The results gave an indication of mildly corrosive to non-corrosive nature of soils on the buried galvanized steels and cast-iron pipes used to supply drinking water in the study areas of Kirtipur. DOI: http://dx.doi.org/10.3126jst.v14i2.10417 Nepal Journal of Science and Technology Vol. 14, No. 2 (2013) 65-72
机译:研究了土壤参数,例如水分,pH,电阻率,氧化还原电位,氯离子和硫酸根离子,因为这些参数会影响土壤对唐拉潘特地区饮用水的埋藏镀锌钢和铸铁管道的腐蚀性。 Tribhuvan University Campus-Balkhu地区的基蒂普尔。在研究区域中检查的土壤参数为:水分(7-48%),pH(7.0-7.9),电阻率(6,300-37,000 ohm.cm),氧化还原电势(307-490 mV vs SHE),氯化物(13-92 ppm)和硫酸盐(62-309 ppm)的含量。结果表明在基尔蒂普尔研究区的地下镀锌钢和铸铁管道上,土壤的腐蚀性为轻度至非腐蚀性。 DOI:http://dx.doi.org/10.3126jst.v14i2.10417尼泊尔科学技术学报14(2)(2013)65-72

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