< p > <跨风格= "字体大小:14 px”> < span风格=“字体类型:Arial, Helvetica,无衬线”>的论文报告分析< / span > < / span > < span风格=“字体类型:Verdana”> <跨风格=“字体大小:14 px”> <跨风格= >“字体类型:Arial, Helvetica,无衬线”物化< / span > < / span > <跨风格=“字体大小:14 px”> quarterly physicalchemical < / span > < span风格=“字体类型:Arial, Helvetica,无衬线”> < span风格= >“字体大小:14 px”揭示了< / span > < / span > <跨风格=“字体大小:14 px”> <跨风格=“字体类型:Arial, Helvetica,无衬线”>水样的电导率是高达547.20和微观;在2007年4月在姆欧/厘米Bhadrapara 。最大值的总溶解固体和总固体量记录是550 mg / l于2007年7月和2007年4月660 mg / l < / span > < / span > < span风格=“字体大小:14 px”> < span风格=“字体类型:Arial, Helvetica,无衬线”> Bhadrapara < / span > < / span > <跨风格=“字体大小:14 px”> <跨风格= >“字体类型:Arial, Helvetica,无衬线”更高超过世界卫生组织标准允许限值(500mg/l)。各样品的COD和总硬度均高于允许限值。Bhadrapara于2007年4月。 High values of fluoride (>1mg/l) and nitrate (>10mg/l) concentration were recorded at some stations. All the samples had chloride concentration within the permissible limit ranging from 16.24mg/l at Parsabhatta in October 2006 to 176.2 mg/l at Kosabari in April 2007. It is found that all water samples are free phosphate pollution as the amount of phosphate varied from 0.05mg/l at Kosabari in October 2006 to 0.88mg/l at Bhadrapara in July 2007 during the entire study perio