Natural Inorganic Hydrochemistry in Relation to Groundwater: An IntroductionProvides comprehensive but concise coverage of groundwater chemistry theory, hydrochemical processes, and methods of interpretation. It has particular relevance in the study of pollution problems. |
Contents
Introduction | 1 |
Chemistry of groundwater | 3 |
Physical chemistry of aqueous solutions | 17 |
Copyright | |
12 other sections not shown
Common terms and phrases
14C content acid activity adsorption alkalinity analysis anions aquifer areas bacteria bicarbonate Ca2+ CaCO3 calcite calcium calculated carbon dioxide cathode cations cent Chalk chemical chemical equilibrium chloride clay concentration corrosion diffusion dissolution dissolved carbon dolomite effects electrical conductivity electrode environmental isotopes equation equilibrium equilibrium constant example Fe2+ Fe3+ flow Geol given in Table groundwater chemistry HCO3 hydrochemical hydrochemistry hydrogen hydrogeological indicate ion exchange ionic strength iron isotopic composition Kaolinite litre Lloyd magnesium major ions measured metal Mg2+ minerals mixing natural waters normally occur oxidation parameters Piper diagram pore water potential precipitation processes produce ratio reaction recharge water redox reduced saline groundwaters saline waters sample saturation seawater Section shown in Fig sodium solubility solution species standard studies sulphate sulphide surface temperature tion total dissolved solids tritium values water types δε