Physical and Chemical Hydrogeology /
This book shows readers how to apply hydrogeology principles to a host of problems related to water supply, contamination, and energy resources. It discusses hydraulic testing, modeling of contaminant transport, process and parameter determination, and remediation. It also addresses porosity, permea...
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| Format: | text |
| Language: | eng |
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New York, NY : Wiley,
1990
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| _version_ | 1817845160813264896 |
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| author | Domenico, Patrick A., author 356798 Schwartz, F. W. (Franklin W.), author 238919 |
| author_facet | Domenico, Patrick A., author 356798 Schwartz, F. W. (Franklin W.), author 238919 |
| author_sort | Domenico, Patrick A., author 356798 |
| collection | OCEAN |
| description | This book shows readers how to apply hydrogeology principles to a host of problems related to water supply, contamination, and energy resources. It discusses hydraulic testing, modeling of contaminant transport, process and parameter determination, and remediation. It also addresses porosity, permeability, and flow for continental environments, marine environments, and the borders between them. |
| first_indexed | 2024-03-05T00:17:56Z |
| format | text |
| id | KOHA-OAI-TEST:236126 |
| institution | Universiti Teknologi Malaysia - OCEAN |
| language | eng |
| last_indexed | 2024-12-08T04:30:41Z |
| publishDate | 1990 |
| publisher | New York, NY : Wiley, |
| record_format | dspace |
| spelling | KOHA-OAI-TEST:2361262024-10-01T04:14:54ZPhysical and Chemical Hydrogeology / Domenico, Patrick A., author 356798 Schwartz, F. W. (Franklin W.), author 238919 textNew York, NY : Wiley,1990©1990engThis book shows readers how to apply hydrogeology principles to a host of problems related to water supply, contamination, and energy resources. It discusses hydraulic testing, modeling of contaminant transport, process and parameter determination, and remediation. It also addresses porosity, permeability, and flow for continental environments, marine environments, and the borders between them.Includes bibliographical references (pages: 757-806) and index.INTRODUCTION: What is hydrogeology? -- The relationship between hydrogeology and other fields of geology -- How to use this book -- The hydrologic cycle -- THE ORIGIN OF POROSITY AND PERMEABILITY: Porosity and permability -- Continental environment -- The boundary between continental and marine environments -- Marine environments -- Uplift, diagenesis, and erosion -- Tectonism and the formation of fractures -- GROUND WATER MOVEMENT -- Darcy's experimental law and field extensions -- Hydraulic conductivity and permeability of geologic materials -- Darcy's law and the field mapping of hydraulic head -- Flow in fractured rocks -- Flow in the unsaturated zone -- ELASTIC PROPERTIES AND MAIN EQUATIONS OF FLOW: Conservation of fluid mass -- The storage properties of porous media -- Boundary conditions and flow nets -- Deformable porous media -- Dimensional analysis -- HYDRAULIC TESTING: MODELS, METHODS, AND APPLICATIONS: Prototype geologic models in hydraulic testing -- Conventional hydraulic test procedures and analysis -- Single borehole tests -- Partial penetration, superposition, and bounded aquifers -- Hydraulic testing in fractured or low permeability rocks -- Some applications to hydraulic problems -- GROUND WATER AS A RESOURCE: Development of ground water resources -- Simulation of aquifer response to pumping -- Land subsidence and sea water intrusion -- Simulation-optimization concepts -- GROUND WATER IN THE BASIN HPDROLOGIC CYCLE: Ground water in the basin hpdrologic cycle -- Surface features of ground water flow -- Some engineering and geologic implications of topographic drive systems -- GROUND WATER IN THE EARTH'S CRUST: Abnormal fluid pressures in active depositional environments -- Pore fluids in tectonic processes -- HEAT TRANSPORT IN GROUND WATER FLOW: Conduction, convection, and equations of heat transport -- Forced convection -- Free convection -- Energy resources -- Heat transport and geologic repositories for nuclear waste storage -- SOLUTE AND PARTICLE TRANSPORT: Advection -- Particle transport -- Basic concepts of dispersion -- Character of the dispersion coefficient -- A geostatistical model of dispersion -- Mixing in fractured mediaPRINCIPLES OF AQUEOUS GEOCHEMISTRY: Introduction to aqueous systems -- Structure of water and the occurrence of mass in water -- Equilibrium versus kinetic descriptions of reactions -- Equilibrium models of reaction -- Deviations from equilibrium -- Kinetic reactions -- Organic compounds -- Ground water composition -- Describing chemical data -- CHEMICAL REACTIONS: Acid-base reactions -- Solution, exsolution, volatilization, and precipitation -- Complexation reactions -- Reactions on surfaces -- Oxidation-reduction reactions -- Hydrolysis -- Isotopic processes -- THE MATHEMATICS OF MASS TRANSPORT: Mass transport equations -- Mass transport with reaction -- Boundary and initial conditions -- MASS TRANSPORT IN GROUND WATER FLOW: AQUEOUS SYSTEMS: Mixing as an agent for chemical change -- Inorganic reactions in the unsaturated zone -- Organic reactions in the unsaturated zone -- Inorganic reactions in the saturated zone -- Case study of the milk river aquifer -- Quantitative approaches for evaluating chemical patterns -- Age dating of ground water -- MASS TRANSPORT IN GROUND WATER FLOW: GEOLOGIC SYSTEMS: Mass transport in carbonate rocks -- Economic mineralization -- Migration and entrapment of hydrocarbons -- Self-organization in hydrogeologic systems -- Coupled phenomena -- INTRODUCTION TO CONTAMINANT HYDROGEOLOGY: Sources of ground water contamination -- Solute plumes as a manifestation of processes -- Multifluid contaminant problem -- Design and quality assurance issues in water sampling -- Sampling methods -- Indirect methods for detecting contamination -- MODELING CONTAMINANT TRANSPORT: Analytical approaches -- Programming the analytical solutions for computers -- Semianalytical approaches -- Numerical approaches -- Case study in the application of a numerical model -- PROCESS AND PARAMETER IDENTIFICATION: Tracers and tracer tests -- The diffusional model of dispersion -- Dispersivities estimated using the advection-dispersion equation -- New approaches in estimating dispersivity -- Identification of geochemical processes -- Quantification of geochemical processes -- REMEDIATION: Overview of corrective action alternatives -- Technical considerations with injection/ withdrawal systems -- Methods for designing injection/ withdrawal systems -- Interceptor systems for LNAPL recovery -- Bioremediation -- Steps for dealing with problems of contamination -- Case studies in site remediationThis book shows readers how to apply hydrogeology principles to a host of problems related to water supply, contamination, and energy resources. It discusses hydraulic testing, modeling of contaminant transport, process and parameter determination, and remediation. It also addresses porosity, permeability, and flow for continental environments, marine environments, and the borders between them.Norhan Abd Rahman; HydrogeologyURN:ISBN:047150744X |
| spellingShingle | Hydrogeology Domenico, Patrick A., author 356798 Schwartz, F. W. (Franklin W.), author 238919 Physical and Chemical Hydrogeology / |
| title | Physical and Chemical Hydrogeology / |
| title_full | Physical and Chemical Hydrogeology / |
| title_fullStr | Physical and Chemical Hydrogeology / |
| title_full_unstemmed | Physical and Chemical Hydrogeology / |
| title_short | Physical and Chemical Hydrogeology / |
| title_sort | physical and chemical hydrogeology |
| topic | Hydrogeology |
| work_keys_str_mv | AT domenicopatrickaauthor356798 physicalandchemicalhydrogeology AT schwartzfwfranklinwauthor238919 physicalandchemicalhydrogeology |