Surface water-quality modeling. / Steven C. Chapra.
Material type: TextPublisher: Long Grove : Waveland Press, Inc., 1997Description: xix, 844 p. : ill. ; 24 cmISBN: 9781577666059LOC classification: TD365.C48Item type | Current location | Home library | Call number | Copy number | Status | Date due | Barcode |
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Books | WISCONSIN INTERNATIONAL UNIVERSITY COLLEGE, GHANA - MAIN LIBRARY | WISCONSIN INTERNATIONAL UNIVERSITY COLLEGE, GHANA - MAIN LIBRARY | TD365.C48 (Browse shelf) | 1 | Available | 7410/439/13 |
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TD194.6.L39 Environmental impact assessment: practical solutions to recurrent problems. / | TD194.68.G7 M48 Methods of environmental impact assessment. / | TD194.7.H36 Handbook of environmental accounting. / | TD365.C48 Surface water-quality modeling. / |
Includes bibliographical references and index.
Contents: Part I: Completely mixed systems: Introduction -- Reaction kinetics -- Mass balance, steady-state solution, and response time -- Particular solutions -- Feedforward systems of reactors -- Feedback systems of reactors -- Computer methods: well-mixed reactors -- Part II: Incompletely mixed systems: Diffusion -- Distributed systems (steady-stated) -- Distributed system (time-variable) -- Control-volume approach: steady-state solutions -- Simple time-variable solutions -- Advanced Time-variable solutions -- Part III: Water-quality environments -- Estuaries -- Lake and impoundments -- Sediments -- The "modeling" environment -- Part IV: Dissolved oxygen and pathogens: BOD and oxygen saturation -- Gas transfer and oxygen reaeration -- Steeter-phelps: point sources -- Streeter-phelps: distributed sources -- Nitrogen -- Photosynthesis/ respiration -- Sediment oxygen demand -- Computer methods -- Pathogens -- Part V: Eutrophication and temperature: The eutrophication problem and nutrients -- Phosphorus loading concept -- Heat budgets -- Thermal stratification -- Microbe/ substrate modeling -- Plants growth and nonpredatory losses -- Predator-prey and nutrient/ food-chain interactions -- Nutrient/ food-chain modeling -- Eutrophication in flowing waters -- Part VI: Chemistry: Equilibrium chemistry: Coupling equilibrium chemistry and mass balance -- pH modeling -- Part VII: Toxics: Introduction to toxic-substance modeling -- Mass-transfer mechanisms: sorting and volatilization -- Reaction mechanisms: photolysis, hydrolysis, and biodegradation -- Radionuclides and metals -- Toxicant modeling in flowing waters -- Toxicant/ food-chain interactions.
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