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MARC 21

Environmental fate and transport analysis with compartment modeling
Tag Description
020$a9781439887967
084$aTD174.L58 2012
100$aLittle, Keith W.
245$aEnvironmental fate and transport analysis with compartment modeling$ht
260$aBoca Raton, FL$bTaylor & Francis$cc2012
300$axv, 227 p.$bill.$c25 cm.
504$aIncludes bibliographical references and index.
505$a IntroductionGEM HighlightsGetting Started: Two ExamplesOrganization and Suggested Reading StrategyGEM User's GuideTwo Alternative Formulations of PRAM-Like ModelGEM Input FilesGEM Output FilesCompartment Approach, Transport Mechanisms, and Boundary ConditionsCompartment ApproachMass Balance Equation for Compartment iSystem of Transport Mass Balance Equations for Single ChemicalSystem of Transport Mass Balance Equations for Multiple ChemicalsExtension to Porous MediaBoundary Conditions and Types of CompartmentsSource and Sink TermsLinear Source and Sink TermsSystem of Fate and Transport, Mass Balance Equations for Multiple ChemicalsSource and Sink Terms for Nonlinear SystemsSolution Techniques for Steady-State ProblemsLinear SystemsNonlinear SystemsAccuracy of SolutionsSolution Techniques for Dynamic ProblemsIntroductionExplicit Forward Time (Euler) MethodExplicit Centered Time (MacCormack) MethodImplicit Back Time MethodImplicit Centered Time (Crank-Nicolson) MethodCross-Method Comparisons and Summary of Error Characteristics for Linear ProblemsAppendix: Introduction to Matrices and Matrix OperationsIndexChapters include references.
650$aPollution$xMathematical models.
650$aTransport theory$xMathematical models.
650$aDiffusion$xMathematical models.
650$aCross-media pollution.
650$aCompartmental analysis (Biology)
650$aPollutants.
650$aDifferential equations.
650$aSCIENCE / Chemistry / General
650$aSCIENCE / Environmental Science
650$aTECHNOLOGY & ENGINEERING / Environmental / General