Description

Book Synopsis
This book discusses the physical processes that occur in both natural and engineered environmental systems, covering underlying principles and interactions. Illustrates how an understanding of these physical processes can be useful for developing and designing water quality and other environmental systems.

Table of Contents
Overview.

Process Characterization and Analysis.

Macrotransport Processes.

Microtransport Processes.

Energy Relationships: Concepts and Applications to HomogeneousSystems.

Energy Relationships: Applications to Heterogeneous Systems.

Rate Relationships: Concepts and Applications to HomogeneousSystems.

Rate Relationships: Applications to Homogeneous Systems.

Rate Relationships: Applications to Heterogeneous Systems.

Reactor Engineering: Steady-State Homogeneous Systems.

Reactor Engineering: Steady-State Heterogeneous Systems.

Reactor Engineering: Unsteady-State Systems.

Retrospections and Perspectives.

Appendices.

Index.

Process Dynamics in Environmental Systems

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    A Hardback by Walter J. Weber, Francis A. DiGiano

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      Book details

      Publisher John Wiley & Sons Inc
      Published 23 April 1996
      ISBN-13 9780471017110
      978-0471017110
      ISBN-10 0471017116
      Also in:
      Heat transfer processes Nuclear power and engineering

      Description

      Book Synopsis
      This book discusses the physical processes that occur in both natural and engineered environmental systems, covering underlying principles and interactions. Illustrates how an understanding of these physical processes can be useful for developing and designing water quality and other environmental systems.

      Table of Contents
      Overview.

      Process Characterization and Analysis.

      Macrotransport Processes.

      Microtransport Processes.

      Energy Relationships: Concepts and Applications to HomogeneousSystems.

      Energy Relationships: Applications to Heterogeneous Systems.

      Rate Relationships: Concepts and Applications to HomogeneousSystems.

      Rate Relationships: Applications to Homogeneous Systems.

      Rate Relationships: Applications to Heterogeneous Systems.

      Reactor Engineering: Steady-State Homogeneous Systems.

      Reactor Engineering: Steady-State Heterogeneous Systems.

      Reactor Engineering: Unsteady-State Systems.

      Retrospections and Perspectives.

      Appendices.

      Index.

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