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地下水污染防治(河海大學重點立項教材)(英文版)

  • 作者:編者:郭勇//敖燕輝//侯方東//齊國輔|責編:彭志誠
  • 出版社:河海大學
  • ISBN:9787563088003
  • 出版日期:2024/05/01
  • 裝幀:平裝
  • 頁數:151
人民幣:RMB 59 元      售價:
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內容大鋼
    本書主要介紹了地下水的存儲方式、不同含水層的特點、地下水和地表水的補排關係、地下水被地表污染物污染的途徑、地表污染源的評價方式、污染物在地下水中的遷移方式、地下水水質的評價方式和地下水修復等知識。
    本書為河海大學環境學院本科生和留學生專業科目英語教材。

作者介紹
編者:郭勇//敖燕輝//侯方東//齊國輔|責編:彭志誠

目錄
Chapter I  Existing conditions of water under ground
  1.1  Interspaces under ground
    1.1.1  Pore
    1.1.2  Fissure
    1.1.3  Karst cave
  1.2  Water-resisting layer under ground
    1.2.1  Perched groundwater
    1.2.2  Unconfined groundwater
    1.2.3  Confined groundwater
    1.2.4  Some interesting phenomena related to groundwater
  1.3  Existing form of water under ground
    1.3.1  Gaseous water
    1.3.2  Solid water
    1.3.3  Mineral bound water
    1.3.4  Bound water (strong bounding water and weak hounding water)
    1.3.5  Gravity water
  1.4  Movement of groundwater
    1.4.1  The channel of groundwater movement
    I.4.2  The driving force for groundwater movement
    1.4.3  Darey law for groundwater movement
    1.4.4  Laminar flow, turbulent flow and Reynolds number
Chapter II  The pollution of groundwater
  2.1  Concepts, standard and classification of water pollution
  2.2  Pollutant types in groundwater
    2.2.1  Pathogenic microorganism
    2.2.2  Inorganic ions
    2.2.3  Organic molecules
    2.2.4  Metal ions
  2.3  Pollution sources of groundwater
    2.3.1  Industrial pollution sources
    2.3.2  Agricultural pollution sources
    2.3.3  Domestic pollution sources
  2.4  Pollution paths of groundwater
    2.4.1  Direct infiltration
    2.4.2  Direct injection from the centralized channel
    2.4.3  Lateral charge from surface water
    2.4.4  Vertical cross flow between aquifers
Chapter III  Self-purification of groundwater
  3.1  Environmental carrying capacity
  3.2  Physical self-purification of groundwater
    3.2.1  Dilution
    3.2.2  Physical adsorption
    3.2.3  Physical precipitation
    3.2.4  Filtration
    3.2.5  Dispersion
  3.3  Chemical self-purification of groundwater
    3.3.1  Acidification, alkalization and neutralization
    3.3.2  Oxidation and reduction
    3.3.3  Chemical precipitation and dissolution
    3.3.4  Adsorption

  3.4  Biological self-purification of groundwater
    3.4.1  Microbial decomposition for inorganic pollutants
    3.4.2  Microbial decomposition for organic pollutants
    3.4.3  Microbial biological accumulation for metal ions
Chapter IV  Pollutant migration and dispersion in groundwater
  4.1  Migration and dispersion model of the pollutant in groundwater
    4.1.1  Migration and dispersion models of groundwater pollution
    4.1.2  How to build migration and dispersion equation for pollutant
    4.1.3  Solution of groundwater pollutant dispersion equation
  4.2  Simplification and solution of the dispersion equation
    4.2.1  Solution of the plane one-dimensional dispersion equation: stable source
    4.2.2  Solution of plane one-dimensional dispersion equation : temporary source
    4.2.3  Solution of radial one-dimensional dispersion equation: stable source
    4.2.4  Radial one-dimensional dispersion equation: temporary source
    4.2.5  Solution of one-dimensional dispersion equation for non-inert pollutants considering pollutant precipitation
    4.2.6  Solution of one-dimensional dispersion equation for non-inert pollutants considering comprehensive adsorption of pollutants
    4.2.7  Solution of two-dimensional dispersion equation for inert pollutants
  4.3  Groundwater software for predication of pollution
    4.3.1  Groundwater Modeling System
    4.3.2  Visual MODFLOW Flex
    4.3.3  PHREEQC
    4.3.4  HST3D
    4.3.5  TNTmips
Chapter V  Groundwater pollution survey and pollution sources evaluation
  5.1  Overview of groundwater pollution survey
  5.2  Survey of all related factors above ground
    5.2.1  Natural environment background survey related to groundwater pollution
    5.2.2  Survey and evaluation of groundwater pollution sources
    5.2.3  Methods of determining discharge quantity of pollutant from pollution sources
    5.2.4  Methods to determine the contribution of pollution sources for pollution
    5.2.5  Exploration for determining the pollution and related parameters
    5.2.6  Application of geophysical and remote sensing technology for determining groundwater pollution and the related parameters
  5.3  Indoor experiment
    5.3.1  Mixing experiment of wastewater, groundwater and rock
    5.3.2  Dispersion zone evolution experiment
    5.3.3  Laboratory determination of dispersion parameters
  5.4  Monitoring of groundwater pollution survey
    5.4.1  Layout of monitoring network
    5.4.2  Monitoring items and frequency
  5.5  Groundwater pollution survey results
    5.5.1  Maps
    5.5.2  Report
Chapter VI  Evaluation of groundwater pollution
  6.1  The overview of groundwater pollution evaluation
  6.2  C
    6.3.1  Normalization and standardization of data
    6.3.2  Data classification scale calculation
    6.3.3  Drawing of classification tree
Chapter VII Groundwater pollution control
  7.1  Overview
  7.2  Management measures
    7.2.1  Administrative measures
    7.2.2  Economic management measures
    7.2.3  Legal management measures
  7.3  Preventive measures
  7.4  Pollution control
    7.4.1  Ex-situ pollution control
    7.4.2  In-situ pollution control

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