Section 1 Environmental Chemistry

I. Environmental issues

Second, environmental chemistry.

Section 2 Environmental pollutants

I. Categories of environmental pollutants

Second, the environmental effect and its influencing factors

Three. This paper introduces the migration and transformation process of environmental pollutants in various environmental circles

Thinking and practicing.

Main references

Chapter II Atmospheric Environmental Chemistry

Section 1 Composition of Atmosphere and Its Main Pollutants

First, the main components of the atmosphere

Second, the structure of the atmosphere.

Third, the main pollutants in the atmosphere

Section 2 Migration of Pollutants in the Atmosphere

First, the radiation inversion layer

Second, the atmospheric stability

Thirdly, the mathematical model of air pollution

Four, the factors affecting the migration of atmospheric pollutants

Section 3 Transformation of Pollutants in the Atmosphere

First, the chemical basis of free radicals

Second, the basis of photochemical reaction

Three. Sources of Important Free Radicals in the Atmosphere

Fourth, the transformation of nitrogen oxides.

Verb (abbreviation for verb) hydrocarbon conversion

Six, photochemical smog

Seven, sulfur oxides and sulfuric acid smoke pollution transformation.

Eight, acidic precipitation

Nine, greenhouse gases and greenhouse effect

X. Formation and depletion of the ozone layer

Section 4 Atmospheric Particulate Matter

I sources and elimination of atmospheric particulate matter

Second, the particle size distribution of atmospheric particles

Three. Chemical composition of atmospheric particulate matter

Four. Identification of the source of atmospheric particulate matter

5. PM2.5 in atmospheric particulate matter

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Chapter III Water Environmental Chemistry

Section 1 Basic characteristics of natural water and existing forms of pollutants

First, the basic characteristics of natural water

Second, the distribution and existing forms of pollutants in water

Three. Nutrient elements in water and eutrophication of water body

Migration and transformation of inorganic pollutants in the second water saving

I. Migration between particulate matter and water

Second, the aggregation of particulate matter in water.

Three. Dissolution and precipitation

Four. redox

Verb (abbreviation for verb) coordination

Migration and transformation of organic pollutants in the third water saving

I. Distribution of functions

Second, volatilization.

Thirdly, hydrolysis.

Fourth, photolysis

Verb (abbreviation of verb) is biodegradable.

The fourth quarter water quality model

First, the oxygen balance model

Second, the prediction model of lake eutrophication

Thirdly, the fate model of toxic organic pollutants.

Fourth, the mathematical model in the multimedia environment

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Main references

Chapter IV Soil Environmental Chemistry

Section 1 Composition and Properties of Soil

I. Soil composition

Second, soil particle size grouping and texture grouping

Third, soil adsorption.

Fourthly, soil acidity and alkalinity.

Verb (abbreviation of verb) redox of soil

Section II Migration of Heavy Metals in Soil-plant System and Its Mechanism

1. Influencing factors of heavy metal migration in soil-plant system

The second is the migration and transformation law of heavy metals in soil-plant system.

Three. Accumulation, Migration and Transformation of Major Heavy Metals in Soil

Four, several mechanisms of plant tolerance to heavy metal pollution

Section III Migration and Transformation of Pesticides in Soil

I. Migration of pesticides in soil

Second, the role of nonionic pesticides and soil organic matter

Three. Migration and transformation of typical pesticides in soil

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Chapter V Movement Process and Toxicity of Pollutants in Organisms

Section 1 Mode of Substance Passing through Biofilm

First, the structure of biofilm

Second, the way the substance passes through the biofilm.

Section 2 Transportation of Pollutants in the Body

First, absorption

Second, distribution.

Third, excretion

Fourth, accumulation

Section III Biological Enrichment, Amplification and Accumulation of Pollutants

I. Bioconcentration

Second, biomagnification

Third, biological accumulation.

Section IV Biotransformation of Pollutants

I enzymes in biotransformation

The second is the function of some important coenzymes.

Third, the hydrogen transfer process in biological oxidation

Fourthly, microorganisms degrade oxygen-consuming organic pollutants.

Verb (abbreviation of verb) biotransformation types of toxic organic pollutants

Six, microbial degradation of toxic organic pollutants

Seven. Microbial transformation of nitrogen and sulfur

Eight, microbial transformation of heavy metal elements

Nine, the biotransformation rate of pollutants

Section 5 Toxicity of Pollutants

First of all, poison

Second, the toxicity of poison.

Third, the combined effect of poisons.

Fourth, the process of toxic action.

Biochemical mechanism of verb (verb's abbreviation) toxicity

Section 6 Relationship between Quantitative Structure and Activity of Organic Matter

I. Overview

Second, Hans analysis method

Thirdly, molecular connectivity index method.

Fourthly, the application of quantitative parameters in QSAR research.

5. Compare molecular force field analysis methods.

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Main references

Chapter VI Fate and Influence of Typical Pollutants in the Environmental Sector

Section 1 Migration of Pollutants in Multi-media and Multi-interface Environment

Heavy metal elements in the second quarter

I. Mercury

Second, cadmium.

Three. chrome

Four. arsenic

Section III Organic Pollutants

I persistent organic pollutants

Second, organic halogenated compounds.

Three. polycyclic aromatic hydrocarbon

4. Surfactants

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Main references

Chapter VII Restoration of Polluted Environment

Section 1 Natural attenuation

I. Overview

Second, the factors affecting the efficiency of microbial remediation

Third, the main types of enhanced bioremediation

Four. Advantages and disadvantages of bioremediation

Section 2 Phytoremediation Technology

I. Overview

Second, the process and mechanism of phytoremediation of heavy metal pollution

Thirdly, the process and mechanism of phytoremediation of organic pollutants.

Section III Chemical Oxidation Technology

I. Overview

Second, potassium permanganate oxidation method

Third, ozone oxidation technology.

Four, hydrogen peroxide and Fenton oxidation technology

Dynamic repair of the fourth section

I. Basic principles

Second, the influencing factors

Third, combination technology.

Section 5 permeable reaction grid technology for groundwater remediation

I. Overview

Second, Fei -PRB

Section 6 Surfactant and Solvent Leaching Technology

I. Basic principles

Second, the influencing factors

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Main references

Chapter VIII Basic Principles and Applications of Green Chemistry

Section 1 A Brief History of the Birth and Development of Green Chemistry

First, the birth of green chemistry

Second, the definition and development history of green chemistry

The basic principles of green chemistry in the second quarter

I. Principles and characteristics of 12 green chemistry

Second, green chemistry and green engineering.

Three. Principles of industrial ecology

Section 3 Application of Green Chemistry

First, the main research direction of green chemistry

Second, the application of green chemistry

Thinking and practicing.

Mainly related to literature

Comparative index of Chinese and English keywords