UV-Visible Spectrophotometry of Waters and Soils
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UV-Visible Spectrophotometry of Waters and Soils
Thomas, Olivier; Burgess, Christopher
Elsevier Science Publishing Co Inc
05/2022
626
Mole
Inglês
9780323909945
15 a 20 dias
1100
Descrição não disponível.
1. Introductory positioning chapter: what do we need for waters and soils quality monitoring?
2. The Basics for good Spectrophotometric UV-visible Measurements
3. From Spectra to Qualitative and Quantitative Results
4. Organic Constituents
5. Aggregate Organic Constituents
6. Mineral Constituents
7. Physical and Aggregate Properties
8. Natural Water Quality
9. Natural Water, High Frequency Monitoring
10. Drinking Water Production
11. Urban Wastewater
12. Industrial Wastewater
13. Polluted Soils and leachates
14. Agricultural soils, natural Soils and sediments
15. UV Spectra Library
2. The Basics for good Spectrophotometric UV-visible Measurements
3. From Spectra to Qualitative and Quantitative Results
4. Organic Constituents
5. Aggregate Organic Constituents
6. Mineral Constituents
7. Physical and Aggregate Properties
8. Natural Water Quality
9. Natural Water, High Frequency Monitoring
10. Drinking Water Production
11. Urban Wastewater
12. Industrial Wastewater
13. Polluted Soils and leachates
14. Agricultural soils, natural Soils and sediments
15. UV Spectra Library
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
?Absorbance accuracy; Activated carbon; Aggregate organic constituents; Agricultural soils; Aldehydes; Amines; Aqueous solutions; BOD; BOD5; Beer-Lambert law; Benzene and derivatives; COD; Chromophore; Cl compounds; Colloids; Color; Colored reagents; Complementary approaches; Compost; Cuvette; DOC; Data integrity; Deconvolution; Derivatization; Disinfection by-products; Dissolved organic matter; Drinking water production; Dyes; Early warning systems; Food industry; Freshwater; Good spectroscopic practice; Good spectroscopic practices; Groundwater; High-frequency monitoring; High-resolution measurements; Humus; ISO Guide 17025; Impact of rain; Instrument calibration; Isosbestic points; Jar test; Ketones; Lakes; Landfill leachates; Library; MLR; Membrane; Metallic constituents; Minerals; Monitoring program; Multiwavelengths; N compounds; Nanoparticles; Natural soils; Nitrate; One wavelength; Online monitoring; Optical characteristics; Organic matter; Organics; P compounds; PAH; PAHs; PCA; PLS; Particles; Pesticides; Petrochemistry; Pharmaceuticals; Phenols; Phosphate; Phosphorus; Point source pollution; Polluted soils; Pulp and paper; Quality evolution; Quality of resources; Quality parameters; Rainfalls impact; Reference standards; Refinery; Remote sensing; Rivers; S compounds; SUVA; Sample aging; Seawater; Second derivative; Second derivative spectrophotometry; Sediments; Shock load; Soil quality; Solid wastes; Solvent quality; Solvents; Spectra exploitation; Spectral bandwidth; Spectral characteristics; Spectral deconvolution
1. Introductory positioning chapter: what do we need for waters and soils quality monitoring?
2. The Basics for good Spectrophotometric UV-visible Measurements
3. From Spectra to Qualitative and Quantitative Results
4. Organic Constituents
5. Aggregate Organic Constituents
6. Mineral Constituents
7. Physical and Aggregate Properties
8. Natural Water Quality
9. Natural Water, High Frequency Monitoring
10. Drinking Water Production
11. Urban Wastewater
12. Industrial Wastewater
13. Polluted Soils and leachates
14. Agricultural soils, natural Soils and sediments
15. UV Spectra Library
2. The Basics for good Spectrophotometric UV-visible Measurements
3. From Spectra to Qualitative and Quantitative Results
4. Organic Constituents
5. Aggregate Organic Constituents
6. Mineral Constituents
7. Physical and Aggregate Properties
8. Natural Water Quality
9. Natural Water, High Frequency Monitoring
10. Drinking Water Production
11. Urban Wastewater
12. Industrial Wastewater
13. Polluted Soils and leachates
14. Agricultural soils, natural Soils and sediments
15. UV Spectra Library
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
?Absorbance accuracy; Activated carbon; Aggregate organic constituents; Agricultural soils; Aldehydes; Amines; Aqueous solutions; BOD; BOD5; Beer-Lambert law; Benzene and derivatives; COD; Chromophore; Cl compounds; Colloids; Color; Colored reagents; Complementary approaches; Compost; Cuvette; DOC; Data integrity; Deconvolution; Derivatization; Disinfection by-products; Dissolved organic matter; Drinking water production; Dyes; Early warning systems; Food industry; Freshwater; Good spectroscopic practice; Good spectroscopic practices; Groundwater; High-frequency monitoring; High-resolution measurements; Humus; ISO Guide 17025; Impact of rain; Instrument calibration; Isosbestic points; Jar test; Ketones; Lakes; Landfill leachates; Library; MLR; Membrane; Metallic constituents; Minerals; Monitoring program; Multiwavelengths; N compounds; Nanoparticles; Natural soils; Nitrate; One wavelength; Online monitoring; Optical characteristics; Organic matter; Organics; P compounds; PAH; PAHs; PCA; PLS; Particles; Pesticides; Petrochemistry; Pharmaceuticals; Phenols; Phosphate; Phosphorus; Point source pollution; Polluted soils; Pulp and paper; Quality evolution; Quality of resources; Quality parameters; Rainfalls impact; Reference standards; Refinery; Remote sensing; Rivers; S compounds; SUVA; Sample aging; Seawater; Second derivative; Second derivative spectrophotometry; Sediments; Shock load; Soil quality; Solid wastes; Solvent quality; Solvents; Spectra exploitation; Spectral bandwidth; Spectral characteristics; Spectral deconvolution
