Photochemical Reactors
-15%
portes grátis
Photochemical Reactors
Theory, Methods, and Applications of Ultraviolet Radiation
Blatchley, Ernest R.
John Wiley & Sons Inc
10/2022
608
Dura
Inglês
9781119871309
15 a 20 dias
666
Descrição não disponível.
Chapter 1. Background and History
Chapter 2. Photochemical Reactions
Chapter 3. Photochemical Reactor Theory
Chapter 4. Ultraviolet Radiation Sources
Chapter 5. Actinometry and Radiometry
Chapter 6. Numerical Models for Simulation of Photochemical Reactor Behavior
Chapter 7. Validation of Photochemical Reactors
Chapter 8. Methods for Quantification of Microbial Responses to UVC Irradiation
Chapter 9. UV Disinfection of Drinking Water and Municipal Wastewater
Chapter 10. Photolysis and Advanced Reaction Processes for Control of Trace Contaminants
Chapter 11. UV Disinfection of Air and Surfaces
Chapter 2. Photochemical Reactions
Chapter 3. Photochemical Reactor Theory
Chapter 4. Ultraviolet Radiation Sources
Chapter 5. Actinometry and Radiometry
Chapter 6. Numerical Models for Simulation of Photochemical Reactor Behavior
Chapter 7. Validation of Photochemical Reactors
Chapter 8. Methods for Quantification of Microbial Responses to UVC Irradiation
Chapter 9. UV Disinfection of Drinking Water and Municipal Wastewater
Chapter 10. Photolysis and Advanced Reaction Processes for Control of Trace Contaminants
Chapter 11. UV Disinfection of Air and Surfaces
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
UV radiation; laws of photochemistry; photochemical kinetics; quantum yield; collimated beam; UV dose distribution; solar radiation; mercury lamp; UV LED; excimer lamp; laser; chemical actinometry; radiometry; fluence rate field; computational fluid dynamics; biodosimetry; reactor validation; Lagrangian actinometry; culture-based methods; UV disinfection of water; UV disinfection of wastewater; wastewater reuse; UV photolysis; advanced oxidation processes; advanced reduction processes; UV disinfection of air; UV disinfection of surfaces.
Chapter 1. Background and History
Chapter 2. Photochemical Reactions
Chapter 3. Photochemical Reactor Theory
Chapter 4. Ultraviolet Radiation Sources
Chapter 5. Actinometry and Radiometry
Chapter 6. Numerical Models for Simulation of Photochemical Reactor Behavior
Chapter 7. Validation of Photochemical Reactors
Chapter 8. Methods for Quantification of Microbial Responses to UVC Irradiation
Chapter 9. UV Disinfection of Drinking Water and Municipal Wastewater
Chapter 10. Photolysis and Advanced Reaction Processes for Control of Trace Contaminants
Chapter 11. UV Disinfection of Air and Surfaces
Chapter 2. Photochemical Reactions
Chapter 3. Photochemical Reactor Theory
Chapter 4. Ultraviolet Radiation Sources
Chapter 5. Actinometry and Radiometry
Chapter 6. Numerical Models for Simulation of Photochemical Reactor Behavior
Chapter 7. Validation of Photochemical Reactors
Chapter 8. Methods for Quantification of Microbial Responses to UVC Irradiation
Chapter 9. UV Disinfection of Drinking Water and Municipal Wastewater
Chapter 10. Photolysis and Advanced Reaction Processes for Control of Trace Contaminants
Chapter 11. UV Disinfection of Air and Surfaces
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
UV radiation; laws of photochemistry; photochemical kinetics; quantum yield; collimated beam; UV dose distribution; solar radiation; mercury lamp; UV LED; excimer lamp; laser; chemical actinometry; radiometry; fluence rate field; computational fluid dynamics; biodosimetry; reactor validation; Lagrangian actinometry; culture-based methods; UV disinfection of water; UV disinfection of wastewater; wastewater reuse; UV photolysis; advanced oxidation processes; advanced reduction processes; UV disinfection of air; UV disinfection of surfaces.
