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Chemistry
Specialized Chemistry
Photochemistry
1. Introduction to Photochemistry
2. Fundamental Principles of Light and Matter
3. Molecular Electronic Structure
4. Light Absorption by Molecules
5. Photophysical Processes
6. Photochemical Reaction Types
7. Energy and Electron Transfer Processes
8. Photochemical Kinetics and Mechanisms
9. Experimental Methods in Photochemistry
10. Applications in Biological Systems
11. Environmental Photochemistry
12. Synthetic Applications
13. Materials Science Applications
14. Energy Applications
15. Medical and Therapeutic Applications
16. Advanced Topics and Future Directions
Fundamental Principles of Light and Matter
Nature of Electromagnetic Radiation
Wave Properties
Wavelength
Frequency
Amplitude
Phase
Particle Properties
Photons
Energy Quantization
Momentum
Wave-Particle Duality
Experimental Evidence
Implications for Photochemistry
Electromagnetic Spectrum
Radio Waves
Microwaves
Infrared Radiation
Visible Light
Ultraviolet Radiation
X-rays
Gamma Rays
Units and Conversions
Wavelength Units
Frequency Units
Energy Units
Wavenumber
Photon Energy and Interactions
Planck's Equation
Planck's Constant
Energy-Frequency Relationship
Energy-Wavelength Relationship
Einstein's Photoelectric Effect
Work Function
Kinetic Energy of Electrons
Photon Flux and Intensity
Definition of Photon Flux
Relationship to Light Intensity
Units and Measurements
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1. Introduction to Photochemistry
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3. Molecular Electronic Structure