'Energy transfer processes' presentation slideshows

Chapter 2 The Energy Cycle

Chapter 2 The Energy Cycle. ATMO 1300 FALL 2009. Why Study Solar Radiation?. The sun is the ultimate source of energy for atmospheric processes. Important concepts: the energy balance (what goes in/out?) satellite imagery atmospheric motion. Basics: Law of Motion.

1.23k views • 79 slides

Lecture 23, Nov. 19

Lecture 23, Nov. 19. Goals:. Chapter 17 Apply heat and energy transfer processes Recognize adiabatic processes Chapter 18 Follow the connection between temperature, thermal energy, and the average translational kinetic energy molecules

723 views • 28 slides

Lecture 23, Nov. 19

Lecture 23, Nov. 19. Goals:. Chapter 17 Apply heat and energy transfer processes Recognize adiabatic processes Chapter 18 Follow the connection between temperature, thermal energy, and the average translational kinetic energy molecules

285 views • 28 slides

Lecture 24

Lecture 24. Goals:. Chapter 17 Apply heat and energy transfer processes Recognize adiabatic processes Chapter 18 Follow the connection between temperature, thermal energy, and the average translational kinetic energy molecules

435 views • 26 slides

Three common mechanisms for bimolecular quenching

Three common mechanisms for bimolecular quenching. 1. Collisional deactivation: S* + Q ? S + Q is particularly efficient when Q is a heavy species such as iodide ion. 2. Resonance energy transfer: S* + Q ? S + Q *

553 views • 22 slides

23.7 Kinetics of photochemical reactions

23.7 Kinetics of photochemical reactions. Primary photochemical process : products are formed directly from the excited state of a reactant. Secondary photochemical process: intermediates are formed directly from the excited state of a reactant.

2.27k views • 16 slides

Trivia Question of the Day

167 views • 5 slides