Completed
A general method for the inclusion of radiation chemistry in astrochemical models
Class Central Classrooms beta
YouTube videos curated by Class Central.
Classroom Contents
Cosmic Rays in Astrochemical Models - Understanding Interstellar Chemistry
Automatically move to the next video in the Classroom when playback concludes
- 1 Intro
- 2 Extraterrestrial Radiation The First Hint
- 3 Confirmation of Extraterrestrial Origin
- 4 Evidence of Extraterrestrial Origin
- 5 The Origin of the name "Cosmic Ray"
- 6 The Nature of Cosmic Rays
- 7 Composition of Cosmic Rays
- 8 Where Do Cosmic Rays Come From?
- 9 Cosmic Ray Energy Distribution
- 10 Cosmic Rays in the Interstellar Medium
- 11 Rock
- 12 Murchison Meteorite
- 13 How does irradiation change the ice composition?
- 14 Ionizing Radiation "Tracks"
- 15 Monte Carlo Models
- 16 Part IV
- 17 A new model of the chemistry of ionizing radiation in solids: CIRIS
- 18 CIRIS Algorithm
- 19 Experimental Physical Conditions
- 20 An Initial Attempt at Simulating Particle Tracks
- 21 CIRIS Data
- 22 A general method for the inclusion of radiation chemistry in astrochemical models
- 23 Back Cover Design
- 24 The Importance of Excited Species at Low Temperatures
- 25 Step 1: Elementary Processes
- 26 Step 2
- 27 Rate Coefficients
- 28 Bulk Chemistry Like the surface, but slower?
- 29 Radicals In Ices An Extreme Scenario
- 30 Bulk Chemistry: Unlike the surface and faster?
- 31 Shingledecker et al. (2019)
