SUMMARY
The discussion focuses on learning to calculate cross-sections and dissociation rates using Convergent-Close Coupling (CCC) methods. Participants seek online resources for numerical calculations specifically related to the dissociation rate of the molecular hydrogen ion influenced by electrons and ions. The need for coding resources to implement these calculations is emphasized, highlighting a gap in accessible educational materials for CCC techniques.
PREREQUISITES
- Understanding of Convergent-Close Coupling (CCC) methods
- Familiarity with molecular hydrogen ion dissociation processes
- Basic knowledge of numerical methods for rate calculations
- Proficiency in programming for scientific computing
NEXT STEPS
- Research online courses or tutorials on Convergent-Close Coupling (CCC) methods
- Explore resources on calculating molecular dissociation rates
- Learn programming languages commonly used in scientific computing, such as Python or MATLAB
- Investigate existing code libraries or frameworks for CCC simulations
USEFUL FOR
Researchers in quantum chemistry, physicists studying molecular interactions, and computational scientists looking to implement Convergent-Close Coupling methods for dissociation rate calculations.