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pynucastro 2.4

Introduction

Overview of pynucastro
Reaction Rate Types
Installation
Contributing

Nuclear Properties

Third Party Data
Nuclear Properties

Exploring Networks in Python

pynucastro usage examples
Plotting Examples
Example of integrating a network

Building Networks

Selecting Rates from a Library
Dealing with Duplicate Rates
Checking your network
Tabulated Weak Rate Example
Combining ReacLib Rates with Electron Capture Tables
alternate_rates

Advanced Rate Operations

Screening Rates
Modifying Rates
Creating a Custom Rate
Reverse Rates

Advanced Network Operations

Approximate Rates
- Approximating alpha-capture
- Approximating double n-capture
Using NSE Protons
Removing Unimportant Rates

Nuclear Statistical Equilibrium

Solving for nuclear statistical equilibrium
Creating an NSE table

Plasma Neutrinos

Neutrino Cooling

Exporting Networks

Exporting Networks
Python network
Simple C++ network
Fortran Networks
AMReX Astro Microphysics Networks
Integrating using DifferentialEquations.jl
- Installing diffeqpy
- Example of Integrating a Network

Some Useful Networks

A He-burning Network

Examples in Nuclear Astrophysics

Binding Energy per Nucleon
p-p chain vs. CNO
hot-CNO and breakout
Computing the Screened Triple-alpha rate
Ratio of C/O from He burning
A Supernova Lightcurve

Reference

Citing pynucastro
Changelog
API
- pynucastro package
References

Index

Index
Module Index

Repository
Open issue

Search

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By pynucastro development team

© Copyright 2024, pynucastro development team.