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The JINA Reaclib Project: Advancing Nuclear Reaction Rates in Astrophysics

The JINA Reaclib Project aims to provide up-to-date nuclear reaction rates for astrophysical applications. It features an easily accessible online platform that emphasizes work history transparency, open discussion threads, and user contributions. Reactions are reformatted into Reaclib format and include advanced search capabilities and version tracking. The database incorporates comprehensive data evaluations from literature, facilitating testing and verification of rates, including Q-value tests, low T behavior, and reverse rate tests, ensuring high accuracy and reliability in nuclear astrophysics research.

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The JINA Reaclib Project: Advancing Nuclear Reaction Rates in Astrophysics

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  1. The JINA Reaclib Project Richard H. Cyburt Hendrik Schatz Students: Ryan Ferguson, Karl Smith, Scott Warren

  2. Motivation • Up-to-date reaction rates • Easily accessible (www) • Work history transparency • Open discussion threads

  3. Reaclib Database • Based on data/evaluations from lit. • Reformated into reaclib format • Online Interface • Search capabilities • Choose between libraries • “live” • “snap-shot” • User-created

  4. JINA Reaclib Database • Version Tracking/comparison • Rate verification implemented • Agreement between reaclib/literature • Q-value tests • Low T behavior • Reverse rate tests • JINA Reaclib Database

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