Search - Virtual Journal of Nuclear Astrophysics

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Results 1 - 5 of 5

Adiabatic Evolution of Mass-losing Stars
- Virtual Journal - Volume 9, Issue 41 - article #1
- Lixin Dai, Roger D. Blandford, Peter P. Eggleton
- arXiv.org - Astrophysics - Volume: 2011, Issue: 14 Oct
- arXiv:1110.2582 [pdf, ps, other]
Compulsory Deep Mixing of 3He and CNO Isotopes in the Envelopes of low-mass Red Giants
- Virtual Journal - Volume 5, Issue 25 - article #2
- Peter P. Eggleton, David S. P. Dearborn, John C. Lattanzio
- ArXiv - Astrophysics
- arXiv:0706.2710 [ps, pdf, other]
Deep Mixing of ³He: Reconciling Big Bang and Stellar Nucleosynthesis
- Virtual Journal - Volume 4, Issue 49 - article #28
- Peter P. Eggleton, David S. P. Dearborn, and John C. Lattanzio
- Science - Volume 314, Issue 5805 - 8 December 2006: 1580-1583.
- Published online 26 October 2006 [DOI: 10.1126/science.1133065] (in Science Express Reports) Three-dimensional models of giant stars show that deep convection of supposedly stable layers destroys ³He to levels consistent with the Big Bang predictions. Abstract, Full Text, PDF, Supporting Online Material,
Three-dimensional Numerical Experimentation on the Core Helium Flash of Low-Mass Red Giants
- Virtual Journal - Volume 4, Issue 8 - article #4
- David S. P. Dearborn, John C. Lattanzio, and Peter P. Eggleton
- The Astrophysical Journal - Volume639, Issue 1
- ABSTRACT, FULL TEXT, PDF (1530 kB), PS
3D Numerical Experimentation on the Core Helium Flash of low-mass Red Giants
- Virtual Journal - Volume 3, Issue 49 - article #13
- David S. P. Dearborn, John C. Lattanzio, Peter P. Eggleton
- ArXiv – Astrophysics – December 2005
- astro-ph/0512049 [abs, ps, pdf, other]

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