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Carbon detonation

  • Stellar Explosions

    Stellar Explosions

  • Metadata of the Chapter That Will Be Visualized Online

    Metadata of the Chapter That Will Be Visualized Online

  • Fundamentals of Stellar Evolution Theory: Understanding the HRD

    Fundamentals of Stellar Evolution Theory: Understanding the HRD

  • N-Body Techniques for Astrophysics: Lecture 4 – STARLAB

    N-Body Techniques for Astrophysics: Lecture 4 – STARLAB

  • Ch 06-Phys--Star Death & H-R Di

    Ch 06-Phys--Star Death & H-R Di

  • NEUTRON STARS, GAMMA RAY BURSTS, and BLACK HOLES (Chap

    NEUTRON STARS, GAMMA RAY BURSTS, and BLACK HOLES (Chap

  • Stellar Evolution

    Stellar Evolution

  • Chapter 22 Neutron Stars and Black Holes Units of Chapter 22 22.1 Neutron Stars 22.2 Pulsars 22.3 Xxneutron-Star Binaries: X-Ray Bursters

    Chapter 22 Neutron Stars and Black Holes Units of Chapter 22 22.1 Neutron Stars 22.2 Pulsars 22.3 Xxneutron-Star Binaries: X-Ray Bursters

  • Review for Test #3 Nov 8

    Review for Test #3 Nov 8

  • Binary Progenitors of Supernovae

    Binary Progenitors of Supernovae

  • N-Body Techniques for Astrophysics: Lecture 2 – DIRECT N-BODY Codes

    N-Body Techniques for Astrophysics: Lecture 2 – DIRECT N-BODY Codes

  • Chapter 21 Stellar Explosions Units of Chapter 21

    Chapter 21 Stellar Explosions Units of Chapter 21

  • Nuclear Detonation Around Compact Objects

    Nuclear Detonation Around Compact Objects

  • Strongly Lensed Supernovae: a Powerful Probe of Astrophysics and Cosmology

    Strongly Lensed Supernovae: a Powerful Probe of Astrophysics and Cosmology

  • Thermonuclear Explosion of a Massive Hybrid Heco White-Dwarf Triggered by a He-Detonation on a Companion

    Thermonuclear Explosion of a Massive Hybrid Heco White-Dwarf Triggered by a He-Detonation on a Companion

  • 6. Supernovas

    6. Supernovas

  • Pos(SUPERNOVA)014 Ce

    Pos(SUPERNOVA)014 Ce

  • Sub-Chandrasekhar Mass Models for Type Ia Supernovae

    Sub-Chandrasekhar Mass Models for Type Ia Supernovae

Top View
  • Astrophysics Vi Semester Nuclear Particle and Astrophysics
  • Lecture 18 Type Ia Supernovae
  • Stellar Explosions (Ch
  • More Nuclear Burning in Stars and Supernova
  • Collapse of Accreting Carbon-Oxygen White Dwarfs Induced by Carbon Deflagration at High Density
  • 18. Stellar Explosions
  • Supernovae and Gamma-Ray Bursts
  • On the Relationship Between Pulsars and Supernova Remnants
  • Progenitor Systems of Type Ia Supernovae: Mergers of White Dwarfs and Constraints on Hydrogen-Accreting White Dwarfs
  • Supernovae and Neutron Stars Stirling A.Colgate
  • Impact of Core-Shell Mixing on the Carbon Ignition Mechanism Sabrina Gronow1, 2,?, Christine Collins3, Sebastian T
  • PHYS 2410 General Astronomy Homework 7 Due 12/02 Before the Classes
  • Christopher John Ashall
  • 1 Astrophysical Explosions
  • Supernovae. Part I: the Events
  • Neutron Stars, Gamma Ray Bursts (Postponing Material on Black Holes Until the Next Exam)
  • Explosive Nucleosynthesis Based on the Accreted Envelope Has Been Already Built Up, Are 1D Presupernova Evolution
  • Stellar Explosions Explosions


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