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    16 repositories

    • pydrad

      Public
      Python tools for setting up HYDRAD runs and parsing output
      pythoncoronahydrodynamicssolar-physics
      Python
      •
      MIT License
      •3•5•27•0•Updated Dec 14, 2024Dec 14, 2024

    • ebtelplusplus

      Public
      An implementation of the enthalpy-based thermal evolution of loops (EBTEL) model implemented in C++ and wrapped in Python
      solar-physicscoronal-loopshydrodynamic-modelingebtel
      Python
      •
      GNU General Public License v3.0
      •5•12•9•0•Updated Sep 17, 2024Sep 17, 2024

    • EBTEL

      Public
      Enthalpy-Based Thermal Evolution of Loops (EBTEL) model coded in the IDL language by J. A. Klimchuk, S. Patsourakos, and P.J. Cargill
      IDL
      •3•8•3•0•Updated Aug 20, 2024Aug 20, 2024

    • HYDRAD

      Public
      HYDrodynamics and RADiation Code for computing solutions to field-aligned hydrodynamic equations in coronal loops
      EmberScript
      •
      MIT License
      •5•11•16•0•Updated Nov 13, 2023Nov 13, 2023

    • hot_plasma_nanoflare_trains

      Public archive
      Text and figures for the paper Inference of Heating Properties from "Hot" Non-flaring Plasmas in Active Region Cores II. Nanoflare Trains, Barnes et al. (2016)
      Jupyter Notebook
      •
      GNU General Public License v3.0
      •0•1•0•0•Updated Jul 19, 2023Jul 19, 2023

    • EBTEL3

      Public
      Modified version of the Enthalpy-Based Thermal Evolution of Loops model accounting for kinetic energy as described in Abhishek Rajhans et al. 2022 ApJ 924 13
      Prolog
      •1•1•0•0•Updated May 6, 2022May 6, 2022

    • synthetic-observables-paper-observations

      Public archive
      Part 2 of a series of two papers on computing synthetic observables for various impulsive heating models
      Jupyter Notebook
      •0•2•0•0•Updated Nov 9, 2021Nov 9, 2021

    • synthetic-observables-paper-models

      Public archive
      Part 1 of a series of papers on computing synthetic observables for varying nanoflare heating frequencies
      Jupyter Notebook
      •
      MIT License
      •0•2•1•0•Updated Jul 15, 2021Jul 15, 2021

    • rsp_toolkit

      Public archive
      General purpose C++ utilities used in models maintained by the solar physics group at Rice University
      C++
      •
      MIT License
      •0•0•0•0•Updated Jan 15, 2020Jan 15, 2020

    • group_webpage

      Public
      Rice Solar Physics research group webpage
      HTML
      •
      Other
      •4•1•6•0•Updated Oct 21, 2019Oct 21, 2019

    • shine-2018

      Public archive
      Info page for the SHINE 2018 session "Signatures of Time-dependent Heating in Active Regions and the Slow Solar Wind "
      TeX
      •
      MIT License
      •1•0•0•0•Updated Aug 2, 2018Aug 2, 2018

    • hot_plasma_single_nanoflares

      Public archive
      Text and figures for the paper Inference of Heating Properties from "Hot" Non-flaring Plasmas in Active Region Cores I. Single Nanoflares, Barnes et al. (2016)
      Jupyter Notebook
      •
      BSD 2-Clause "Simplified" License
      •0•4•0•0•Updated Jun 19, 2017Jun 19, 2017

    • IonPopSolver

      Public
      Code for computing effective temperature and ion population fractions from temperature and density timeseries.
      C++
      •
      GNU General Public License v3.0
      •1•1•0•0•Updated May 25, 2017May 25, 2017

    • Radiation_Model

      Public
      Generalized radiation model for correctly treating radiative losses and fractional ionization of many elements/ions in the solar corona
      C++
      •
      GNU General Public License v3.0
      •0•0•0•0•Updated May 9, 2017May 9, 2017

    • deprecated_EBTEL

      Public archive
      Deprecated EBTEL code
      C
      •1•0•0•0•Updated Sep 30, 2016Sep 30, 2016

    • apolloDB

      Public archive
      Atomic database for hydrodynamic codes in solar physics
      EmberScript
      •
      MIT License
      •0•1•0•0•Updated Mar 2, 2016Mar 2, 2016