Contents Menu Expand Light mode Dark mode Auto light/dark, in light mode Auto light/dark, in dark mode Skip to content
SCIANTIX 2.1 documentation
Logo
SCIANTIX 2.1 documentation

User Guide

  • Overview
  • Installation
  • Examples
  • Regression
  • References

Physics & Numerics

  • Models
    • Burnup
    • Chromium Solubility
    • Densification
    • Effective Burnup
    • Gap Partial Pressure
    • Gas Decay
    • Gas Diffusion
    • Gas Production
    • Gas Release
    • Grain-Boundary Micro-Cracking
    • Grain Boundary Sweeping
    • Grain Boundary Venting
    • Grain Growth
    • High-burnup Structure Formation
    • High-burnup Structure Porosity
    • Intergranular Bubble Behaviour
    • Intragranular Bubble Behaviour
    • Microstructure
    • Stoichiometry Deviation
    • UO₂ Thermochemistry
  • Solvers

API Reference

  • SCIANTIX API reference
    • Namespace ErrorMessages
    • Class Gas
    • Class InputVariable
    • Class Material
    • Class Matrix
    • Class Model
    • Template Class SciantixArray
    • Class SciantixVariable
    • Class Simulation
    • Class Solver
    • Class System
    • Class Variable
    • Function BlackburnThermochemicalModel
    • Function callSciantix
    • Function defineSpectralDiffusion1Equation
    • Function defineSpectralDiffusion2Equations
    • Function defineSpectralDiffusion3Equations
    • Function errorHandling
    • Function ErrorMessages::MissingInputFile
    • Function ErrorMessages::Switch
    • Function ErrorMessages::writeErrorLog
    • Function getInputVariableNames
    • Function getScalingFactorsNames
    • Function getSciantixOptions
    • Function He_in_UO2
    • Function helium
    • Function Initialization
    • Function initializeHistoryVariable
    • Function initializeSciantixVariable
    • Function InputInterpolation
    • Function InputReading
    • Function Kr85m_in_UO2
    • Function Kr_in_UO2
    • Function krypton
    • Function ReadOneParameter
    • Function ReadOneSetting
    • Function Sciantix
    • Function SetGPVariables
    • Function SetVariables
    • Function TimeStepCalculation
    • Function UO2
    • Function UO2HBS
    • Function Xe133_in_UO2
    • Function Xe_in_UO2
    • Function Xe_in_UO2HBS
    • Function xenon
    • Variable avogadro_number
    • Variable boltzmann_constant
    • Variable boltzmann_constant_eV
    • Variable calorie
    • Variable dTime_h
    • Variable Execution_file
    • Variable Fissionrate_input
    • Variable Fissionrate_input_points
    • Variable gas_constant
    • Variable Hydrostaticstress_input
    • Variable Hydrostaticstress_input_points
    • Variable Input_history_points
    • Variable molar_mass_Chromium
    • Variable molar_mass_Oxygen
    • Variable Number_of_time_steps_per_interval
    • Variable Output_file
    • Variable Sciantix_diffusion_modes
    • Variable Sciantix_history
    • Variable Sciantix_options
    • Variable Sciantix_scaling_factors
    • Variable Sciantix_variables
    • Variable Steampressure_input
    • Variable Stempressure_input_points
    • Variable Temperature_input
    • Variable Temperature_input_points
    • Variable TestPath
    • Variable Time_end_h
    • Variable Time_end_s
    • Variable Time_fissionrate_input
    • Variable Time_h
    • Variable Time_hydrostaticstress_input
    • Variable Time_input
    • Variable Time_s
    • Variable Time_steampressure_input
    • Variable Time_step_number
    • Variable Time_temperature_input
Back to top
View this page
Edit this page

Variable calorie¶

  • Defined in File Constants.h

Variable Documentation¶

const double calorie = 4.186¶
Next
Variable dTime_h
Previous
Variable boltzmann_constant_eV
Copyright © 2025, giozu
Made with Sphinx and @pradyunsg's Furo
On this page
  • Variable calorie
    • Variable Documentation
      • calorie