MoDeNa
1.0
Software framework facilitating sequential multi-scale modelling
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Physical constants and other parameters. More...
Go to the source code of this file.
Variables | |
real(dp), parameter | constants::eulergamma =0.5772156649015328606065120900824024310421_dp |
Euler-Mascheroni constant. | |
real(dp), parameter | constants::c0 =299792458e0_dp |
speed of light in vacuum | |
real(dp), parameter | constants::hpc =6.6260695729e-34_dp |
Planck constant. | |
real(dp), parameter | constants::c2 =0.014387752_dp |
constant in Planck's law [m*K] More... | |
complex(dp), parameter | constants::iu =(0.0e0_dp, 1.0e0_dp) |
imaginary constant | |
character(len=80), dimension(4) | constants::gasname |
names of the gases from the index set | |
real(dp), dimension(4) | constants::tc =(/154.58_dp,126.19_dp,304.17_dp,511.7_dp/) |
critical temperature | |
real(dp), dimension(4) | constants::pc =(/5.043e6_dp,3.396e6_dp,7.386e6_dp,45.1e5_dp/) |
critical pressure | |
real(dp), dimension(4) | constants::mg =(/32e-3_dp,28e-3_dp,44e-3_dp,70e-3_dp/) |
molar mass | |
real(dp), dimension(4) | constants::tb =(/90.19_dp,77.36_dp,194.75_dp,322.4_dp/) |
normal boiling point | |
real(dp), dimension(4) | constants::cpg =(/0,0,0,0/) |
heat capacity, needs to be filled in conductivity | |
Physical constants and other parameters.
Names of gases and heat capacity need to be loaded first.
Definition in file constants.f90.
real(dp), parameter constants::c2 =0.014387752_dp |
constant in Planck's law [m*K]
constant in Planck law [m*K]
Definition at line 10 of file constants.f90.