IcyDwarf v14.2.1

Includes thermal evolution code of Desch et al. (2009 Icarus 202,
694-714), with 26Al, but without amorphous ice. The thermal subroutine
was successfully benchmarked against Steve Desch's code and gives the
same results to the 3rd or 4th decimal place. Any difference is likely
to have arisen from the way decimal numbers are converted to hex in C:
some precision is lost.
IcyDwarf v14.2.1

Includes thermal evolution code of Desch et al. (2009, Icarus 202,
694-714), with added 26Al, and without amorphous ice.
The code was successfully benchmarked against Steve Desch's. It gave the
same results to the 3rd or 4th decimal place. Any difference is likely
to have arisen from the way decimal numbers are converted to hex in C:
some precision is lost (e.g., 3.5e-5 becomes 3.49999976e-5).
IcyDwarf v14.2.1

Includes thermal evolution code of Desch et al. (2009, Icarus 202,
694-714), with added 26Al, and without amorphous ice.
The code was successfully benchmarked against Steve Desch's. It gave the
same results to the 3rd or 4th decimal place. Any difference is likely
to have arisen from the way decimal numbers are converted to hex in C:
some precision is lost (e.g., 3.5e-5 becomes 3.49999976e-5).
IcyDwarf v14.2.1

Includes thermal evolution code of Desch et al. (2009, Icarus 202,
694-714), with added 26Al, and without amorphous ice.
The code was successfully benchmarked against Steve Desch's. It gave the
same results to the 3rd or 4th decimal place. Any difference is likely
to have arisen from the way decimal numbers are converted to hex in C:
some precision is lost (e.g., 3.5e-5 becomes 3.49999976e-5).
IcyDwarf v14.2.1

Includes thermal evolution code of Desch et al. (2009, Icarus 202,
694-714), with added 26Al, and without amorphous ice.
The code was successfully benchmarked against Steve Desch's. It gave the
same results to the 3rd or 4th decimal place. Any difference is likely
to have arisen from the way decimal numbers are converted to hex in C:
some precision is lost (e.g., 3.5e-5 becomes 3.49999976e-5).
Merge remote-tracking branch 'origin/master'
IcyDwarf v14.2.1

Includes thermal evolution code of Desch et al. (2009, Icarus 202,
694-714), with added 26Al, and without amorphous ice.
The code was successfully benchmarked against Steve Desch's. It gave the
same results to the 3rd or 4th decimal place. Any difference is likely
to have arisen from the way decimal numbers are converted to hex in C:
some precision is lost (e.g., 3.5e-5 becomes 3.49999976e-5).