🚀 go-pugleaf

In article <1992Nov20.190945.23798@sfu.ca> palmer@sfu.ca (Leigh Palmer) writes:
>In article <HAGERMAN.92Nov19204019@rx7.ece.cmu.edu> hagerman@ece.cmu.edu (John
>Hagerman) writes:
>>In article <1992Nov19.202817.29139@sfu.ca> palmer@sfu.ca (Leigh Palmer)
>writes:
>>>
>>> Wow. Thanks for the information, John. I hope someone will be able
>>> to drop the other shoe and tell us where to learn more about this
>>> twenty-year-old technology.
>>
>>Your ability to communicate sarcasm without a smiley is nice to see.
>>But I fear that your comments may mask one important point of my post,
>>which was to demonstrate that many of the questions asked here can be
>>sufficiently answered by a tiny bit of research.  Need I explain why
>>actually doing such research is useful?
>
>I've failed again, I'm afraid. I wasn't being sarcastic; I have no idea
>how this is done, and since I teach physics, I think that is a lacuna
>in my knowledge which needs to be filled. I asked some specific 
>questions about generation and distribution, and I'd really like to
>know the answers to those questions.
>
>I've only recently adopted the "smiley" (my version has a double chin)
>because I was being misunderstood. I am quite vain about my command of
>the language, and I had never seen a smiley in Mark Twain, so I didn't
>use them, either. Now I see that it can work the other way as well. 
>
>Leigh

Hi.

I'm interested in a thermodynamic model of air over the following 
range:

	Pressure: 2e-4 atm to ~10000 atm
	Temperature:  100 K to 2500 K

outside the vapor dome.  I've already got William Reynolds' 1979
model from his book _Thermodynamic_Properties_in_SI_, and I'm
looking for others.

Specifically, I'd like h(rho,T), P(rho,T), s(rho,T) if possible.

Any help would be appreciated, especially FORTRAN code, if 
available.

			Thanks.

			Douglas Natelson
			natelson@phoenix.princeton.edu