CW%APG.PH.UCL.AC.UK@pucc.PRINCETON.EDU (04/06/91)
HOWDY, First of all to Jason Waterman: I think you got it when you said the value you looked at was for O2 and not O because after a bit of checking it seems that the specific heat given for nitrogen is what is listed as the specific heat at constant pressure for N2. This is logical in a way as O2 and N2 are the naturally occuring forms of the two gases that we experience, however I do feel HP ought to point this out in the manual. Thanks Jason. Re the same posting: To whoever pointed out my conversion problems (J/(K*mol)->J/(K*mol)). Haven't you heard of english units? :-) (Seriously, there was a little typo there, thanks). Now to Rick Greville: I've tried to contact you at the return address I saw on your message to me which was, n223dk@edu.tamu.tamuts and I got a message telling me 'Unknown user at that site'. Any clues? Is the user name totally whacko? Anyway thanks for the list. I might have an addition to it for you. My experience with the routine at #355D8h is that it extract numbers from real or complex arrays (i.e. BCD12) and then converts that number to a long real or complex (i.e.BCD15) whilst maintaining a copy of the array on the stack. It requires the array in level 2 of the stack and a system binary in level 1 of the stack and returns the array in level 2 (this doesn't move) and the long real or long complex in level 1. For example 2: [ 99 74 67 ] 1: <2h> #355D8h SYSEVAL produces 2: [ 99 74 67 ] 1: Long Real where the long real is the long real version of 74. Or 2: [ (3,3) (5,5) (6,6) (7,7) ] 1: <3h> #355D8 SYSEVAL produces 2: [ (3,3) (5,5) (6,6) (7,7) ] 1: Long complex where the long complex is the long form of (6,6) I haven't tested much beyond this, but this seems quite a reasonable use for the routine, Conrad