Received: from physics.phy.duke.edu by dukempd.phy.duke.edu (5.59/1.1/2.10) id AA02929; Fri, 17 Aug 90 09:16:32 EDT Received: by physics.phy.duke.edu (4.1/2.1/4.0) id AA21362; Fri, 17 Aug 90 09:16:29 EDT Date: Fri, 17 Aug 90 09:16:29 EDT Message-Id: <9008171316.AA21362@physics.phy.duke.edu> To: eac@scn8.jpl.nasa.gov the following is general info on the nitric acid data files. You will find a list of data files along with the number of transitions in each file. Also, at the end is the proper format statement with which to read the data along with an explaination of the data cont- ained in each line. Tom Goyette. tmg@physics.phy.duke.edu _____________________________________________________ file number of lines nav0 465 nav5 167 nav6 196 nav7 148 nav8 216 The first line of each file will contain the name of the molecule and vibrational state. Feel free to contact me if more information is needed. _____________________________________________________ Format statement to read data in from files (FORTRAN) format(I6,1X,I3,I3,2X,I3,1X,I3,I3,1X,F16.3,1X, I7,9X,I1) _____________________________________________________ The data contained in each row of the data file in the above format is Upper J number, Upper K(prolate), Upper K(oblate), Lower J number, Lower K(prolate), Lower K(oblate), Observed Frequency (Usually in MHz), Weight of each line in the least squares fit, Frequency units number (usually 0, or blank. Can be 0 or 1, a 0 or blank space means the Frequency given in that line is in MHz, a 1 means that the frequency in that line is in wavenumbers).