High resolution infrared spectrum and global analysis
             of nu5, nu12, and nu12+nu6-nu6 in CH3SiH3
                             by
      L. Borvayeh, I. Ozier, A. Bauder, and N. Moazzen-Ahmadi

Summary Table with the detailed output from the best FR fit of Table 1
                              for the
Supplementary Material Archives of the Journal of Molecular Spectroscopy

Corresponding Author: Irving Ozier   iozier@phas.ubc.ca

Number of Lines in the file is 9886.


This file consists of five parts. The file is written in straight text 
and can be read with a standard editor. If it is to be printed out, 
however, it would be best to print it from Microsoft Word as follows:
         Part (1):  9 point Courier New font with Portrait  orientation
         Part (2): 10 point Courier New font with Portrait  orientation
         Part (3):  8 point Courier New font with Landscape orientation
         Part (4): 10 point Courier New font with Portrait  orientation
         Part (5):  9 point Courier New font with Portrait  orientation


SUMMARY OF THE FIVE PARTS
*************************
Part (1) The characteristics of the fit are given. See Table 2 of the
******** manuscript for further details.

Part (2) The best fit values of the molecular parameters are given for 
******** the final FR model fit. The best fit values are also given in 
         Table 1 of the  manuscript, where further details can be found. 
         In part because the Supplementary Material uses text only, the 
         symbols used in the Supplementary Material for the parameters 
         are different from those used in the manuscript.  The corres-
         pondence between symbols can easily be deduced by comparing 
         the numerical values here with their counterparts in Table 1 
         of the manuscript. This correspondence is needed to interpret 
         Part (3).

         If the entry in the Index column is unity, then the parameter 
         listed is treated as the difference between the excited state 
         value and that for the ground state. 

Part (3) The correlation matrix is given using the same symbols as in 
******** Part (2). The correlation coefficients have been multiplied 
         by 1000. (Zero means a coefficient that is smaller than 0.05%.)

Part (4) As discussed in Sec. IV of the manuscript, some of the lines
******** in the nu5 band were blended. In many cases, this occurred in 
         a systematic manner over a wide range in J-values. The fre-
         quencies of such blended lines were included of the data set. 
         In each such case, the frequency was taken as the weighted 
         average. 

         In this Part, the averaging pattern is specified. The Flag 
         indicated here is the Flag which is given in the right-hand 
         column of the table in Part (5).

Part (5) The global data set is given. This has been divided into
******** Components as has been done in Table 2 of the text. For  
         each transition, Part (5) lists the calculated frequency, 
         the observed frequency, the corresponding difference, the 
         experimental error, and the identification. In addition, 
         the averaging flag is given in the right hand column speci-
         fying the averaging procedure which has been used, as defined 
         in Part (4).