PREFACE







	TNA36 contains the observed and calculated positions of the line

	series evaluated in the paper:



	The Fundamental Vibrations of NC-CC-CN (Dicyanoacetylene) by

	F.Winther and M.Schoenhoff, Institut fuer Physikalische Chemie

	der Universitaet Kiel, D-24098 Kiel, Germany,



	- published in J.Mol.Spectrosc. 186, 54-65 (1998).



	All values given in the following tables are in cm-1. The quantum

	number M used is equal to -J" for P branches and to J"+1 for R

	branches. Where l-type doubled series are resolved, the usual e,f

	notation is used. For unresolved low J lines the same wavenumber

	is used in the calculation of both series. The relative intensities

	(INT) given in the tables are of limited significance because of

	overlapping of the line	series as described in the paper.



	On top of each of the tables the label from Table 2 of the paper

	are given for identification, together with a description of the

	transition. (The same labels are used as file identifiers on the

	floppy disk.) For convenience of the authors the original file

	labels are also retained as C:\WINTHER\SCHOEN\ASGN..... in most

	tables.



        The page numbers in the list below refer to the printed version

        of the tables.











                                  Contents



                                                                     page

        Preface     ...............................................    2

	Transition diagram with labels.............................    3

	Label a     nu2-nu9(e)        .............................    4

	Label b     nu2-nu9(e/f)      .............................    8

	Label c     nu6-nu9(e)        .............................   10

	Label d     nu6-nu9(f)        .............................   14

	Label e     nu6+nu8-nu6(e)    .............................   17

	Label f     nu7+nu8-nu7(e)    .............................   19

	Label g1    nu4        low J  .............................   23

	Label g2    nu4        high J .............................   26

	Label h1    nu4-nu7(e) low J  .............................   30

	Label h2    nu4-nu7(e) high J .............................   33

	Label i     nu4-nu7(e/f)      .............................   36

	Label j1    nu4+nu7(e) low J  .............................   38

	Label j2    nu4+nu7(e) high J .............................   41

	Label k     nu4+nu7-nu7(e)    .............................   43

	Label l     nu1-nu9(e)        .............................   46

	Label m     nu1-nu9(e/f)      .............................   51

	Label n    2nu5-nu9(e)        .............................   52

	Label o    2nu5-nu9(e/f)      .............................   56

	Label p     nu1+nu9(e)        .............................   57

	Label q     nu1+nu9(f/e)      .............................   63

	Label r    2nu5+nu9(e)        .............................   64

	Label s    2nu5+nu9(f/e)      .............................   69

	Label t    2nu7+nu8-nu7(Ie)   .............................   70

	Label u    2nu7+nu8-nu7(If)   .............................   74

	Label v    2nu7+nu8-nu7(IIe)  .............................   79

	Label w    2nu7+nu8-nu7(IIf)  .............................   84

	Label x     nu2+nu8(e)        .............................   88