Electric dipole moments for neutral molecules contained
                           in the reaction library
                            LAST UPDATE 12-06-95
 
Species        mu(D)     Species        mu(D)     Species        mu(D)
 
H2             0         CH             1.46      NH             1.3
OH             1.66      SiH            0.12      PH             0.64
HS             0.76      HCL            1.08      C2             0
CN             1.45      CO             0.112     SiC            1.7
CP             0.86      CS             1.96      CCl          < 0.65
N2             0         NO             0.153     SiN          ^ 2.3
PN             2.75      NS             1.81      O2             0
SiO            3.1       PO             1.88      SO             1.55
ClO            1.24      SiS            1.73      S2             0
CH2            0.57      NH2            1.83      H2O            1.85
SiH2           0.18      PH2            ....      H2S            0.97
C2H            0.8       HCN            2.98      HNC            2.7
HCO          ^ 1.0       HCSi           ....      HCP            0.3
HCS            ....      HNO            1.67      HNSi           0.16
O2H            2.09      HPO            2.33      HS2            ....
C3             0         CCN            0.6       CCO            1.3
SiC2           2.39      CCP            ....      C2S            2.8
OCN            0.64      SiNC           2.03      CO2            0
OCS            0.71      N2O            0.16      NO2            0.32
SiO2         ^ 0.5       SO2            1.63      CH3            0
NH3            1.47      SiH3           0         C2H2           0
H2O2           1.57      H2S2           1.2       H2CN           2.54
H2CO           2.33      SiCH2          ....      H2CS           1.65
H2SiO          ....      C3H*           3.1       SiC2H          1.4
HCCP           0         C4             0         C3N            2.2
C3O            2.39      SiC3           ....      C3P            ....
C3S            3.7       CH4            0         SIH4           0
C2H3         ^ 1.5       SiCH3          ....      CH2PH          ....
CH2NH          2.02
C3H2**         3.4       CH2CN          1.62      CH2CO          1.42
SiC2H2         2.5       CHOOH          1.41      C4H            0.9
HC3N           3.6       SiC3H          ....      C5             0
SiC4           6.3       C4P            ....      C4S          ^ 3.0
C2H4           0         CH3OH          1.7       C3H3@          4.0
CH3CN          3.92      C4H2$          0         C5H            4.3
C6             0         C5N          ^ 2.7       C2H5           ....
C3H4 [CH3CCH]  0.78      CH3CHO         2.69      H3C3N [CH2CHCN]3.89
C5H2           2.5       C6H            5.0       HC5N           4.33
C7             0         HCOOCH3        1.77      H3C4N [CH3C3N] 4.91
C2H6           0
C6H2           0         C7H            4.5       C8             0
C7N            3.0       C2H5OH         1.44      CH3OCH3        1.3
C5H4 [CH3C4H]  1.21      C7H2           2.5       C8H            5.0
C9             0         HC7N           4.62      C2H6CO         2.8
H3C6N [CH3C5N] 5.75      C8H2           0         C9H            4.7
C9N            3.3       C7H4 [CH3C6H]  1.5       C9H2           2.5
HC9N           4.84      H3C8N [CH3C7N] 5.47
 
 
* l - C3H           ** c - C3H2        $ HCCCCH             @
  c - C3H = 2.4 D      H2CCC = 4.1 D     H2CCCC = 4.5 D      H2C3H(PROPARGYL) = 0.14 D
C3S FROM APJ, 429, L89, 1994 (SUENRAM & LOVAS)
CH3C3N AND CH3C5N FROM BOTSCHWINA ET AL.,'MOLECULES AND GRAINS
   IN SPACE', (ED I NENNER), P. 321 (1994) 
H2CCCC FROM OSWALD, M & BOTSCHWINA, P, J MOL SPECTROSC, 169, 181 (1995)
H2C3H FROM BOTSCHWINA, OSWALD, FLUGGE, J & HORN, M ZEIT. PHYS. CHEM., 188, S. 29 (1995)
C5O = 4.06 D (BOTSCWINA, FLUGGE & SEBALD, P, JPC, 1995, SUBMITTED