ADC/CDS Standard Document for Catalog:/catalogs/6/6056/
ADC/CDS Standard Document for Catalog:| 1. Use the ADC Data Viewer Suite to visualize the data. |
|
| 2. Get the data files via anonymous FTP. (See Note.) |
|
VI/56 Tests of shock chemistry in IC 443G (Turner+, 1992)
================================================================================
Tests of Shock Chemistry in IC 443G
Turner B.E., Chan K.-W., Green S., Lubowich D.A.
<Astrophys. J. 399, 114 (1992)>
=1992ApJ...399..114T
================================================================================
ADC_Keywords: Excitation rates
Description:
The present study improves the computations of the collisional
excitation rates by Green & Chapman (1978) for CS-H2;
and by Bieniek & Green (1981) for SiO-H2.
Part of the results are presented in the Appendix of
the publication.
References:
Bieniek R.J., Green S., 1981, Chem. Phys. Lett. 84, 380
Green S., Chapman S., 1978, ApJS 37, 169
File Summary:
--------------------------------------------------------------------------------
FileName Lrecl Records Explanations
--------------------------------------------------------------------------------
ReadMe 80 . This file
csh2rate.dat 80 420 CS-H2 Collisional excitation rates
sioh2rat.dat 80 420 SiO-H2 Collisional excitation rates
--------------------------------------------------------------------------------
Byte-by-byte Description of file: *.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
4- 5 I2 --- Ji [0/20] Initial rotational level
7- 8 I2 --- Jf [0/20] Final rotational level
10- 17 E8.2 cm3/s Rate(20) Collisional excitation rate at 20K
19- 26 E8.2 cm3/s Rate(40) Collisional excitation rate at 40K
28- 35 E8.2 cm3/s Rate(70) Collisional excitation rate at 70K
37- 44 E8.2 cm3/s Rate(100) Collisional excitation rate at 100K
46- 53 E8.2 cm3/s Rate(150) Collisional excitation rate at 150K
55- 62 E8.2 cm3/s Rate(200) Collisional excitation rate at 200K
64- 71 E8.2 cm3/s Rate(250) Collisional excitation rate at 250K
73- 80 E8.2 cm3/s Rate(300) Collisional excitation rate at 300K
--------------------------------------------------------------------------------
Historical Notes: by exchange from NASA-Goddard
================================================================================
(End) Francois Ochsenbein [CDS] 13-Dec-1994