MEASUREMENT AND PREDICTION OF DIFFUSIVITIES TO 1700K IN BINARY SYSTEMS CONTAINING CARBON DIOXIDE.

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Abstract:

Binary diffusion coefficients are reported for the carbon dioxide-argon and carbon dioxide-nitrogen systems at room temperature and at 1150K to 1680K. In addition self-diffusivities of carbon dioxide for the same temperature range are given. Difficulties encountered in reconciling viscosities and diffusivities in terms of a spherically-symmetric molecular model are described. These difficulties may be overcome, so that diffusivities and viscosities may be correlated in terms of the same Lennard-Jones 12-6 potential, provided one treats the carbon dioxide molecule as a spherocylinder and employs the Curtiss-Muckenfuss calculations for rigid, spherocylindrical molecules. Author

Author(s):
Pakurar, Thomas A. ; Ferron, John R.
Author Organization(s):
VIRGINIA UNIV CHARLOTTESVILLE
Descriptive Note:
Technical rept.,
Supplementary Note:
Subcontracted to Delaware Univ., Newark, Grants NSF G19985, NSF GP589. Presented at the Conference on Performance of High-Temperature Systems, (3rd), Pasadena, Calif., 7-9 Dec 64.
Annotation:
Measurement and prediction of diffusivities to 1700K in binary systems containing carbon dioxide.
Pagination:
0037

Security Markings

DOCUMENT & CONTEXTUAL SUMMARY

Distribution:
Approved For Public Release

RECORD

Collection: TR
Identifying Numbers
Report Number(s):
DEL-14-P
Contract/Grant Number(s):
Nonr362300
Project Number(s):
NR098 038
 Subject Terms
Communities of Interest:
No COI(s) Identified
Descriptor(s):
(*CARBON DIOXIDE, DIFFUSION), ARGON, NITROGEN, KINETIC THEORY, HIGH TEMPERATURE, MOLECULAR PROPERTIES, VISCOSITY, MEASUREMENT, MATHEMATICAL PREDICTION
Report Date:
1964 Dec 01