| Comparative Ranking of 0.1 to 10 MWe Solar Thermal Power Systems, |
05 AUG 1979 |
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| Authors:
J. P. Thornton; K. C. Brown; A. L. Edgecombe; J. G. Finegold; F. A. Herlevich
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 | Recent studies have suggested a significant potential for small solar thermal electric power generating plants to be used by small communities, rural areas and remote load centers. The Solar Energy Research Institute (SERI) has been contracted the Department of Energy to perform a comparative analysis and ranking of eight generic solar thermal systems in the 0.1 to 10 MWe capacity range. The following paper describes the methodology adapted for this ... |
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| TABLES OF EQUILIBRIUM THERMODYNAMIC PROPERTIES OF ARGON. VOLUME IV. CONSTANT TEMPERATURE WITH SPECIFIC HEAT AND SPEED OF SOUND DATA. |
MAR 1969 |
124 pages |
| Authors:
Herbert S. Brahinsky; Charles A. Neel; ARNOLD ENGINEERING DEVELOPMENT CENTER ARNOLD AIR FORCE STATION TENN
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 | Equilibrium thermodynamic data are presented for argon from a temperature of 300 to 35,000K and from a log rho of -5.0 to 2.4, where rho is density in amagats. These data are tabulated at constant temperature with density incremented. The dependent parameters are log P, Z, Cp/R, Cv/R, gamma, gamma E, and A/AA. Several sources were used in assembling the data. (Author) |
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| TABLES OF EQUILIBRIUM THERMODYNAMIC PROPERTIES OF ARGON. VOLUME III. CONSTANT ENTROPY. |
MAR 1969 |
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| Authors:
Herbert S. Brahinsky; Charles A. Neel; ARNOLD ENGINEERING DEVELOPMENT CENTER ARNOLD AIR FORCE STATION TENN
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| Equilibrium thermodynamic data are presented for argon from an S/R of 12.6 to 101.0 and from a temperature of 300 to 35,000K, where S/R is dimensionless entropy. These data are tabulated at constant entropy with temperature incremented. The dependent parameters are log rho, log P, log H/R, gamma E, A/AA, Z, H/RT, and Z*. Several sources were used in assembling the data. (Author) |
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| MOMENTUM ACCOMMODATION OF ARGON IN THE 0.06 TO 5 EV RANGE. |
AUG 1966 |
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| Authors:
N. Abauf; D. G. H. Marsden; VIRGINIA UNIV CHARLOTTESVILLE
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| Essentially monochromatic argon molecular beams of energy ranging from .064 ev to 4.11 ev have been directed onto targets held at varying angles of incidence to the impinging beam; the forces developed have been measured up to 81 degree angle of incidence from normal. Momentum accommodation coefficients are deduced and the results discussed. (Author) |
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| TABLES OF THERMODYNAMIC PROPERTIES OF ARGON FROM 100 TO 3000 K, |
APR 1964 |
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| Authors:
Wanda J. Little; ARNOLD ENGINEERING DEVELOPMENT CENTER ARNOLD AIR FORCE STATION TENN
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| Tables of the thermodynamic properties of argon are presented for the temperature range of 100 to3000 K. In the first table, temperature and pressure are the independent variables with the pressure range extending from one to 5000 atm. In the second table, temperature and density are the independent variables with a density range extending from 10 to the -7th to 630 amagats. The additional tabulated properties are the compressibility factor ... |
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| CONTRIBUTION OF THREE-BODY INTERACTIONS TO THE ENERGY OF VACANCY FORMATION IN SOLID ARGON, |
23 APR 1963 |
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| Authors:
L. Jansen; BATTELLE MEMORIAL INST COLUMBUS OHIO
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| The discrepancy between the calculated value of the free energy of vacancy formation in solid argon and that obtained from an analysis of specific heat measurements, as established re cently by Foreman and Lidiard, in interpreted in terms of three-body contributions on the basis of the theory developed by this author and Zimering to explain the absolute stability of the face-centered cubic configurations of crystals of the heavy rare gas ... |
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