Tables of the Thermodynamic Properties of Nitrogen From 100 to 1500°K

Item

Title
Tables of the Thermodynamic Properties of Nitrogen From 100 to 1500°K
Description
Tables of thermodynamic properties of nitrogen are presented for the range of temperatures from 100 to 1500°K. In the first table, in which temperature and pressure are the independent variables, the range of pressures extends from one to 10 to the fourth atm. In the second table, with termperature and density as independent variables, the range of densities extends from 10-7 to 630 amagats. In addition to pressure and density, the tabulated properties are the compressibility factor Z and the dimensionless functions E/RT, H/RT, and S/R. The source data and the tables are discussed.
Date
1962
Index Abstract
Contrails and DTIC
Photo Quality
Not Needed
Report Number
AEDC TDR 62-170
Creator
Little, Wanda J.
Neel, C. A.
Corporate Author
ARO, Inc.
Laboratory
Arnold Engineering Development Center
Extent
103
Identifier
AD0283441
AD0283441
Access Rights
ASTIA
Distribution Classification
1
Contract
AF 40(600)-1000
DoD Project
None Given
DoD Task
None Given
DTIC Record Exists
Yes
Distribution Change Authority Correspondence
None
Abstract
Tables of thermodynamic properties of nitrogen are presented for the range of temperatures from 100 to 1500°K. In the first table, in which temperature and pressure are the independent variables, the range of pressures extends from one to 10 to the fourth atm. In the second table, with termperature and density as independent variables, the range of densities extends from 10-7 to 630 amagats. In addition to pressure and density, the tabulated properties are the compressibility factor Z and the dimensionless functions E/RT, H/RT, and S/R. The source data and the tables are discussed.
Report Availability
Full text available
Date Issued
1962-09
Publisher
Arnold Air Force Station, TN : Arnold Engineering Development Center, Air Force Systems Command, United States Air Force
Provenance
IIT
Type
report
Format
1 online resource (vi, 97 pages)
Subject
Temperature
Nitrogen
Thermodynamic Properties
Density
Compressive Properties
Pressure
High Temperature
Distribution Conflict
No