Gladstone-Dale constant for CF4 / Alpheus W. Burner, Jr., and William K. Goad
Alpheus W. Burner, United States. National Aeronautics and Space Administration. Scientific and Technical Information Office, Langley Research Center
National Aeronautics and Space Administration, Scientific and Technical Information Office, 1980 - Light, Wave theory of - 16 pages
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ambient temperature approach and sources argon atomic refractivities cm3/g Correlation coefficient cm3/g Difference cm3/g Standard deviation cmVg Comparison of fringe-shift constant of CF4 CONSTANTS Measured Gladstone-Dale densities to compute display unit experimental approach fractional systematic error fringe count fringe peak fringe per second fringe-shift residuals fringe-shift/pressure curve gas constant gas density GLADSTONE-DALE CONSTANTS Measured ideal-gas calculation ideal-gas law index to density inside cell length introduces imprecision error Langley Research Center light ray linear model mass fraction measure the Gladstone-Dale measured fringe shift Measured Gladstone-Dale constant MEASURED3 NASA Number Performing Organization plot of fringe-shift pressure transducer procedure for noting real-gas correction real-gas densities real-gas equation reference refractive index relates refractive index relative error sample of CF4 single scan slope fractional sources of systematic Space Administration systematic and imprecision temperature and pressure test gas thermocouple three scans two-beam interferometer uncertainty of 0.001 VALUES OF GLADSTONE-DALE visible region y-intercept