[3] ISO9300, Measurement of Gas Flow by Means of Critical Flow Venturi Nozzles. 2nd edition ed. 2005: International Organisation for Standardisation. [4] A. Melling for fluid et al., “Interpolation correlations properties of humid air in the temperature range 100 degrees C to 200 degrees of Physical and C”, Journal Chemical Reference Data, 1997, 26(4), pp. 1111−1123. [5] A. of humidity on the Aschenbrenner, “The influence flowrate of air through critical flow in Flomeko nozzles”, 1983, Budapest, Hungary, pp. 71−74. [6] C.L. Britton, R.W. Caron and T. Kegel, Critical “The Flow Function, C*, for humid in 1998 ASME Air”, Fluids Engineering Division Summer Meeting, ASME, Editor, 1998. [7] N. small sonic nozzles as secondary Bignell, “Using flow Flow Measurement and Instrumentation, standards”, 2000, 11(4), pp. 329−337. [8] C. Li, C. Wang and L. Cui, Experimental “The Research of Humidity on Discharge Coefficient of Sonic in 7th ISFFM, CEESI, Colorado, USA, 2009. Nozzles”, [9] K. Chahine and M. of Ballico, “Assessment Reproducibility and Linearity of the NMIA Bell Prover using a High Flowrate Sonic Nozzle in the 15th Array”, International Flow Measurement Conference 2010, Taipei, Taiwan: IMEKO, 2010.
[3] ISO9300, Measurement of Gas Flow by Means of Critical Flow Venturi Nozzles. 2nd edition ed. 2005: International Organisation for Standardisation. [4] A. Melling et al., “Interpolation correlations for fluid properties of humid air in the temperature range 100 degrees C to 200 degrees C”, Journal of Physical and Chemical Reference Data, 1997, 26(4), pp. 1111−1123. [5] A. Aschenbrenner, “The influence of humidity on the flowrate of air through critical flow nozzles”, in Flomeko 1983, Budapest, Hungary, pp. 71−74. [6] C.L. Britton, R.W. Caron and T. Kegel, “The Critical Flow Function, C*, for humid Air”, in 1998 ASME Fluids Engineering Division Summer Meeting, ASME, Editor, 1998. [7] N. Bignell, “Using small sonic nozzles as secondary flow standards”, Flow Measurement and Instrumentation, 2000, 11(4), pp. 329−337. [8] C. Li, C. Wang and L. Cui, “The Experimental Research of Humidity on Discharge Coefficient of Sonic Nozzles”, in 7th ISFFM, CEESI, Colorado, USA, 2009. [9] K. Chahine and M. Ballico, “Assessment of Reproducibility and Linearity of the NMIA Bell Prover using a High Flowrate Sonic Nozzle Array”, in the 15th International Flow Measurement Conference 2010, Taipei, Taiwan: IMEKO, 2010.
a6.5_-_444_evaluation_of_the_effect_of_relative_humidity_of_air_on_the_coefficients_of_cfvn_-_au.docx