Experimental Study of Nitric Oxide Formation Kinetics |
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Results 1-3 of 17
Page 74
... error of the fit [ 57 ] is approximately ± 20 % . The activation energy given in ( III.12 ) is slightly higher than ... error of an observation is the difference between the true value and the ob- served value . The overall uncertainty ...
... error of the fit [ 57 ] is approximately ± 20 % . The activation energy given in ( III.12 ) is slightly higher than ... error of an observation is the difference between the true value and the ob- served value . The overall uncertainty ...
Page 78
... errors due to initial pressure read- ings , gas impurities , vibrational non - equil- ibrium , & detector response . 6 Possible [ NO ] cali- bration error . See text 13 % 17 % 13 10 % 10 % 10 % 1.7 17 % CO Laser Absorption Experiments ...
... errors due to initial pressure read- ings , gas impurities , vibrational non - equil- ibrium , & detector response . 6 Possible [ NO ] cali- bration error . See text 13 % 17 % 13 10 % 10 % 10 % 1.7 17 % CO Laser Absorption Experiments ...
Page 85
... error of the fit is only an indication of the random error , while the estimated uncer- tainty has been calculated to include effects of both random and system- atic error . It is expected , therefore , that the estimated uncertainty ...
... error of the fit is only an indication of the random error , while the estimated uncer- tainty has been calculated to include effects of both random and system- atic error . It is expected , therefore , that the estimated uncertainty ...
Contents
Review of Previous NO Formation Rate Coefficient | 5 |
Scope of the Present Work | 11 |
DATA ANALYSIS AND RESULTS | 49 |
11 other sections not shown
Common terms and phrases
absorption lines accurate Appendix approximately atoms attenuation and boundary Baulch best fits Boltzmann distributions carbon monoxide cm³/mol.s CO laser absorption combustion concentration constraints DATA IR EMISSION data reduction deriving detector determination of k₁ determine k₁ divs emission experiments emission system equations experimental expression factor formation experiments formation profile gases InSb k₂ kinetics LAB TIME MICROSECONDS laser absorption experiments laser absorption technique listed in Table lucite measured minimized MOL/CM³ mole fraction molecules mV/div N₂ nitric oxide nitrogen nitrogen dioxide obtained optical cavity optimal oscillogram oscilloscope voltage P₂ post-shock present study presented in Fig pressure radiation rate coefficient relaxation rate shock attenuation shock front shock speed shock tube shock wave shock-tube signal slope species Table III.1 temperature range tion tlab Tove Typical NO formation uncertainty in k₁ upward curvature value of k₁ vibrational energy vibrational non-equilibrium vibrational relaxation vibrational relaxation experiments vibrational temperature yields Zeldovich reactions ΝΟ