Vibrational Energy Exchange and Deactivation Processes in the HF-DF, HR-CO and DF-CO Systems from 2050K to 6750K |
Common terms and phrases
Airey anisotropic Argon b₂ Bott and Cohen buffer gas C. B. Moore capacitor Chem chemical laser CO₂ fluorescence collisions correction factors dependence of probability dimer electronics Equation excited experimental Figure 27 Figures 15 fluorescence cell fluorescence decay rates fluorine G.P. valve Hancock and Green heat conduction HF and DF HF DF HF fluorescence decay HF-CO₂ HF-DF HF(DF high temperature Hinchen hydrogen bonding impact parameters InSb intercepts J. C. Stephenson kinetic kıl laser fluorescence experiment laser induced fluorescence low temperature Lucht and Cool mixtures molecular molecules Observed HF fluorescence Oscilloscope PAr/P partial pressure Phys polymer population Probabilities for Vibrational probability for self-deactivation pure HF Rate Constants rates for HF Reference 25 rotational relaxation self-relaxation shock tube shown in Figure sonic orifice Stephens and Cool T. A. Cool Temperature dependence theory thermal thermocouple THYRATRON transfer and deactivation transitions values velocity vibrational energy transfer window tube