Mark C. Wall

“Supercollision” energy dependence: State-resolved energy transfer in collisions between highly vibrationally excited pyrazine (Evib=37 900 cm−1 and 40 900 cm−1) and CO2

Mark C. Wall, Amy S. Mullin · The Journal of Chemical Physics · 1998 · 54 citations

Pyrazine Internal Energy, Engineering, Absorption Spectroscopy +17

State-resolved collisional relaxation of highly vibrationally excited pyridine by CO2: Influence of a permanent dipole moment

Mark C. Wall, Brian Stewart, Amy S. Mullin · The Journal of Chemical Physics · 1998 · 32 citations

Excited Pyridine, Localized Excited State, Engineering +18

Independent Determination of Supercollision Energy Loss Magnitudes and Rates in Highly Vibrationally Excited Pyrazine with <i>E</i>_vib = 36000−41000 cm^-1

Mark C. Wall, Andrew Lemoff, Amy S. Mullin · The Journal of Physical Chemistry A · 1998 · 32 citations

Independent Determination, Engineering, Excitation Energy Transfer +16

Observation of an energy threshold for large ΔE collisional relaxation of highly vibrationally excited pyrazine (Evib=31 000–41 000 cm−1) by CO2

Michael S. Elioff, Mark C. Wall, Andrew Lemoff et al. · The Journal of Chemical Physics · 1999 · 31 citations

Relaxation Process, Engineering, Absorption Spectroscopy +21

Unraveling the energy dependence in large ΔE (V→RT) energy transfer: Separation of ΔE and probability in the collisional relaxation of highly vibrationally excited pyrazine (Evib=36 000 to 41 000 cm−1) by CO2

Mark C. Wall, Andrew E. Lemoff, Amy S. Mullin · The Journal of Chemical Physics · 1999 · 21 citations

Large δE, Engineering, Pyrazine Energies +20