Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Energy Balance of Plasma-Chemical NO Synthesis Zeldovich Mechanism Stimulated by Vibrational Excitation

Energy Balance of Plasma-Chemical NO Synthesis Zeldovich Mechanism Stimulated by Vibrational Excitation [Pg.368]

The equation of N2 vibrational energy balance can be applied to illustrate the qualitative features of non-equilibrium plasma-chemical NO synthesis stimulated by vibrational excitation  [Pg.368]

1-3 10 cm°/s is the rate coefficient of N2 vibrational excitation by electron impact and r(Tv, To) is the NO synthesis reaction rate (6-34). Although the concentration of O atoms is not very high, its non-adiabatic relaxation is fast ky 3 10 °cm°/s) and the contribution into VT relaxation is significant. The rates of both chemical reaction (6-2) and the VT relaxation of nitrogen depend on the density of O atoms formed mostly by means of dissociative attachment (rate coefficient ka 10 cm°/s at T = leV)  [Pg.368]

Comparable formation of O atoms is due to dissociation through electronic excitation  [Pg.368]

Losses of atomic oxygenare mostly related to trimolecular reactions of ozone formation  [Pg.369]




SEARCH



Chemical balanced

Chemical energy

Chemical mechanisms

Chemical plasma

Chemical-mechanical

Energies mechanism

Energy balance

Energy balance mechanisms

Energy balancing

Energy of excited

Energy of plasma

Energy vibrational

Energy, chemical synthesis

Excitation energy

Excitation mechanical

Excitation mechanisms

Excitation plasmas

Mechanical energy

Mechanical energy balance

Mechanical synthesis

Mechanism of Synthesis

Mechanism plasma

Mechanisms of chemical

Mechanisms of vibrational excitation

NO synthesis stimulated by vibrational excitation

Synthesis mechanism

Synthesis of NO

Synthesis of chemicals

Vibrating mechanism

Vibration energy

Vibration excitation

Vibration excited

Vibrationally excited

Vibrations, mechanical

© 2024 chempedia.info