Energy Fractions For Discharge In N 2 As A Function Of Reduced Electric

Energy fractions for discharge in N 2 as a function of reduced electric ...
Energy fractions for discharge in N 2 as a function of reduced electric ...
Energy fractions for discharge in N 2 as a function of reduced electric ...
Energy fractions for discharge in N 2 as a function of reduced electric ...
eedf in the N 2 discharge for a reduced electric field E/N ¼ 30 Td ...
eedf in the N 2 discharge for a reduced electric field E/N ¼ 30 Td ...
Reduced electric field at the axis of a dc discharge in pure O 2 as a ...
Reduced electric field at the axis of a dc discharge in pure O 2 as a ...
Reduced electric field E/N, of a CO2-O2 discharge as a function of the ...
Reduced electric field E/N, of a CO2-O2 discharge as a function of the ...
N-atom production energy price as a function of reduced electric field ...
N-atom production energy price as a function of reduced electric field ...
The reduced electric field as a function of discharge power with ...
The reduced electric field as a function of discharge power with ...
Reduced electric field E/N, of a CO2-O2 discharge as a function of the ...
Reduced electric field E/N, of a CO2-O2 discharge as a function of the ...
Reduced electric field as function of discharge current. Pressures of ...
Reduced electric field as function of discharge current. Pressures of ...
Reduced electric field, E/N, as a function of the NR product, when a ...
Reduced electric field, E/N, as a function of the NR product, when a ...
Electron reduced mobility in nitrogen, as a function of the reduced ...
Electron reduced mobility in nitrogen, as a function of the reduced ...
Threshold on the energy fraction as a function of energy for which ...
Threshold on the energy fraction as a function of energy for which ...
The n dependence of the reduced electric field F ¯ (n,l) for l1 and 2 ...
The n dependence of the reduced electric field F ¯ (n,l) for l1 and 2 ...
2 The output energy as a function of the xenon fraction at several ...
2 The output energy as a function of the xenon fraction at several ...
Reduced Electron Mobility as a function of Reduced Electric Field (E/N ...
Reduced Electron Mobility as a function of Reduced Electric Field (E/N ...
Electron power transfer in nitrogen, as a function of the reduced ...
Electron power transfer in nitrogen, as a function of the reduced ...
Reduced Electron Mobility as a function of Reduced Electric Field (E/N ...
Reduced Electron Mobility as a function of Reduced Electric Field (E/N ...
Rate coefficients in N2 as a function of the electron energy ...
Rate coefficients in N2 as a function of the electron energy ...
Reduced Electron Mobility as a function of Reduced Electric Field (E/N ...
Reduced Electron Mobility as a function of Reduced Electric Field (E/N ...
Reduced free-energy maps as a function of the molar fractions M 1 and M ...
Reduced free-energy maps as a function of the molar fractions M 1 and M ...
6: Discharge energy balance in air vs. reduced electric field (E/N) [68 ...
6: Discharge energy balance in air vs. reduced electric field (E/N) [68 ...
Calculated reduced electric field in nitrogen plasma (E/N) as a ...
Calculated reduced electric field in nitrogen plasma (E/N) as a ...
Electron impact dissociation rate coefficient in the N 2 discharge for ...
Electron impact dissociation rate coefficient in the N 2 discharge for ...
Schematic energy diagram for the interaction of N 2 and 2N with the ...
Schematic energy diagram for the interaction of N 2 and 2N with the ...
Electron impact dissociation rate coefficient in the N 2 discharge for ...
Electron impact dissociation rate coefficient in the N 2 discharge for ...
3. Partition of electronic power in a discharge in air. The fractions ...
3. Partition of electronic power in a discharge in air. The fractions ...
a Energy fractions of the POD modes for a given azimuthal mode and b ...
a Energy fractions of the POD modes for a given azimuthal mode and b ...
Fractions of Joule energy spent in fast heating h T (solid line) and ...
Fractions of Joule energy spent in fast heating h T (solid line) and ...
Electron energy distribution functions in N2, calculated for a dc ...
Electron energy distribution functions in N2, calculated for a dc ...
Fractions of plasma energy deposited into different excitation modes in ...
Fractions of plasma energy deposited into different excitation modes in ...
Temporal evolution of the reduced electric field E/N and the energy ...
Temporal evolution of the reduced electric field E/N and the energy ...
Self-irradiation absorbed energy fractions for a uniform distribution ...
Self-irradiation absorbed energy fractions for a uniform distribution ...
Electron energy distribution functions in N2, calculated for a dc ...
Electron energy distribution functions in N2, calculated for a dc ...
Fractions of discharge energy transferred from plasma electrons to ...
Fractions of discharge energy transferred from plasma electrons to ...
Rate coefficients for N 4 þ dissociation in N 2 and electron detachment ...
Rate coefficients for N 4 þ dissociation in N 2 and electron detachment ...
(1) Reduced electric field and (2) electron density as functions of NR ...
(1) Reduced electric field and (2) electron density as functions of NR ...

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