List of physics terms=A08-m1b





[Legenda]
[Comments on this module]
[Contents of the thesis]





[Legenda]
[Comments on this module]
[Contents of the thesis]

List of physics terms=A08-m1b

[unfold the characterisation of the module]

POSITIONING A08-m2: Harpoon model Charge transfer - chemi-ionization=ion-pair formation Differential cross section[chemi-ionisation;Na,I;eV] Atom-atom model Electronvolt beams
- Situation A08-m2a Harpoon model Charge tranfer Scattering Electronvolt beams
- Central problem A08-m2b Differential cross section[chemi-ionisation;Na,I;eV] Semi-classical atom-atom model Electronvolt beams
METHODS A08-m3 Atom-atom model, Semi-classical, Electronvolt beams
- Experimental methods A08-m3a Molecular beam techniques Scattering [source: Charge-exchange; selection: Slotted disc; interaction: Static gas/Crossed beam; analysis: Multi-channel, Electrostatic lenses; detection: Surface ionisation, Channel electron multiplier]
- Theoretical methods A08-m3c Atom-atom model Landau-Zener Rotational coupling Semi-classical Impact parameter approximation Lowest-order stationary phase approximation Uniform rainbow approximation JWKB phase shifts
  - Theoretical methods A08-m3ci Atom-atom model Transition probabilities Landau-Zener Rotational coupling
    - Theoretical methods A08-m3ci1 Atom-atom model Transition probabilities Landau-Zener
    - Theoretical methods A08-m3ci2 Atom-atom model Transition probabilities Rotational coupling
  - Theoretical methods A08-m3cii Atom-atom model Semi-classical differential cross section Impact parameter approximation Lowest-order stationary phase approximation Uniform rainbow approximation JWKB phase shifts
RESULTS A08-m4 Differential cross section[chemi-ionisation;Na,I;13-85 eV]
INTERPRETATION A08-m5 Differential cross section[chemi-ionisation;Na,I;13-85eV] Semi-classical atom-atom model for ion-pair formation in molecular collisions Landau-Zener Rotation
- Qualitative interpr. A08-m5a Differential cross section[chemi-ionisation;Na,I;13-85eV] Semi-classical atom-atom model for ion-pair formation in molecular collisions Rainbow Stueckelberg
- Quantitative interpr. A08-m5b Differential cross section[chemi-ionisation;Na,I;13-85eV] Semi-classical atom-atom model for ion-pair formation in molecular collisions Landau-Zener Rotation
  - A08-m5bi Differential cross section[chemi-ionisation;Na,I;13-85eV] Semi-classical atom-atom model for ion-pair formation in molecular collisions Rittner potential V(r)_Na+I[Endothermicity $\Delta E$ , Electron affinity EA(Br₂), Polarizability $\alpha_{\Br_2^-}$ , Crossing distance R_c, Resonance energy H₁₂, Ionic-well depth $\epsilon$ , Repulsive steepness coefficient $\rho$ , Deflection function
  - A08-m5bii Differential cross section[chemi-ionisation;Na,I;13-85eV] Semi-classical atom-atom model for ion-pair formation in molecular collisions Landau-Zener Rotation
    - A08-m5bii1 Differential cross section[chemi-ionisation;Na,I;13-85eV] Semi-classical atom-atom model for ion-pair formation in molecular collisions Landau-Zener Rainbow Stueckelberg
    - A08-m5bii2 Differential cross section[chemi-ionisation;Na,I;13-85eV] Semi-classical atom-atom model for ion-pair formation in molecular collisions Landau-Zener Rotational coupling
OUTCOME A08-m6 Atom-atom model; chemi-ionization Landau-Zener Rotation
- Findings A08-m6a Differential cross section[chemi-ionisation;Na,I;13-85eV] Semi-classical atom-atom model for ion-pair formation in molecular collisions Landau-Zener Rotational coupling
- Leads further research A08-m6b Vibration