List of physics terms=A05-m1b





[Legenda]
[Contents of the thesis]
[Comments]





[Legenda]
[Contents of the thesis]
[Comments]

List of physics terms=A05-m1b

[unfold the characterisation of the module]

POSITIONING A05-m2 Harpoon model; Charge transfer - chemi-ionization = ion-pair formation; Differential cross section[chemi-ionisation;alkali atom, halogen molecule;eV]; Atom-atom model; Electronvolt beams
- Situation A05-m2a Harpoon model; Charge transfer; Scattering; Electronvolt beams
- Central question A05-m2b Differential cross section[chemi-ionisation;alkali atom, halogen molecule;eV]; Atom-atom model
METHODS A05-m3 Atom-atom model; Molecular beam scattering
- Theoretical methods A05-m3c Binary collisions; Classical trajectory calculations; Landau-Zener; Impact parameter approximation; Isotropic potential
- Experimental methods A05-m3a Molecular beam techniques; Scattering [source: Sputtering; selection: Slotted disc,Surface ionization; interaction: Static gas; analysis: Electrostatic lenses; detection: Channel electron multiplier]
RESULTS A05-m4 Differential cross section[chemi-ionisation;alkali atom,; halogen molecule;eV]
- Raw data A05-m4a Differential cross section[chemi-ionisation;alkali atom,; halogen molecule;eV]
  - A05-m4ai Differential cross section[chemi-ionisation;K, Br₂; 6.9,10.35 eV]; Measurement;
  - A05-m4aii Differential cross section[chemi-ionisation;Li, Br₂; 11.25eV]; Differential cross section[chemi-ionisation;K,I₂; 11.25 eV]; Measurement;
  - A05-m4aiii Deflection function[chemi-ionization;K,Br₂; 6.9,10.35 eV]; Differential cross section[chemi-ionization;K,Br₂;
    6.9,10.35 eV]; Calculation;
  - Treated results A05-m4b Differential cross section[chemi-ionisation; alkali atom, halogen molecule;eV]
    - A05-m4bi
      - A05-m4bi1 Differential cross section[chemi-ionisation;K,Br₂; 6.9,10.35 eV]; Measurement
      - A05-m4bi2 Differential cross section[chemi-ionisation;Li, Br₂; 11.25eV]; Differential cross section[chemi-ionisation;K,I₂; 11.25 eV]; Measurement
    - A05-m4bii Deflection function[chemi-ionization;K,Br₂; 6.9,10.35 eV]; Differential cross section[chemi-ionization;K,BrBr₂;
      6.9,10.35 eV]; Calculation;
    - INTERPRETATION A05-m5 Classical trajectory calculations; Crossing diabatic potentials
      - Qualitative interpr. A05-m5a Atom-atom model; Classical trajectory calculations; Differential cross section[chemi-ionization;K,Br₂,eV]; Qualitative
        
        A05-m5ai Differential cross section[chemi-ionisation;K,Br₂; eV]; Classical trajectory calculations; Atom-atom model
        A05-m5aii Differential cross section[chemi-ionisationK,Br₂; eV]; Quantum; Atom-atom model
      - Quantitative interpr. A05-m5b Atom-atom model; Classical trajectory calculations; Differential cross section[chemi-ionization;K,Br₂; eV]; Quantitative
        
        A05-m5bi Rittner potential V(r)_{K + Br₂}; Endothermicity $\Delta E$ ; Electron affinity EA(BrBr₂);
        Polarizability $\alpha_{\Br_2^-}$ ; Crossing distance R_c; Resonance energy H₁₂; Ionic-well depth $\epsilon$ ; Repulsive steepness coefficient $\rho$ ; Deflection function
        A05-m5bii Differential cross section[chemi-ionisation;K,Br₂; eV]; Deflection function; Calculation; Atom-atom model; Landau-Zener
      - OUTCOME A05-m6 Differential cross section[chemi-ionisation; alkali atom,halogen molecule;eV range]; Atom-atom model; Classical trajectory calculations
        
        Findings A05-m6a Differential cross section[chemi-ionisation; alkali atom,halogen molecule;eV range]; Atom-atom model; Classical trajectory calculations, Qualitative
        Leads A05-m6b Differential cross section[chemi-ionisation; alkali atom,halogen molecule;eV range]; Quantitative; High resolution