Fully Differential Cross Section Fdcs For The 250 Ev E H
Fully differential cross section (FDCS) for the 250 eV e⁺ + H ...
Fully differential cross section (FDCS) for the 250 eV e⁺ + H ...
Fully differential cross section for the Helium double ionization by-eV ...
The fully differential cross section (FDCS) for ionization of H(2s ...
Fully differential cross section for the Helium double ionization by-eV ...
Fully differential cross section for the Helium double ionization by-eV ...
Experimental and theoretical fully differential cross section ͑ FDCS ͒ ...
Experimental and theoretical fully differential cross section ͑ FDCS ͒ ...
Fully differential cross sections for electron-impact ionization of the ...
Fully differential cross sections for 16 MeV Li²⁺ ionization of the ...
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Triple-differential cross section for 250 eV electron-impact and ...
GSF fully differential cross section for helium double ionization by ...
Triple-differential cross section for 250 eV electron-impact ionization ...
Fully differential cross sections for electrons with an energy 5.4 eV ...
Fully differential cross sections ͑ in atomic units ͒ for 113.5 eV ...
Fully differential cross sections for electrons with an energy 5.4 eV ...
(PDF) Direct determination of the fully differential cross section by ...
FDCS for single ionization of H atoms by impact of antiprotons. (a) E p ...
Fully differential cross sections (FDCS-b) for single ionization in O ...
FDCS for ε = 62.5 eV and for electrons ejected into the scattering ...
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Cross section ratios (see the text for details) for different ...
Fully differential cross sections (FDCS-η) for single ionization of ...
FDCS for the (10+10) eV kinematics, with one electron emerging at 55 ...
Fully differential cross sections for slow-electron emission (E 2 = 10 ...
FDCS for electrons with an energy of Ek = 14.6 eV ejected along the ...
The FDCS for equal energy sharing E1 = E2 = E3 = 1.6 eV and the ...
(color online). Cross section differential in the relative emission ...
The FDCS for equal energy sharing E1 = E2 = E3 = 9 eV in the coplanar ...
The FDCS for equal energy sharing E1 = E2 = E3 = 1.6 eV and the ...
The FDCS for the reactions e − + He(1s 2 ) → He + (n = 1) + 2e − and e ...
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Fully differential cross sections (FDCS) for dissociative capture ...
Fully differential cross sections as a function of the projectile ...
FDCS for electrons with an energy of Ek = 14.6 eV ejected along the ...
FDCS for electrons emitted with an energy of 14.6 eV into the ...
Fully differential cross sections (FDCS-η) for single ionization of ...
FDCS for single ionization of H atoms by impact of antiprotons. (a) E p ...