Additivity rules are employed to estimate electron production cross sections for proton collisions with nucleobases and amino acids at collision energies 10 keV ≤ E ≤ 2 MeV. Total and differential cross sections agree with the available theoretical and experimental cross sections, and the method can be easily applied to estimate electron production cross sections for collisions with other biomolecule
Cross sections for the ejection of electrons from hydrogen and nitrogen by protons have been measure...
We have conducted a quantum-mechanical analysis within the independent elec- tron model to investig...
Cross-section data for electron impact induced ionization of bio-molecules are important for modelli...
The final publication is available at http://link.springer.com/article/10.1140/epjd/e2015-60106-8Add...
Additivity rules are employed to estimate electron production cross sections for proton collisions w...
Existing data on the ionization of neutral atoms and molecules by proton impact are reviewed, and el...
All known data on the energy distribution of secondary electrons from collisions of protons with ato...
All known data on the energy distribution of secondary electrons from collisions of protons with ato...
Angle and energy distributions of electrons ejected from single- and multishell atoms by 50-to 300-k...
Cross sections for charge transfer and ionization in proton–uracil collisions are studied, for colli...
A model is presented which gives cross sections (differential in the ejected secondary electron ener...
Two nonperturbative methods are applied to obtain total and singly differential (in the electron ene...
We present a simple method for obtaining reliable angular and energy distributions of electrons ejec...
We present experimental results for 80 keV proton impact ionization of nucleobases (adenine, cytosin...
The Classical Trajectory Monte Carlo method is applied to treat proton collisions with N2, CO and CH...
Cross sections for the ejection of electrons from hydrogen and nitrogen by protons have been measure...
We have conducted a quantum-mechanical analysis within the independent elec- tron model to investig...
Cross-section data for electron impact induced ionization of bio-molecules are important for modelli...
The final publication is available at http://link.springer.com/article/10.1140/epjd/e2015-60106-8Add...
Additivity rules are employed to estimate electron production cross sections for proton collisions w...
Existing data on the ionization of neutral atoms and molecules by proton impact are reviewed, and el...
All known data on the energy distribution of secondary electrons from collisions of protons with ato...
All known data on the energy distribution of secondary electrons from collisions of protons with ato...
Angle and energy distributions of electrons ejected from single- and multishell atoms by 50-to 300-k...
Cross sections for charge transfer and ionization in proton–uracil collisions are studied, for colli...
A model is presented which gives cross sections (differential in the ejected secondary electron ener...
Two nonperturbative methods are applied to obtain total and singly differential (in the electron ene...
We present a simple method for obtaining reliable angular and energy distributions of electrons ejec...
We present experimental results for 80 keV proton impact ionization of nucleobases (adenine, cytosin...
The Classical Trajectory Monte Carlo method is applied to treat proton collisions with N2, CO and CH...
Cross sections for the ejection of electrons from hydrogen and nitrogen by protons have been measure...
We have conducted a quantum-mechanical analysis within the independent elec- tron model to investig...
Cross-section data for electron impact induced ionization of bio-molecules are important for modelli...