Home › Researcher directory › Kamel Alioua
Kamel Alioua
Affiliation : Mohamed-Cherif Messaadia University
- 20Publications (affiliation in Algeria)
- 27Total publications
- 115Citations
- 8h-index
Research profile
Kamel Alioua has 20 indexed publications (2006–2026). Their work appears mainly in “Molecular Physics”, “Chinese Physics B” and “Physical Review A”. Their most cited article, “Classical and quantal studies of the satellite features in the absorption spectra of lithium (2s−2p) perturbed by helium” (2006), has been cited 24 times. 7 of these publications date from the last three years of activity. Their work is co-authored with at least 12 researchers, including institutions in France.
Is this you? Get your research seen
Create your free DzCademia profile and add your articles: they will show up more easily on Google and in AI assistants like ChatGPT, so more people can read and cite your work.
Create my free profile Add my publicationsResearch areas
- Atomic and Molecular Physics
- Advanced Chemical Physics Studies
- Spectroscopy and Laser Applications
- Plasma Diagnostics and Applications
- Molecular Spectroscopy and Structure
Publications (20)
- Quantal study of cesium $$\textrm{D}_{1}$$and $$\textrm{D}_{2}$$ lines broadened by ground state neon atoms
- Theoretical determination of ground state O - ( 2 P J ) ion mobility in helium gas
- Theoretical exploration of the spin-orbit coupled potential energy surface of the Mg + –He molecular ion
- Theoretical study of the Ca+ − He ionic system with spin–orbit coupling
- Quantum calculation of the pressure broadening of H and K lines of Ca + calcium ion in a gaz of ground-state He helium atoms
- Theoretical study of the spin–orbit coupled molecular states of the Mg–He dimer
- Full-quantum calculations of the pressure broadening $$D_{1}$$ and $$ D_{2}$$ lines of Mg$$^{+}$$ magnesium ion in a gas of ground-state He helium atoms
- Sodium 3 s −3 p far wing shapes induced by ground neon atoms
- Li(2p ← 2s) + Na(3s) pressure broadening in the far-wing and line-core profiles
- Quantum-mechanical transport properties of N+ (3P) and N+ (1D) ions in a neutral gas made of helium
- Theoretical investigation of the pressure broadening D1 and D2 lines of cesium atoms colliding with ground-state helium atoms
- Quantal studies of sodium 3 p ← 3 s photoabsorption spectra perturbed by ground lithium atoms
- Pressure-broadened atomic Li(2s-2p) line perturbed by ground neon atoms in the spectral wings and core
- Mobility of carbon ions andC+(4P)in helium computed from quantum-mechanical transport cross sections
- RubidiumD1andD2atomic lines’ pressure broadened by ground-state helium atoms
- Theoretical investigation of the lithium 2p←2s photoabsorption spectra perturbed by atomic hydrogen
- Photoabsorption profile and satellite features of the potassium 4s→4p transition perturbed by ground-state helium atoms
- Ab initio potential energy curves and transition dipole moments for the interaction of a ground state He with Na(3s–3p)
- Theoretical determination of the potassium far-wing photoabsorption spectra
- Classical and quantal studies of the satellite features in the absorption spectra of lithium (2s−2p) perturbed by helium
Publication venues
- Molecular Physics × 6
- Chinese Physics B × 4
- Physical Review A × 3
- The European Physical Journal D × 2
- Indian Journal of Physics × 1
- Physica Scripta × 1
Publications per year
- 20261
- 20251
- 20245
- 20231
- 20211
- 20193
- 20171
- 20151
- 20141
- 20131
Collaborations
Partner institutions : Badji Mokhtar-Annaba University · University of Batna 1 · Le LAMA
Co-authors’ countries : France
Co-authors
- Moncef Bouledroua
- N. Lamoudi
- M. T. Bouazza
- Louardi Yandjah
- Lamia Aïssaoui
- F. Talbi
- Mohamed Tahar Bouazza
- Ouissal Smida
- Lamisse Kechradi
- N. E. Kessentini
- Rahma Belaabed
- E.B. Hannech
Bibliographic data from OpenAlex (open database).
Why choose Dzcademia?
Profiles, articles and conference contributions: give your research a structured public presence. Integrated metadata help search engines and AI assistants identify your work and understand its references.
Comment with Google
Sign in with Google to comment directly on this page.