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Your search keyword '"BENHAMOUDA, N."' showing total 9 results
Start Over Author "BENHAMOUDA, N." Publication Type Conference Materials
9 results on '"BENHAMOUDA, N."'

1. P09.05 Plasma CD27, a surrogate of intratumoral CD27-CD70 interaction, correlates with immunotherapy resistance in renal cancer

Author

Benhamouda, N, primary, Sam, I, additional, Epaillard, N, additional, Gey, A, additional, Saldmann, A, additional, Pineau, J, additional, Hasan, M, additional, Verkarre, V, additional, Libri, V, additional, Mella, S, additional, Granier, C, additional, Broudin, C, additional, Ravel, P, additional, Jabla, B, additional, Chaput, N, additional, Albiges, L, additional, Vano, Y, additional, Adotevi, O, additional, Oudard, S, additional, and Tartour, E, additional

Published
2021
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8. Microscopic investigation of structural evolution in even-even N = 60 isotones.

Author

Oudih, M. R., Fellah, M., Allal, N. H., and Benhamouda, N.

Subjects
NUCLEAR structure, NUCLEAR physics, GROUND state (Quantum mechanics), NEUTRONS, MICROSCOPY, HARTREE-Fock approximation, BINDING energy
Abstract

The ground state properties of even-even N=60 isotones from the neutron-rich to the proton-rich side are investigated within the self-consistent Skyrme-Hartree-Fock-Bogoliubov theory in the triaxial landscape. Quantities such as binding energies and root-mean-square radii are investigated and compared with available experimental data. The evolution of the potential energy surfaces in the (β,γ) deformation plane is presented and discussed. [ABSTRACT FROM AUTHOR]

Published
2012
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9. Particle-number fluctuations and neutron-proton pairing effects on proton and neutron radii of even-even N≈Z nuclei.

Author

Douici, M., Allal, N. H., Fellah, M., Benhamouda, N., and Oudih, M. R.

Subjects
NEUTRON-proton interactions, PARTICLES (Nuclear physics), FLUCTUATIONS (Physics), NUCLEAR physics, ROOT-mean-squares, NUCLEAR models
Abstract

The particle-number fluctuation effect on the root-mean-square (rms) proton and neutron radii of even-even N≈Z nuclei is studied in the isovector neutron-proton (np) pairing case using an exact particle-number projection method and the Woods-Saxon model. [ABSTRACT FROM AUTHOR]

Published
2012
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