D. J. Nader

most citedFinite Hydrogenic molecular chain H

_{3}

and ion H

_{2}^{-}

exist in a strong magnetic field

4 citations · 4 across the 1 of their papers we have counts for

collaborators

3 papers

physics.atom-ph2019

The hydrogen molecule $H_{2}$ in inclined configuration in a weak magnetic field

A. Alijah, J. C. López Vieyra, D. J. Nader +2

Highly accurate variational calculations, based on a few-parameter, physically adequate trial function, are carried out for the hydrogen molecule \hh in inclined configuration, whe…

astro-ph.HE2019★ 4 cited

Finite Hydrogenic molecular chain H $_{3}$ and ion H $_{2}^{-}$ exist in a strong magnetic field

D. J. Nader, J. C. López Vieyra, A. V. Turbiner

The existence and stability of the linear hydrogenic chain H $_{3}$ and H $_{2}^{-}$ in a strong magnetic field is established. Variational calculations for H $_{3}$ and H $_{2}^{-}$ are carri…

physics.comp-ph2018

Towards the Theory of the Yukawa Potential

J. C. del Valle, D. J. Nader

Using three different approaches, Perturbation Theory (PT), the Lagrange Mesh Method (Lag-Mesh) and the Variational Method (VM), we study the low-lying states of the Yukawa potenti…

The hydrogen molecule H2​ in inclined configuration in a weak magnetic field

Finite Hydrogenic molecular chain H3​ and ion H2−​ exist in a strong magnetic field

Towards the Theory of the Yukawa Potential

The hydrogen molecule $H_{2}$ in inclined configuration in a weak magnetic field

Finite Hydrogenic molecular chain H $_{3}$ and ion H $_{2}^{-}$ exist in a strong magnetic field