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Number of items: **9**.

Idiodi, J.O.A and Onate, C.A
(2015)
*Approximate Eigensolutions of the Schrӧdinger Equation of a Particle in the Field of the Frost-Musulin Energy Potential Model and its Application to Diatomic Molecules.*
JOUTION OF MATHEMATICAL PHYSICS, 34.
pp. 305-317.

Onyeaju, M.C and Ikot, A.N and Onate, C.A and Ebomwonyi, O and Udoh, M.O and Idiodi, J.O.A
(2017)
*Approximate bound-states solution of the Dirac equation with
some thermodynamic properties for the deformed Hylleraas
plus deformed Woods-Saxon potential.*
THE EUROPEAN PHYSICAL JOURNAL PLUS, 132.
p. 302.

Onate, C.A and Onyeaju, M.C and Ikot, A.N and Ebomwonyi, O and Idiodi, J.O.A
(2018)
*Dirac Equation with a New Tensor Interaction under Spin and Pseudospin Symmetries.*
Communication in Theoretical Physics, 70 (3).
pp. 294-298.

Onate, C.A and Ikot, A.N and Onyeaju, M.C and Ebomwonyi, O and Idiodi, J.O.A
(2018)
*Effect of dissociation energy on Shannon and R� enyi entropies.*
Karbala international Journal of Modern Sciences, 4.
pp. 134-142.
(Submitted)

Onate, C.A and Onyeaju, M.C and Ikot, A.N and Idiodi, J.O.A and Ojonubah, J.O
(2017)
*Eigen Solutions, Shannon Entropy and Fisher Information under
the Eckart Manning Rosen Potential Model.*
Journal of the Korean Physical Society,, 70 (4).
pp. 339-347.

Onate, C.A and Idiodi, J.O.A
(2015)
*Eigensolutions of the Schr¨odinger Equation with Some Physical Potentials.*
Chinese Journal of Physics, 53 (3).
120001:1-120001:10.

Onate, C.A and Idiodi, J.O.A
(2016)
*Entropy, Fisher Information and Variance with Frost-Musulin Potenial.*
Communication in Theoretical Physics, 66 (3).
pp. 269-274.

Idiodi, J.O.A and Onate, C.A
(2016)
*Fisher Information and Complexity Measure of Generalized Morse Potential Model.*
Communication in Theoretical Physics, 66 (3).
pp. 275-279.

Onate, C.A and Idiodi, J.O.A
(2015)
*Thermodynamic Properties And The Analytic Solutions Of The
Relativistic Dirac Equation For A Particle Under The Improved
Tietz Molecular Diatomic Potential Function.*
JOURNAL OF THEORETICAL PHYSICS AND CRYPTOGRAPHY, 10.