Morse oscillator equation of state: An integral equation theory based with virial expansion and compressibility terms-Reference-Cited by-同舟云学术

Morse oscillator equation of state: An integral equation theory based with virial expansion and compressibility terms

Published:2022-04 Issue:4 Volume:8 Page:e09328
ISSN:2405-8440
Container-title:Heliyon
language:en
Short-container-title:Heliyon

Author:

Al-Raeei Marwan^ORCID

Publisher

Elsevier BV

Subject

Multidisciplinary

Reference34 articles.

1. Spin and pseudospin symmetries of the Dirac equation for the generalised Morse potential and a class of Yukawa potential;Abebe;Pramana J. Phys.,2021

2. A self-consistent Ornstein–Zernike jellium for highly charged colloids (microgels) in suspensions with added salt;Aguirre-Manzo;J. Phys. Condens. Matter,2021

3. The use of classical and quantum theoretical Physics methods in the study of complex systems and their applications in condensed matter Physics and quantum information theory;Al-Raeei,2021

4. An equation of state for London dispersion interaction with thermodynamic inconsistent terms;Al-Raeei;Results Chem.,2022

5. Bulk modulus for Morse potential interaction with the distribution function based;Al-Raeei;Chem. Thermodyn. Therm. Anal.,2022

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1. A strategic roadmap for interdisciplinary modeling in ecology: The result of reading ‘Defining an ecological equation of state: Response to Riera et al. 2023′ (Newman et al., 2023);Ecological Modelling;2024-04

2. Determination of quantum anharmonic oscillator’s energy using a simple matrix method;AIP Conference Proceedings;2024

3. A novel formula of equilibrium bond distance of the quantum oscillator with temperature dependence in diatomic molecules;Pramana;2023-09-02

4. A formula of Tietz potential parameters and applying for scandium iodine, nitrogen iodine, rubidium hydride, nitrogen, and carbon monoxide molecules;Canadian Journal of Physics;2023-04-01

5. The bond length of the improved Rosen Morse potential, applying for: Cesium, hydrogen, hydrogen fluoride, hydrogen chloride, lithium, and nitrogen molecules;Results in Chemistry;2022-01