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  1. Correlated Energy from Radial Density-Energy Relations: Adam L. Baskerville and Hazel Cox, Nature., Submitted, 2021


  2. Behaviour Near Electron Detachment and Excited States for Two-Electron Atoms: Adam L. Baskerville, Rob Ziolek and Hazel Nature., In preparation, 2021


  3. Positive Electron Correlation: Adam L. Baskerville and Hazel Nature., In preparation, 2021


  4. Reparametrization of the Colle-Salvetti Formula: Adam L. Baskerville, Msugh Targema and Hazel Cox, R. Soc. Open. Sci., 9, 211333, 2022


  5. The bound state stability of the hydride ion in Hartree-Fock theory: Adam L. Baskerville, Hazel Cox, Ville J.J.Syrjanen and Michael Melgaard, Adv. Quant. Chem. Phys. 77, 201-240, 2020


  6. Electron correlation in Li+, He, H− and the critical nuclear charge system ZC: energies, densities and Coulomb holes: Adam L. Baskerville, Andrew W. King and Hazel Cox, R. Soc. Open. Sci. 6, 181357, 2019


  7. The quantum chemical physics of few-particle atoms and molecules: Adam L. Baskerville PhD Thesis, 1-251, 2018


  8. The Series Solution Method in Quantum Chemistry for Three-Particle Systems: Hazel Cox and Adam L. Baskerville, Adv. Quant. Chem. Phys. 77, 201-240, 2018


  9. Hartree–Fock implementation using a Laguerre-based wave function for the ground state and correlation energies of two-electron atoms: Andrew W. King, Adam L. Baskerville and Hazel Cox, Phil. Trans. R. Soc. A 376, 20170153, 2018


  10. Quantum effects of nuclear motion in three particle diatomic ions: Adam L. Baskerville, Andrew W. King, and Hazel Cox, Phys. Rev. A 94, 042512, 2016