configuration interaction - Globe Thesis

Keyword [configuration interaction] Result: 1 - 20 \| Page: 1 of 3
1.	Relativistic Theoretical Study On The Dielectronic Recombination
2.	Theoretical Study On Excitation Process Of Electron And Ion Collisions
3.	Hole A Particle Corresponding To The Mrci Program And Its Parallel
4.	Theoretical Studies On The Spectral Structures Of Few-Electron Atomic And Molecular Systems In Strong Magnetic Fields
5.	Study On Numerical Comparison Between Quasi-relativistic Configuration Interaction And Multi-configuration Dirac-Fock Methods And The Properties Of Atoms With Long-range And Short-range Potentials In Intense Laser Fields
6.	Investigations On Ba 6pnd(J=1,3) Autoionizing States
7.	Theoretical Study On The Fine And Hyperfine Structures And Spectra Of Atoms (Ions)
8.	Theoretical Investigation On Dissociation Mechanism Of The Ionized Cyclohexanone In Excited States
9.	Relativistic Theoretical Study On Fine Structures And Processes Of Photoionization And Radiative Recombination Of Highly Charged Ions
10.	Study On The Radiative Opacity Of Iron Plasmas Using A Model Based On The Detailed-Level-Accounting Approximation
11.	Effects Of Electron Correlation On The Properties Of Exciton And Biexciton In Polymers
12.	Analytical Potential Energy Functions And Spectroscopic Properties For Electronic States Of BeX (X=Cl,O,S) Molecule
13.	Relativistic Theoretical Study On The Dielectronic Recombination Of High Charged Tungsten Ions
14.	Theoretical Study On The Dielectronic Recombination Of Tungsten And Gold Ions
15.	Construction Of Analytic Functions And Theoretical Study Of The Laser Cooling For LiRb And XBe(X=Li,Rb,Cs) Molecules
16.	- Photolysis And Scattering, The Interaction Between Slow Electrons And Oxygen Atoms
17.	Impurity Potential Constraints In The Quantum Dot Electronic Structure Of Few-body System
18.	Accurate Calculations Of Tune-out And Magic Wavelengths For Low-lying States Of He
19.	Theoretical Study On The Dielectronic Recombination Of High Charged Tungsten And Xenon Ions
20.	Theoretical Study On The Dielectronic Recombination Of Tungsten Ions
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