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Project Title | Progress | Status |
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Computational Modeling of Chemical Systems and Processes |
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Forward-backward electron-proton asymmetry from a two-photon crossing of diabatic states of H2+ in linearly polarized intense laser field
Forward-backward electron-proton asymmetry from a two-photon crossing of diabatic states of H+2 in linearly polarized intense laser field
Strong field coherent control of the proton momentum distribution arising from the n-photon (n = 1, 2, 3) field-dressed adiabatic potentials of H2+
Strong-field coherent control of the proton momentum distribution arising from the <i>n</i>-photon (<i>n</i>=1,2,3) field-dressed adiabatic potentials of H<sub>2</sub><SUP>+</SUP>
Introduction to Quantum Mechanics: Introduction to Quantum Mechanics: Step-by-Step Guides through a Comprehensive Proof-Based Approach
Theory of Photodissociation with Applications to Atmospheric Molecules: Ozone, N2O and O2.
Isotopic Enrichment Study in the Photodissication of N2O Using Time-Dependent Quantum Wavepacket Method
Photodissociation of Atmospheric Molecules: Ozone, N2O and O2