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Keyword [molecular orbital]
Result: 1 - 20 | Page: 1 of 2
1.
High-order Harmonic Generation From Diatomic Molecules At A Intense Laser Field
2.
Tantalum Silicon Mixed Clusters And Pure Iridium Clusters Geometry And Electronic Structure Of The Nature Of Theoretical Research
3.
Theoretical Analyses Of Slow High Charge Ions-molecules Collisions
4.
Study Of Interaction About Highly Charged Ion With Solid Surface
5.
Hamiltonian Matrices Of 3d
2
(V
3+
) Ions Based On The Molecular-orbital Theory And Their Application In Semimagnetic Semiconductor GaP
6.
Hamiltonian Matrices Of 3d~3 Ions Based On The Molecular-orbital Theory And Their Application In Semimagnetic Semiconductor ZnS
7.
Hamiltonian Matrices Of 3d~2 Ions Based On The Molecular-orbital Theory And Their Application In Semimagnetic Semiconductor ZnS
8.
Theoretical Study Of The Characteristics Of Molecular High-order Harmonic Generation
9.
Molecular-Orbital Superconductivity In Alkali Chromium Arsenides
10.
[60] Fullerene - Barbituric Acid And Its Dimer Geometric Structure And Electronic Structure
11.
Z [m (dmit) <sub> 2 </ Sub>] <sub> 2 </ Sub> Molecular Conductor Band Structure Study
12.
Geometric And Electronic Structure Of The Ytterbium Silicon Mixed Clusters Of The Nature And Optical Nature Of The Study
13.
Yttrium, Gallium-doped Silicon Clusters Density Functional Theory Study
14.
Rare Earth Alloy The Small Clusters R_mla_n (r = Cu, Ag, Au; M, N = 1,2) Potential Energy Function And Stability Theory
15.
Attosecond Pulse Generation And Molecular Structure Detection Based On High Harmonic Generation
16.
High-order Harmonic Generation From Aligned Molecules With Various Structures
17.
Experimental And Theoretical Investigations On Atomic And Molecular Rydberg State Excitation In Strong Laser Fields
18.
Research On The Synthesis Process And Structure-activity Relationship Of One Kind Of Nonlinear Optical Crystal
19.
Experimental Study On Molecular Orbital Tomography Based On High Harmonic Generation
20.
Numerical Simulation For The Ionization Of Atoms And Molecules In Ultrashort Laser Pulses
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