Time-dependent density functional - Globe Thesis

Keyword [Time-dependent density functional] Result: 1 - 20 \| Page: 1 of 5
1.	Syntheses, Luminescent/Electroluminescent Properties And Quantum Chemistry Theoritical Studies Of Bis (salicyladimine) Complexes
2.	Theoretical Predictive Study On The Structures And Properties Of Tri-s-triazines
3.	Theoretical Investigation Of Photoinduced Electron Transfer In Organic Systems
4.	New Generation Relativistic Quantum Chemical Methods And Application
5.	Theoretical Study On The Photoinduced Intramolecular Electron Transfer In Solvents For Some Typical Systems
6.	Theoretical Study Of The Electronic Spectrum Property Of Organic Metal Complex With 2-(2-hydroxyphenyl) Pyridine Ligand
7.	Theoretical Study Of The Electronic Spectrum Property Of Complex With 8-hydroxyquinoline Boron
8.	A Time Dependent Density Functional Theoretical Studies Of The Ruthenium(Ⅱ) Complexes
9.	Theoretical Study On Organic Electroluminescent Materials
10.	Theoretical Study On The Photochromic Properties Of Organic Optical Storage Materials Diarylethene Derivatives
11.	Theoretical Studies On The Electronic Structure And Spectra Properties Of 1, 1-dimethyl-2, 5-bisaryl-3, 4-diphenpylsilole
12.	Theoretical Study On Conjugated Polymers Containing Heterocycle For Luminescent Materials
13.	Theoretical Study On The Properties Of Absorption And Emission Spectra Of 9-aminoacridine And The Derivatives
14.	Theoretical Studies On Electronic Structures And Photoelectric Properties Of Silole-based Derivatives
15.	Dynamic Effects Of Hydrogen Bonding On Ultrafast Process In Electronic Excited States
16.	Hydrogen Bonding Dynamics Of Aminophthalimides In Electronic Excited States
17.	Theoretical Study On Organic Polymer Photovoltaic Materials
18.	The Theory Study Of The Hydrogen Bond Effects In Excited State Of Several Organic Molecular Systems In Methanol
19.	The Theoretical Study Of The Hydrogen Bond Effects In Excited State Of Two Metal-organic Frameworks Material Systems
20.	Theoretical Study Fluorescent Chemosensor Based On Crown Ether Derivatives As Receptor
<<First <Prev Next> Last>> Jump to