Font Size:
a
A
A
Keyword [HLCT]
Result: 1 - 17 | Page: 1 of 1
1.
Molecular Design Principle For High-efficiency Organic Electroluminescent Materials Based On Reverse Intersystem Crossing Process Along "Hot" Excitori Channel
2.
Conjugate Fluorescent Compounds Based On Pyrene-Imidazole:Design, Synthesis And Organic Electroluminescence
3.
Theoretical Study On Design,Tunation And Light-emitting Properties Of The Hybridized Local And Charge-transfer Excited State In Organic Materials
4.
Synthesis,Characterization And Photoelectrical Properties Of Deep Red And Near-infrared Donor-Acceptor Fluorescence Molecules With Pyridine Thiadiazoles As Construction Primitives
5.
Design,Synthesis And Stimuli-Response Fluorescence Switching Of Twisting Donor-Acceptor Molecules
6.
Design,Synthesis And Electroluminescent Properties Of Organic Donor-Acceptor Red Molecules With Cyano Group As Ancillary Acceptor
7.
Design And Piezochromic Properties Of Donor-Acceptor Molecules Contanining Benzothiadiazole
8.
Novel Organic Fluorescent Materials Based On Aromatic Amines And Their Oled Devices
9.
Study On WOLED Based On HLCT And Phosphorescent Molecules
10.
Study On The Properties Of Furan-fused BN Polycyclic Hydrocarbons And Their Optoelectronic Devices
11.
Theoretical Research On The Regulation Of Excited State Of Hybrid State (HLCT) Molecules
12.
Design And Device Performance Of Hot-exciton Red Light Materials Containing Naphtho[2,3-c][1,2,5]thiadiazole Group
13.
Theoretical Investigation And Molecular Design Of Highly Efficient Fluorescence Organic Light Emitting Materials
14.
Anthracene-Based Blue Fluorescent Materials:Molecule Engineering And Applications In High-Efficiency Non-doped Organic Light Emitting Devices
15.
Theoretical Study On The Effect Of Solvation On Charge Transfer States In Donor-acceptor Luminescence Molecules
16.
Theoretical Study And Molecular Design Of Hybridized Local And Charge-transfer Excited State In Thiazole Molecules
17.
Design,Synthesis And Optoelectronic Properties Of Blue Organic Light-emitting Materials Based On Crossover Structural Features
<<First
<Prev Next>
Last>>
Jump to
