Atomistic Modeling of the optoelectronic properties AND spinconversion processes in triangulene-based compounds for organic light-emitting diodes Applications

Chemistry

1. Spin State 100%
2. Luminiscence Type 100%
3. Application 100%
4. Procedure 100%
5. Optoelectronics 100%
6. Molecule 83%
7. Concentration 83%
8. Anthracene 66%
9. Intersystem Crossing [Singlet->triplet] 58%
10. Reaction Mechanism 50%
11. Delayed Fluorescence 50%
12. Engineering Process 33%
13. Acene 33%
14. Tris 33%
15. Ambient Reaction Temperature 33%
16. Purity 33%
17. Organic Molecule 33%
18. Resonance Energy 33%
19. Quantum Information 33%
20. Ground State 33%
21. Microwave 33%
22. Carbazole 33%
23. Correlation 33%
24. Photoexcitation 33%
25. Carbon 33%
26. Excited State 33%
27. Band Gap 25%
28. Spin-Orbit Coupling 25%
29. Oscillator Strength 25%
30. Doping 25%
31. Excited Triplet State 25%
32. Probe 25%
33. Structure 25%
34. Hyperfine Interaction 25%
35. Boron Atom 25%
36. Excited Singlet State 25%
37. Heteroatom 25%
38. Doped Compound 25%