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Excited-state dynamics
B Lasorne, Graham Worth, MA Robb
Chemistry
Research output
:
Contribution to journal
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Article
61
Citations (Scopus)
Overview
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Engineering & Materials Science
Photochemical reactions
100%
Excited states
95%
Ground state
85%
Chromophores
64%
Molecular orbitals
64%
Electronic states
60%
Molecules
55%
Photoisomerization
38%
Electron transitions
36%
Potential energy surfaces
31%
Physical chemistry
31%
Light absorption
28%
Electronic structure
28%
Spectroscopy
21%
Proteins
17%
Geometry
11%
Chemistry
Excited Electronic State
69%
Photochemical Reaction
52%
Excited State
45%
Ground State
45%
Organic Molecule
35%
Chromophore
31%
Ultraviolet Spectrum
31%
Electronic State
28%
Formation of Product
24%
Physical Chemistry
23%
Electronic Spectroscopy
23%
Retinal
21%
Highest Occupied Molecular Orbital
21%
Molecular Geometry
20%
Photoisomerization
20%
Potential Energy Surface
18%
Molecular Orbital
17%
Electron Spin
15%
Simulation
12%
Protein
7%
Time
6%
Molecule
6%
Application
5%
Mathematics
Excited States
82%
Electronics
59%
Ground State
20%
Molecules
18%
Absorption
13%
Pi
13%
Potential Energy Surface
10%
Electronic Structure
9%
Promotion
8%
Regeneration
8%
Spectroscopy
8%
Chemistry
6%
Protein
6%
Vision
6%
Electron
6%
Shell
6%
Time Scales
5%
Simulation
4%
Computing
3%
Closed
3%
Zero
3%
Medicine & Life Sciences
Photochemistry
94%
Ultraviolet Rays
39%
Physical Chemistry
31%
Light
27%
Molecular Evolution
24%
Spectrum Analysis
18%
Ocular Vision
16%
Regeneration
16%
Electrons
15%
Proteins
7%
Physics & Astronomy
electronics
29%
excitation
27%
photochemical reactions
21%
chromophores
13%
ground state
12%
molecular orbitals
12%
molecules
10%
physical chemistry
8%
promotion
7%
electron transitions
7%
isomerization
7%
regeneration
7%
electromagnetic absorption
6%
potential energy
5%
proteins
5%
electronic structure
4%
products
4%
geometry
3%
spectroscopy
3%
simulation
2%