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Exploiting quantum interference in dye sensitized solar cells
Emanuele Maggio,
Gemma C. Solomon
, Alessandro Troisi
Department of Chemistry
25
Citations (Scopus)
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Chemical Compounds
Quantum Interference
95%
Atomistic Simulation
89%
Tunneling
70%
Titanium Dioxide
57%
Electron Transfer
48%
Charge Transfer
48%
Nanomaterial
43%
Carbon Atom
32%
Molecule
24%
Engineering & Materials Science
Dye-sensitized solar cells
100%
Electrons
69%
Chromophores
58%
Titanium dioxide
45%
Charge transfer
44%
Nanostructures
42%
Discrete Fourier transforms
37%
Molecules
33%
Carbon
26%
Physics & Astronomy
dyes
60%
solar cells
51%
interference
47%
chromophores
18%
anatase
18%
electron transfer
17%
fragments
14%
life (durability)
11%
carbon
11%
molecules
9%
electrons
7%
simulation
6%