Interactions | Reactions | Processes
Classified as: Photochemical Excitation
Photons of the correct energy promote atomic and molecular electrons from ground state AOs and MOs to excited state orbitals.
Photoexcited species may adsorb more photons until the species photoionises to the cation and electron, or it may relax by one of many possible mechanisms. Reaction chemists are particularly interested in photoinduced radical fragmentation. For more information look in the Chemogenesis webbook section on photochemistry.(C6H5COO)2 |
+ |
hν |
+ |
Cl2 |
+ |
hν |
2 |
Cl• |
Br2 |
+ |
hν |
Br• |
+ |
Br• |
+ |
hν |
+ |
+ |
hν |
+ |
CH3CH2• |
+ |
hν |
+ |
(CH3)3C• |
+ |
+ |
hν |
+ |
Br– |
+ |
+ |
hν |
+ |
Br– |
+ |
+ |
hν |
+ |
Br– |
+ |
hν |
+ |
CH3• |
2 |
Fe(CO)5 |
+ |
hν |
Fe2(CO)9 |
+ |
CO |
4 |
HNO3 |
+ |
hν |
4 |
NO2 |
+ |
O2 |
+ |
2 |
H2O |
O2 |
+ |
hν |
1ΔO2 |
H2C=C=O |
+ |
hν |
CH2 |
+ |
CO |
CH2N2 |
+ |
hν |
CH2 |
+ |
N2 |
HN3 |
+ |
hν |
NH |
+ |
N2 |
CO2 |
+ |
hν |
O |
+ |
CO |
R2C=C=O |
+ |
hν |
R–C–R |
+ |
CO |
+ |
hν |
+ |
hν |
+ |
hν |
+ |
hν |
2 |
+ |
hν |
NO2 |
+ |
hν |
NO |
+ |
O |
H2O |
+ |
hν |
H• |
+ |
HO• |
H2O |
+ |
hν |
H2 |
+ |
O |
HOOH |
+ |
hν |
2 |
HO• |
CO2 |
+ |
hν |
CO |
+ |
O |
H2C=CH2 |
+ |
hν |
HC≡CH |
+ |
H2 |
+ |
hν |
H2C=CH2 |
+ |
RCHO |
+ |
hν |
R–H |
+ |
CO |
+ |
hν |
2 |
H2C=CH2 |
+ |
CO |
+ |
hν |
+ |
CO |
O3 |
+ |
hν |
O |
+ |
O2 |
H2 |
+ |
hν |
[H2]+• |
+ |
e– |
+ |
SO2 |
+ |
Cl2 |
+ |
hν |
+ |
SO2 |
+ |
O2 |
+ |
hν |
+ |
NOCl |
+ |
HCl |
+ |
hν |
+ |
HCl |
2 |
H2O |
+ |
2 |
Cl2 |
+ |
hν |
O2 |
+ |
4 |
HCl |
© Mark R. Leach 1999 –
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Bug, typo or grammatical error reports about this page,please contact Mark R. Leach, the author, using mark@meta-synthesis.com