Table 5.
CB chlorinated carbons | CB potentially oxidized carbons | Resulting MCP |
|||||
---|---|---|---|---|---|---|---|
Chlorinated carbonsb | Expected λmax (nm)c,d | Previous experimental data |
BphAWB15h λmax (nm) | BphAWC18h λmax (nm) | |||
λmax (nm) | Oxidized carbons | ||||||
2,2′ | 2,3 | 8 | ∼393 | 392c | 2,3h | 393 | 393 |
5,6 | 5,8 | ∼393 | 395e | 5,6e | 393 | 393 | |
2,4′ | 2,3 | 10 | >430 | 438c | 2,3h | 433 (399) | |
5,6 | 5,10 | ∼402 | 400 | ||||
2′,3′ | 3,8 | ∼393 | |||||
3,4,2′ | 2,3 | 3,8 | ∼393 | ||||
5,6 | 3,4,8 | ∼393 | |||||
2′,3′ | 9,10 | >430 | 440 (401)f | 2′,3′h | 435 (401) | ||
5′,6′ | 5,9,10 | ∼402 | 401 | ||||
3,5,2′ | 2,3 | 4,8 | ∼393 | ||||
2′,3′ | 9,11 | >430 | 435 (402)f | 2′,3′h | 435 (400) | ||
5′,6′ | 5,9,11 | ∼402 | 400 | ||||
3,3′ | 2,3 | 9 | >430 | NPOi | |||
5,6 | 4,9 | ∼410 | 430 (410)c | 5,6e,h | 395 | ||
425 (395)e | |||||||
2,3,3′ | 5,6 | 4,5,9 | ∼402 | ||||
2′,3′ | 8,9 | ∼393 | 385 ± 3 | 388j | |||
5′,6′ | 4,8,9 | ∼393 | 400 (370)c | 5′,6′h | 385 ± 3 | 388j | |
2,4,3′ | 2,3 | 3,9 | >430 | 433f | 2,3f | 420 (438) | |
5,6 | 3,5,9 | ∼402 | 437f | 5,6h | |||
2′,3′ | 8,10 | ∼393 | 388j | ||||
5′,6′ | 4,8,10 | ∼393 | 388j | ||||
4,4′ | 2,3 | 3,10 | >430 | 432e,g | 2,3e,h | NPO | 433 |
λmax. All values are ±2 nm unless otherwise indicated. The numbers in parentheses indicate final values in case of a shift of the absorption maximum during incubations.
Carbon numbering in MCP is as shown here: .
Data from reference 33.
Data from reference 32.
Data from reference 9.
Standfuß-Gabisch and Hofer, unpublished.
Data from reference 43.
Data from reference 34.
NPO, no product observed.
Absorption unstable.