Fig. 13.15 (a) SEM images of AgI–BiOI with different sized AgI (55 nm, 36 nm, 24 nm, and
16 nm) [77]. Reproduced from Ref. [77] by permission of the Royal Society of Chemistry. (b and c)
Photocatalytic mechanism of (b) AgI–BiOI [77] and (c) AgBr-BiPO 4 [83]. (Reproduced from Ref.
[83] by permission of the Royal Society of Chemistry)
Table 13.2 Different heterojunction structure of AgX–Y
Name
Application
References
AgI–BiOI
Photodegrading 2,4-dichlorophenol
[77]
AgI–BiOI
Photodegrading RhB
[78]
AgI–TiO 2
Photodegrading RhB
[79]
AgI–N–TiO 2
Photodegrading MO
[80]
AgBr–ZnO
Photodegrading RhB
[81]
AgBr–BiWO 6
Photodegrading MB
[82]
AgBr–BiPO 4
Photodegrading MB
[83]
13.5 Synthesis and Application of AgX-Based Heterojunction Structure
323