Similarly, Zhang et al. found that exposed facets of AgCl crystals could be toiled
from {311} to {15 5 2} using poly(diallyldimethylammonium) chloride (PDDA) as
the both Cl source and structure-directing agent (Fig. 13.14b, c) [75].
Fig. 13.14 (a) SEM images of samples synthesized with C 4 MimBr, C 8 MimBr, C 12 MimB, and
C 16 MimBr, respectively [74]. Reproduced from Ref. [74] by permission of the Royal Society of
Chemistry. (b and c). SEM images of AgCl crystals: (a) large-area and (b) enlarged. (c–e) in
different orientations, with the corresponding geometrical models shown to the right of each SEM
image. ( f ) A single AgCl crystal. (g) Size distribution of the as-prepared AgCl crystals
[75]. (Reproduced from Ref. [75] by permission of the Royal Society of Chemistry)
13.4 Synthesis and Application of AgX with Different Morphologies
321
from {311} to {15 5 2} using poly(diallyldimethylammonium) chloride (PDDA) as
the both Cl source and structure-directing agent (Fig. 13.14b, c) [75].
Fig. 13.14 (a) SEM images of samples synthesized with C 4 MimBr, C 8 MimBr, C 12 MimB, and
C 16 MimBr, respectively [74]. Reproduced from Ref. [74] by permission of the Royal Society of
Chemistry. (b and c). SEM images of AgCl crystals: (a) large-area and (b) enlarged. (c–e) in
different orientations, with the corresponding geometrical models shown to the right of each SEM
image. ( f ) A single AgCl crystal. (g) Size distribution of the as-prepared AgCl crystals
[75]. (Reproduced from Ref. [75] by permission of the Royal Society of Chemistry)
13.4 Synthesis and Application of AgX with Different Morphologies
321