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Original Articles

Induced synthesis and characterisation of Ag and Ag2S assembly nanoparticle chains

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Pages 209-216 | Received 02 Mar 2010, Accepted 06 May 2010, Published online: 26 Mar 2011

Figures & data

Figure 1. TEM and ED images of products (a) Ag nanoparticle chains; (b) Ag2S nanoparticle chains.

Figure 1. TEM and ED images of products (a) Ag nanoparticle chains; (b) Ag2S nanoparticle chains.

Figure 2. XRD patterns of products (a) Ag nanoparticle chains; (b) Ag2S nanoparticle chains.

Figure 2. XRD patterns of products (a) Ag nanoparticle chains; (b) Ag2S nanoparticle chains.

Figure 3. UV-Vis absorption spectra of the Ag (a) and Ag2S (b) nanoparticle chains.

Figure 3. UV-Vis absorption spectra of the Ag (a) and Ag2S (b) nanoparticle chains.

Figure 4. TEM images of Ag products (a) using ammonia to adjust the pH value; (b) dripping rate is 4 mL min−1; (c) the concentration of Ag+ ions is 0.001 mol L−1 and (d) the concentration of Ag+ ions is 1 mol L−1.

Figure 4. TEM images of Ag products (a) using ammonia to adjust the pH value; (b) dripping rate is 4 mL min−1; (c) the concentration of Ag+ ions is 0.001 mol L−1 and (d) the concentration of Ag+ ions is 1 mol L−1.

Figure 5. TEM images of some aggregated products aging for 24 h (a) Ag nanoparticle chains (b) Ag2S nanoparticle chains.

Figure 5. TEM images of some aggregated products aging for 24 h (a) Ag nanoparticle chains (b) Ag2S nanoparticle chains.

Figure 6. TEM images of products ageing for 2 h (a) Ag nanoparticle chains (b) Ag2S nanoparticle chains.

Figure 6. TEM images of products ageing for 2 h (a) Ag nanoparticle chains (b) Ag2S nanoparticle chains.

Figure 7. The pattern of GRs (growth for 48 h).

Figure 7. The pattern of GRs (growth for 48 h).

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