sph0cn10.cpp
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The Poisson ratios correspond to an Au nanoparticle in diamond. The actual relative parameters of Au and diamond are plotted as a white symbol. At right, note the continuous transition of ξ from FSM to BSM.
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Return to previous page. 1. Equal Poisson ratio 2. Poisson ratio of nanoparticle greater than matrix 3. Poisson ratio of matrix greater than nanoparticle 4. vLm/vLp vs. Zm/Zp version of this page |
These are actual material examples for nanoparticle and matrix: |
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Figure 4(a) sph0cn10.cpp md54fw.gif md54ff.gif The Poisson ratios correspond to an Au nanoparticle in diamond. The actual relative parameters of Au and diamond are plotted as a white symbol. At right, note the continuous transition of ξ from FSM to BSM. |
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Figure 4(b) sph0cn11.cpp md54ew.gif md54ef.gif The Poisson ratios correspond to an Ag nanoparticle in BaO-P2O5 glass or TiO2 (both have the same Poisson ratio). The actual relative parameters of Ag in BaO-P2O5 and Ag in TiO2 are plotted as white symbols. |
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Figure 4(f) sph0cn12.cpp md54sw.gif md54sf.gif The Poisson ratios correspond to a Ag nanoparticle in SiO2. The actual relative parameters of Ag in SiO2 is plotted as a cross. |
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Figure 4(c) sph0cn10.cpp md54gw.gif md54gf.gif The Poisson ratios correspond to a CdS or CdSe nanoparticle in TiO2 or BaO-P2O5. The actual relative parameters are plotted as white symbol. |
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Figure 4(d) sph0cn11.cpp md54iw.gif md54if.gif The Poisson ratios correspond to a Si nanoparticle in liquid. The actual relative parameters of Si-in-Hg and Si-in-water are plotted as white symbols. |
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Figure 4(e) sph0cn12.cpp md54kw.gif md54kf.gif The Poisson ratios correspond to a Si nanoparticle in SiO2. The actual relative parameters of and Si in SiO2 is plotted as a cross. |
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