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Post by jfox on Nov 11, 2015 14:02:28 GMT -6
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Post by mohawkpiper on Nov 12, 2015 11:46:38 GMT -6
Jim, Where is the pic?
The other one is gorgeous, can only imagine right now what this would look like but would love to see it for real!
G
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Post by jfox on Nov 12, 2015 19:33:45 GMT -6
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terry
New Member
Posts: 1
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Post by terry on Nov 13, 2015 16:35:06 GMT -6
Jim, just fyi - It fails to appear for me as well (both forum and link show a graphic minus sign on both a tablet and a laptop).
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Post by oliverpiano on Nov 13, 2015 18:32:38 GMT -6
Same for me. Mike
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Post by jfox on Nov 13, 2015 18:52:29 GMT -6
I guess the first image wasnt shared so it could not be seen by others, is it working now ?
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paul
Junior Member
Posts: 51
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Post by paul on Nov 13, 2015 19:45:27 GMT -6
Still broke Jim
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Post by mohawkpiper on Nov 13, 2015 19:53:24 GMT -6
it's working for me!
Very nice!
I like this one even better
G
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Post by jfox on Nov 13, 2015 20:18:05 GMT -6
Thank goodness, heres a different link plus.google.com/+jfoxvideo1/postsI think the iridescence in this glaze involves "Surface plasmon resonance " which are 2 dimensional electron fields at the interface of a dielectric (glass) and a metalic coating ,typically silver and gold) this causes the electrons to interact strongly with photons and induce very unusual optical phenomena en.wikipedia.org/wiki/Surface_plasmon_resonance"For nanoparticles, localized surface plasmon oscillations can give rise to the intense colors of suspensions or sols containing the nanoparticles. Nanoparticles or nanowires of noble metals exhibit strong absorption bands in the ultraviolet-visible light regime that are not present in the bulk metal."
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Post by tileman2 on Nov 13, 2015 21:29:57 GMT -6
Nice job of refracting the ultraviolet light spectrum. Always a pleasure to see nano-particles dance like a bunch of drunken sailors. Only in nature can disorder be orderly.
Tom
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