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Submitted on
February 27, 2013
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Camera Data

Make
FUJIFILM
Model
FinePix S3300
Shutter Speed
1/223 second
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F/8.0
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4 mm
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64
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Feb 27, 2013, 3:30:22 PM
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Digital Camera FinePix S3300 Ver1.01
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2mm
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4369-8171 by BeeblebroxZ 4369-8171 by BeeblebroxZ
One of my bismuth crystals (Silver Series).
I use a separate heating method to interrupt the oxidation process, allowing me to create colorless silver-surfaced crystals.
All of my crystals are 99.99% pure bismuth, and I make each one myself.

You can visit my eBay store by clicking the link below. I sell out quickly, so if there isn’t much there, just visit again in a few days.
[link]
For weight and dimensions, please visit my store. Those specifics are in each crystal listing's description.

I ship domestic and international.

These images CANNOT BE USED FOR ANY REASON WITHOUT MY PERMISSION.
Just ask first, and we can go from there.

Bismuth is element #83 on the Periodic Table of Elements. It is known as a post-transition metal. It has a relatively low melting-point of about 520 degrees F, which makes it easy to work with. Bismuth crystals form when the metal begins to cool from a molten state. The iridescent colors that bismuth crystals are usually known for are the result of an oxide tarnish.
Although it is relatively easy to make bismuth crystals, making high-quality crystals is a bit more difficult. First, you'll need several pounds of bismuth (99.99% pure). Second, a heating process. You can use a lab-quality heating plate, but you can also achieve the same results on a kitchen stove. Third is the extraction method. How you extract the crystals from the molten metal directly affects the types of crystals you create. Lastly, the cooling method. How quickly or slowly the crystal cools determines its colors.
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