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Iron Oxide Particle Separation
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BasicResearch
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60 views
Published 4 years ago
An experiment of oxidized steel wool in saline solution was conducted over several days. Ascorbic Acid (Vitamin C) was then added to both samples to reduce the oxidized iron. The sample on the left was exposed to a torsion field before the experiment and exhibited striking differences in reaction rates and apparent boundary layer formation both before and after the Ascorbic Acid was added. After two weeks, both jars were then tapped to disturb iron oxide flakes, allowing them to fall to the bottom of both jars. In the structured sample (left) most of the flakes returned to their former position above the clarified region in the bottom half of the jar whereas the control jar showed a large deposit of dislodged flakes still resting on the bottom.
Keywords
redox potentialascorbic acidtorsion fieldsiron oxideredox chemistryqedwater redox

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