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Dense Inert Metal Explosive - Wikipedia, the free encyclopedia
Dense Inert Metal Explosive ( DIME ) is an experimental type of explosive that has a relatively small but effective blast radius. It is manufactured by producing a homogeneous mixture of an explosi...
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However, other than a few expensive noble metals, metals corrode in aluminum production cells. The project partners will develop a new inert hollow metal anode with a dissolving alumina surface film that is continuously replenished by aluminum additions to the interior of the anode.
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HOUSTON, TX--(Marketwire - February 11, 2009) - Planet Resource Recovery, Inc. ... Certified laboratory results showed that after treatment with PetroLuxus™ 401 harmful metals, such as arsenic, lead, chromium, cyanide, and mercury, were rendered inert and non-detectable.
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physorg.com — The Lost Orphan Mine below the Grand Canyon hasn't produced uranium since the 1960s, but radioactive residue still contaminates the area. Cleaning the region takes an expensive process that is only done in extreme cases, ... Add Your Comment Researcher uses bacteria to make radioactive metals inert...
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"Bacteria Used To Make Radioactive Metals Inert" implies that the bacteria are making radioactive metals non-radioactive. A better title might be "Bacteria Used to make Poisonous Heavy Metals Inert," or "Bacteria Turn Radioactive Heavy Metals Into Chemically Inert Radioactive Stuff That Is Easier To Clean Up."
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The bacteria Wall is studying are bio-corrosives and can change the solubility of heavy metals. They can take uranium and convert it to uraninite, a nearly insoluble substance that will sink to the bottom of ... Wall is looking into the bacteria's water cleansing ability and how long the changed material would remain inert.
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Judy Wall, a professor of biochemistry at the University of Missouri, is working with bacteria that convert toxic radioactive metal to inert substances. Credit: ... The bacteria Wall is studying are bio-corrosives and can change the solubility of heavy metals. They can take uranium and convert it to uraninite,
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