| 1. | This was made by mixing the lead dioxide with phosphoric acid.
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| 2. | Lead dioxide can also withstand chlorine evolution in hydrochloric acid.
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| 3. | Lead dioxide dissolves in alkali hydroxide solutions to form the corresponding plumbates.
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| 4. | Lead dioxide is used as anode material in electrochemistry.
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| 5. | The idea was to simply roast the lead dioxide and vaporize the polonium.
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| 6. | Therefore, thermal decomposition of lead dioxide is a common industrial way of producing various lead oxides.
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| 7. | Lead dioxide is representative of the + 4 oxidation state, and is a powerful oxidizing agent.
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| 8. | The problem was that lead dioxide slagged at, which was too low for the process to work.
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| 9. | The reactions in the battery between lead, lead dioxide, and sulfuric acid provides a reliable source of voltage.
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| 10. | Lead dioxide anodes are inexpensive and were once used instead of conventional platinum and graphite electrodes for regenerating potassium dichromate.
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