| 1. | Care should be taken never to expose Raney nickel to air.
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| 2. | The isomaltulose is then hydrogenated, using a Raney nickel catalyst.
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| 3. | Macroscopically, Raney nickel is a finely divided gray powder.
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| 4. | Raney nickel is typically supplied as a 50 % slurry in water.
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| 5. | This is now a common alloy composition for modern Raney nickel catalysts.
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| 6. | Benzene is routinely reduced to cyclohexane using Raney nickel for the production of nylon.
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| 7. | The reductive agent is hydrogen, and Raney nickel is used as a catalyst.
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| 8. | Likewise, Raney nickel will remove the sulfur of thiophene to give a saturated alkane.
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| 9. | Care should be taken when handling these raw materials during laboratory preparation of Raney nickel.
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| 10. | An alternative way of preparing enantioselective Raney nickel has been devised by surface adsorption of tartaric acid.
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