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Pyrolysis of trichloronitrosomethane
Journal of the Chemical Society, Dalton Transactions, 1974Trichloronitrosomethane, partly in the liquid phase, decomposed at 98° to give nitric oxide, carbon tetrachloride, N-(dichloromethylene)trichloromethylamine, trichloronitromethane, nitrosyl chloride, and carbonyl chloride. After 3·5 h, no CCl3NO could be recovered.
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Suo, 1987
The release of nitrogen and sulphur compounds in peat pyrolysis was investigated between 300 and 700 °C. Seven peats with different nitrogen and sulphur contents (N:0.8729 %. S: 0.08—0.24 %) were studied. The pyrolysis was studied indirectly by following the elemental composition and the structure of the char residue.
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The release of nitrogen and sulphur compounds in peat pyrolysis was investigated between 300 and 700 °C. Seven peats with different nitrogen and sulphur contents (N:0.8729 %. S: 0.08—0.24 %) were studied. The pyrolysis was studied indirectly by following the elemental composition and the structure of the char residue.
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1991
Publisher Summary This chapter discusses pyrolysis with respect to the influence of heating rates, final temperature, time at final temperature, and the presence of exchangeable cations on the yields and nature of the solid and volatile decomposition products in Victorian brown coals.
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Publisher Summary This chapter discusses pyrolysis with respect to the influence of heating rates, final temperature, time at final temperature, and the presence of exchangeable cations on the yields and nature of the solid and volatile decomposition products in Victorian brown coals.
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Pyrolysis of unsaturated compounds. 2. Pyrolysis of ketones
The Journal of Organic Chemistry, 1978William J. Bailey, Frank Cesare
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