Effect of the structure of coal-related model ethers on the rate and mechanism of their thermolysis: 1. Effect of the number of methylene groups in the R ( CH2) n O( CH2) m R s... von Korobkov, Vjacheslav Yu, Grigorieva, Evgenija N., Bykov, Victor I., Senko, Oleg V., Kalechitz, Igor V.

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Effect of the structure of coal-related model ethers on the rate and mechanism of their thermolysis. 4. Effect of end groups in the C 6H 5CH 2OR structure von Korobkov, Vjacheslav Yu, Grigorieva, Evgeniya N., Bykov, Victor I., Kalechits, Igor V.

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Effect of the structure of coal-related model ethers on the rate and mechanism of their thermolysis. 4. Effect of end groups in the C6H5CH2OR structure von Korobkov, Vjacheslav Yu, Grigorieva, Evgeniya N., Bykov, Victor I., Kalechits, Igor V.

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Effect of the structure of coal-related model ethers on the rate and mechanism of their thermolysis von Korobkov, Vjacheslav Yu, Grigorieva, Evgeniya N., Bykov, Victor I., Kalechitz, Igor V.

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Effect of the structure of coal-related model ethers on the rate and mechanism of their thermolysis von Korobkov, Vjacheslav Yu, Grigorieva, Evgenija N., Bykov, Victor I., Senko, Oleg V., Kalechitz, Igor V.

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Effect of the structure of coal-related model ethers on the rate and mechanism of their thermolysis: 2. Effect of substituents in the C 6H 5CH 2OC 6H 4X structure von Korobkov, Vjacheslav Yu, Grigorieva, Evgeniya N., Bykov, Victor I., Kalechitz, Igor V.

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