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YOUNG, JAMES (1811-1883)

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Originally appearing in Volume V28, Page 940 of the 1911 Encyclopedia Britannica.
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YOUNG, See also:JAMES (1811-1883) , Scottish See also:industrial chemist, was See also:born in See also:Glasgow on the 13th of See also:July 1811. During his See also:apprenticeship to his See also:father, a See also:carpenter, he attended evening classes at See also:Anderson's See also:College, where he had See also:Lyon Playf See also:air and See also:David See also:Livingstone for See also:fellow-pupils; and the ability he showed was such that See also:Thomas See also:Graham, the See also:professor of See also:chemistry, See also:chose him as lecture assistant in 1832. About 1839, on the recommendation of Graham, whom in 1837 he had accompanied to University College, See also:London, he was appointed chemist at James See also:Muspratt's See also:alkali See also:works in See also:Lancashire; in connexion with alkali he showed that See also:cast-See also:iron vessels could be satisfactorily substituted for See also:silver in the manufacture of See also:caustic soda, and worked out improvements in the See also:production of chlorate of potash. But his name is best known in connexion with the See also:establishment of the Scottish See also:mineral-oil See also:industry. In 1847 Lyon See also:Playfair informed him of a See also:spring of See also:petroleum which had made its See also:appearance at See also:Ridding's Colliery at See also:Alfreton in See also:Derbyshire, and in the following See also:year he began to utilize it for making both burning and lubricating See also:oils. This spring was practically exhausted by 1851. It had served to draw Young's See also:attention to the question of oil-production, and in 1850 he took out his fundamental patent for the See also:distillation of bituminous substances. This was soon put into operation in See also:Scotland, first with the Boghead See also:coal or Torbanehill mineral, and later with bituminous shales, and though he had to See also:face much litigation Young successfully employed it in the manufacture of See also:naphtha and lubricating oils, and subsequently of See also:illuminating oils and See also:paraffin See also:wax, until in 1866, after the patent had expired, he transferred his works to a limited See also:company. In 1872 he suggested the use of caustic See also:lime to prevent the corrosion of iron See also:ships by the See also:bilge See also:water, which he noticed was See also:acid, and in 1878 he began a determination of the velocity of See also:white and coloured See also:light by a modification of H. L. See also:Fizeau's method, in collaboration with Professor See also:George See also:Forbes (b. 1849), at See also:Pitlochry.

The final results were obtained in 188o-81 across th'e See also:

Firth of See also:Clyde from See also:Kelly, his See also:house at See also:Wemyss See also:Bay, and a See also:hill above Inellan, and gave values rather higher than those obtained by M. A. See also:Cornu and A. A. Michelson. Young was a liberal supporter of David Livingstone, and also gave £10,500 to endow a See also:chair of technical chemistry at Anderson's College. He died at Wemyss Bay on the 14th of May 1883.

End of Article: YOUNG, JAMES (1811-1883)

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