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See also: born at Cloughballymore, Co
.
See also: Galway, in 1733
.
See also: Part of his early See also: life was spent- abroad, and in 1754 he entered the Jesuit novitiate either at St Omer or at Hesdin, but returned to See also: Ireland in the following See also: year, when he succeeded to the See also: family estates through the See also: death of his See also: brother in a duel
.
In 1766, having conformed to the established See also: religion two years previously, he was called to the Irish See also: bar, but in 1768 abandoned practice in favour of scientific pursuits
.
During the next nineteen years he resided chiefly in See also: London, enjoying the society of the scientific men living there, and corresponding with many savants on the continent of See also: Europe, as his wide knowledge of See also: languages enabled him to do with ease
.
His experiments on the specific gravities and attractive See also: powers of various saline substances formed a substantial contribution to the methods of See also: analytical chemistry, and in 1782 gained him the See also: Copley medal from the Royal Society, of which he was elected a See also: fellow in 178o; and in 1784 he was engaged in a controversy with See also: Cavendish in regard to the latter's experiments on air
.
In 1787 he removed to See also: Dublin, where four years later he became president of the Royal Irish See also: Academy
.
To its proceedings he contributed some See also: thirty-eight See also: memoirs, dealing with meteorology, pure and applied chemistry, geology, See also: magnetism, See also: philology, &c
.
One of these, on the See also: primitive See also: state of the globe and its subsequent catastrophe, involved him in a lively dispute with the upholders of the Huttonian theory
.
His See also: geological See also: work was marred by an implicit belief in the universal deluge, and through finding fossils associated with the trap rocks near See also: Portrush he maintained See also: basalt was of aqueous origin
.
He was one of the last supporters in See also: England of the phlogistic hypothesis, for which he contended in his Essay on Phlogiston and the Constitution of Acids (1787), identifying phlogiston with hydrogen
.
This work, translated by Madame Lavoisier, was published in French with critical notes by Lavoisier and some of his associates; See also: Kirwan attempted to refute their arguments, but they proved too strong for him, and he acknowledged himself a convert in 1791
.
His other books included Elements of See also: Mineralogy (1784), which was the first systematic work on that subject in the See also: English language, and which long remained See also: standard; An Estimate of the Temperature of Different Latitudes (1787); Essay of the Analysis of See also: Mineral See also: Waters (1799), and Geological Essays (1799)
.
In his later years he turned to philosophical questions, producing a paper on human liberty in 1798, a See also: treatise *on logic in 1807, and a See also: volume of metaphysical essays in 1811, none of any worth
.
Various stories are told of his eccentricities as well as of his conversational powers
.
He died in Dublin in See also: June 1812
.
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