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  1. Robert Boyle. Elements (Robert Boyle) The Greek concept of elements was popular for almost 2200 years and was the guiding force behind the alchemists' search for ways to turn cheap metals such as lead into gold. In 1661 the English scientist Robert Boyle raised an important objection to this model. In his book, The Sceptical Chymist, Boyle ...

  2. Robert Boyle ( Írország, Lismore, 1627. január 25. – London, 1691. december 31.) angol-ír fizikus és kémikus, a modern kémia előfutára. 1680 -tól a londoni Királyi Természettudományos Társaság (Royal Society) elnöke.

  3. Robert Boyle (Lisemore, actual Irlanda, 1627 - Londres, 1691) Químico inglés. Pionero de la experimentación en el campo de la química, en particular en lo que respecta a las propiedades de los gases, los razonamientos de Robert Boyle sobre el comportamiento de la materia a nivel corpuscular fueron los precursores de la moderna teoría de los elementos químicos.

  4. Boyle was born on 27 January 1627, youngest son of Richard Boyle, 1st Earl of Cork by his second wife, Catherine. After spending two years at Eton, he travelled on the continent and received further education in Geneva from a Huguenot intellectual, Isaac Marcombes. In 1644 he returned to England and settled at Stalbridge in Dorset, where his ...

  5. Robert Boyle ( Lismore, 25. siječnja 1627. – London, 30. prosinca 1691.), irski kemičar, fizičar i izumitelj. Jedan od utemeljitelja moderne kemije. Uveo mnoge eksperimentalne metode za prepoznavanje kemijskih elemenata i spojeva. Svojim radovima dokazivao da voda, vatra, zemlja i zrak nisu temeljni elementi sveukupne tvari.

  6. 로버트 보일 ( Robert Boyle, 1627년 1월 25일 ~ 1691년 12월 30일 )은 아일랜드 에서 태어난 잉글랜드 의 자연철학자, 화학자, 물리학자이다. 보일의 법칙 으로 널리 알려져 있다. 보일의 연구와 철학은 연금술 적 전통에서 출발하였으나 근대 화학의 기초를 세웠다고 ...

  7. Jan 1, 2005 · In 1660, Robert Boyle (1627–1691) published his landmark book New Experiments Physico-Mechanicall, Touching the Spring of the Air, and its Effects… in which he described the first controlled experiments of the effects of reducing the pressure of the air. Critical to this work was the development of an air pump by Boyle with Robert Hooke (1635–1703). For the first time, it was possible to ...

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