“Joule, James Prescott (1818–89)”的概念、定义、翻译、参考文献-科学参考

Joule, James Prescott (1818–89)

Physics

In 1840 he discovered the relationship between electric current passing through a wire, its resistance, and the amount of heat produced. In 1849 he gave an account of the kinetic theory of gases, and a year later announced his best-known finding, the mechanical equivalent of heat. Later, with William Thomson (Lord Kelvin), he discovered the Joule–Thomson effect.

Chemistry

In 1840 he discovered the relationship between electric current passing through a wire, its resistance, and the amount of heat produced. In 1849 he gave an account of the kinetic theory of gases, and a year later announced his best-known finding, the mechanical equivalent of heat. Later, with William Thomson (Lord Kelvin), he discovered the Joule–Thomson effect.

Chemical Engineering

A British physicist who was the owner of a large brewery. Joule carried out much of his scientific work in his own private laboratory achieving a remarkably high standard of accuracy in his work. He stated a law about the heating effect of an electric current in 1840, and thereafter carried out a series of experiments to determine the mechanical equivalent of heat. His first determination of mechanical equivalent of heat was carried out with a calorimeter containing a rotating paddle. Together with Lord Kelvin, he discovered the Joule–Thomson effect in which there is a fall in temperature of a gas on expansion due to the attraction between molecules. The SI unit of energy is named after him.

单词	Joule, James Prescott (1818–89)
释义	Joule, James Prescott (1818–89) Physics In 1840 he discovered the relationship between electric current passing through a wire, its resistance, and the amount of heat produced. In 1849 he gave an account of the kinetic theory of gases, and a year later announced his best-known finding, the mechanical equivalent of heat. Later, with William Thomson (Lord Kelvin), he discovered the Joule–Thomson effect. Chemistry In 1840 he discovered the relationship between electric current passing through a wire, its resistance, and the amount of heat produced. In 1849 he gave an account of the kinetic theory of gases, and a year later announced his best-known finding, the mechanical equivalent of heat. Later, with William Thomson (Lord Kelvin), he discovered the Joule–Thomson effect. Chemical Engineering A British physicist who was the owner of a large brewery. Joule carried out much of his scientific work in his own private laboratory achieving a remarkably high standard of accuracy in his work. He stated a law about the heating effect of an electric current in 1840, and thereafter carried out a series of experiments to determine the mechanical equivalent of heat. His first determination of mechanical equivalent of heat was carried out with a calorimeter containing a rotating paddle. Together with Lord Kelvin, he discovered the Joule–Thomson effect in which there is a fall in temperature of a gas on expansion due to the attraction between molecules. The SI unit of energy is named after him.
随便看	MicroSCOPE microscope microscopic microscopic reversibility Microscopium Microscopy microscopy microseism microsequence microsimulation Micro-sized Microwave Atmospheric Satellite-2 Canning, George (1770–1827) Cannizzaro reaction Cannizzaro, Stanislao Cannizzaro, Stanislao (1826–1910) Cannon, Annie Jump Cannon, Annie Jump (1863–1941) cannonball bomb Cannon, Walter Bradford canonical canonical basis canonical correlation analysis canonical form canonical formula canonical frame