Joule—Lenz Law: Faces, Ideas, and Experiments

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详细

The history of the discovery of the law of heating effect of an electric current is considered. The contribution of two authors of the law— the English physicist James Joule and the Russian physicist Emilia Lenz — is compared. For both Joule and Lenz, the establishment of the law was preceded by a period of fascination with designing electric motors. It is emphasized that for Joule the discovery of the law of heating effect of an electric current was the beginning of experiments to determine the mechanical equivalent of heat. Joule’s experiments with induction currents were of great importance for understanding the law of heating effect of a current. Joule’s active participation in the work of scientific societies is noted.

作者简介

B. Bulyubash

Alekseev Nizhny Novgorod State Technical University

Email: borisbulyubash@gmail.com
Nizhny Novgorod, Russia

参考

  1. Joule J. On the producing of Heat by Voltaic Electricity. Proceedings of the Royal Society. 1840; 4: 280–282
  2. Joule J. On the Heat evolved in metallic Conductors of Electricity and in the Cells of a battery during Electrolysis. Philosophical Magazine. 1841; 19(124): 260–277.
  3. Lentz E. Ueber die Gesetze der Warmeentwicklung durch den galvanischen strome. Рt.I. Annalen der Physic und Chemistry. 1843; LIX: 203–239.
  4. Lentz E. Ueber die Gesetze der Warmeentwicklung durch den galvanischen strome. Рt.II. Annalen der Physic und Chemistry. 1844; LXI: 18–49.
  5. Ленц Э. О законах выделения тепла электрическим током. Ленц Э.Х. Избранные труды. М., 1950; 360–446.
  6. Яроцкий А.В. Борис Семенович Якоби. М., 1988.
  7. Cardwell D. James Joule: A biography. Manchester, 1989.
  8. Лежнева О.А., Ржонснинский Б.Н. Эмилий Христианович Ленц. М.; Л., 1952.
  9. Geschichte der Physik: Ein Abri. Ed: W.Schreier. Berlin, 1988.
  10. Fox R.M. James Prescott Joule. Mid-Nineteenth-Century Scienists. L.; N.Y.; Toronto; Paris, 1969; 72–103.
  11. Розенбергер Ф. История физики. Ч.3, Вып.2. М.; Л., 1936.
  12. Кравец Т.П. О работах Ленца в области электромагнетизма. Ленц Э.Х. Избранные труды. М., 1950; 465–474.
  13. Kargon R.H. James Joule as Devotee. Kargon R.H. Science in Victorian Manchester: Enterprise and Expertise. Manchester, 1977, 49–60.
  14. Joule J.P. On the electric Origin of the heat of Combustion. Philosophical Magazine. Ser.3. 1841; 20: 129, 98–113.
  15. Joule J. On the caloric effects of magneto- electricity and on the mechanical value of heat. Philosophical Magazine. 1843; 23: 263–276, 347–355, 435–443.
  16. Зибум Х.О. Воспроизведение экспериментов по определению механического эквивалента теплоты: точность инструментов и правильность измерений в ранневикторианской Англии. Вопросы истории естествознания и техники. 1998; 1: 9–46.
  17. Kipnis N.M. Thermodinamics and Mechanical Equivalent of Heat. Science & Education. 2014; 23: 2007–2044.
  18. Гельмгольц Г. О сохранении силы. М.; Л., 1934.
  19. Elkana Y. The discovery of the concept of energy. London, 1974.
  20. Планк М. Принцип сохранения энергии. М.; Л., 1938.
  21. Лакур П., Аппель Я. Историческая физика. Т.2. Одесса, 1908.
  22. Burgess R. Portraits of doctors & scientists in the Wellcome Institute. London, 1973.

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