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  1. Torbern Olof Bergman (* 20. März [1] 1735 in Låstad, Västergötland; † 8. Juli 1784 in Medevi, heute Teil der Gemeinde Motala) war ein bedeutender schwedischer Chemiker und Mineraloge . Inhaltsverzeichnis. 1 Leben. 2 Schriften (Auswahl) 3 Literatur. 4 Weblinks. 5 Einzelnachweise. Leben.

  2. Torbern Olaf (Olof) Bergman ( KVO) (20 March 1735 – 8 July 1784) was a Swedish chemist and mineralogist noted for his 1775 Dissertation on Elective Attractions, containing the largest chemical affinity tables ever published. Bergman was the first chemist to use the A, B, C, etc., system of notation for chemical species .

  3. 17. Apr. 2024 · Torbern Olof Bergman (born March 20, 1735, Katrineberg, Swed.—died July 8, 1784, Medevi) was a Swedish chemist and naturalist who introduced many improvements in chemical analysis and made important advances in the theory of crystal structure. Bergman was appointed associate professor of mathematics at the University of Uppsala in ...

  4. Bergman [bärjman], Torbern Olof, schwedischer Chemiker und Mineraloge, *20. 3. 1735 Katrineberg, †8. 7. 1784 Medevi (Östergötland); Schüler von C. von Linné, ab 1761 Professor für Mathematik, 1767–80 für Chemie in Uppsala; Begründer der analytischen Chemie und Mitbegründer der mineralogischen Chemie; bedeutende Beiträge zur ...

  5. Torbern Olof Bergman (* 20. März 1735 in Katharinberg, Schweden; † 8. Juli 1784 in Medevi, Schweden) war ein bedeutender Chemiker und Mineraloge des 18. Jahrhunderts. Er war Nachfolger von Johan Gottschalk Wallerius an der Universität Uppsala und gilt als Begründer der analytischen Chemie.

  6. 17. Mai 2018 · Bergman, Torbern Olof (1735–84) Professor of chemistry at Uppsala, Sweden, Bergman made contributions to mineralogy. He was a diluvialist, believing that the Earth had an aqueous origin; some of his work on the formation of rocks was later developed and extended by Werner. See DILUVIALISM.

  7. 1. Jan. 1984 · This year marks the bicentenary of the death of the Swedish chemist Torbern Bergman. He took up chemical work comparatively late in life, but made important contributions to the classification and analysis of minerals and mineral waters. He is best known, however, for his work on chemical affinity, described in his