1807: Observations Regarding Chemistry in the Anglo‐Saxon World during the Napoleonic Period
Identifieur interne : 000876 ( Main/Exploration ); précédent : 000875; suivant : 0008771807: Observations Regarding Chemistry in the Anglo‐Saxon World during the Napoleonic Period
Auteurs : Otto Kr Tz [Allemagne] ; Elisabeth Vaupel [Allemagne]Source :
- Angewandte Chemie International Edition [ 1433-7851 ] ; 2007-01.
English descriptors
- KwdEn :
- Teeft :
- Abenteuerliche leben, Academic gown, Agricultural chemistry, American ships, Ammonium, Ammonium chloride, Ammonium chloroplatinate, Angew, Angewandte, Angewandte chemie, Angewandte chemie figure, Aqua regia, Atomic weight, Atomic weights, Bakerian lecture, Basic principles, Bavarian, Beddoes, Benjamin thompson, Berzelius, Bonaparte, Bridgewater, Bridgewater canal, British fleet, British government, British museum, Camera lucida, Captains lewis, Cast iron, Central city, Chem, Chemical attraction, Chemical elements, Chemical philosophy, Chemical properties, Chemical reaction, Chemical reactions, Chemical volumes, Chemie, Chemist, Chemistry, Chemistry lectures, Chemistry professor, Chronologie chemie, Consolation, Continental blockade, Continental europe, Corpuscular theory, Count rumford, Crude platinum, Dalton, Davy, Duke carl, Early decades, Economic situation, Elective affinities, Element ihrer chemischen anziehung, Equivalent numbers, Erasmus darwin, Essays figure, Exakten wissenschaften, Faraday, First time, Flat structures, French revolution, Friedrich, German translation, Geschichte, Glanz einer weltstadt, Gmbh, Goethe, Graf rumford, Grape sugar, Great britain, Humphry, Humphry davy, James watt, Jean paul, Jena, Johann, Johann georg, John dalton, John davy, Joseph banks, Josiah wedgwood, Journal chemie, July, Kgaa, King george, Komet oder nikolaus marggraf, Kulturstiftung ruhr essen, Lady palmerston, Lake starnberg, Lavoisier, Less wood, Light rays, London cityscape, Long time, Lord rumford, Marcet, Mary shelley, Mathematical laws, Matthew boulton, Mechanical equivalent, Mercury cyanide, Metal potassium, Metropole london, Michael faraday, Molecular weights, Moral refinement, Munich, Napoleon, Napoleon bonaparte, Napoleonic, Natural sciences, Nitrous oxide, November, Numerous discoveries, October, Oder, Optical glass, Other hand, Other things, Other words, Overall situation, Pacific ocean, Periodic system, Platinum, Priestley, Print shop, Religious community, Remarkable example, Right people, Rosetta stone, Royal institution, Royal navy, Royal society, Rudolph ackermann, Rumford, Rumford range, Rumford ranges, Same time, Sensible chemistry, Shelburne, Significant contribution, Silver embroidery, Starch sugar, Strontium earth, Such ideas, Sugar beet, Sulfuric acid, Synoptic scale, Terrestrial system, Thomas jefferson, Upper echelons, Verlag, Verlag chemie, Verlag gmbh, Volta, Voltaic column, Volume ratios, Walled balustrades, Watercolor painting, Weimar, Weimar society, Weinheim, Weinheim angew, Wollaston, Wollaston equivalent scale, World view, Young davy.
Abstract
Far‐reaching influence: How did the cultural atmosphere in the Anglo‐Saxon world shape the sciences and in particular chemistry at the beginning of the 19th century? Who were the most important figures, and what role did they play in academia as well as in the public? Impressions regarding these themes are given in this Essay.
Url:
DOI: 10.1002/anie.200602455
Affiliations:
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