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Alexander Crum Brown (* 26. März 1838 in Edinburgh; † 28. Oktober 1922 ebenda) war ein schottischer Chemiker . Inhaltsverzeichnis. 1 Leben. 2 Literatur. 3 Weblinks. 4 Einzelnachweise. Leben. Brown studierte an der Royal High School in Edinburgh. 1861 wurde er mit dem Thema On the theory of chemical combination zum M.D. promoviert. [1] .
Alexander Crum Brown c. 1900 Belgrave Crescent, Edinburgh. Alexander Crum Brown FRSE FRS (26 March 1838 – 28 October 1922) was a Scottish organic chemist. Alexander Crum Brown Road in Edinburgh's King's Buildings complex is named after him.
UNIVERSITY OF EDINBURGH -CHAIR OF CHEMISTRY - Yesterday, at a meeting of the curators of the University of Edinburgh, Dr Alexander Crum Brown, who has for some years been an extra-academical lecturer on chemistry in this city, and well-known for his valuable contributions to science, was appointed to the Chair of Chemistry in room of Mr. Lyon ...
Alexander Crum Brown (1838-1922) Professor of Chemistry, 1863-1869. Born in Edinburgh, the brother of John Brown who would become known to the world as author of "Rab and His Friends", Alexander Crum Brown was educated at the Royal High School, Edinburgh and Mill Hill School, London before proceeding to the Universities of Edinburgh (MA 1858 ...
What is less well known is that a Scottish chemist, Alexander Crum Brown, arrived at similar conclusions as Mach and Breuer at the same time quite independently. In fact, he pioneered several concepts in vestibular physiology that included pairing of semicircular canals for function, the vestibular pathway, optic fixation elimination in ...
- Soumit Dasgupta, Marco Mandala, Enis Alpin Guneri
- 2020
Crum Brown’s greatest scientific contribution was a graphical theory to represent the linking of atoms in molecules. His thesis of 1861 (‘On the theory of chemical combination’) contains ...
7. Juli 2020 · In fact, he pioneered several concepts in vestibular physiology that included pairing of semicircular canals for function, the vestibular pathway, optic fixation elimination in vestibular experimentation, the theory of motion intolerance, and study in deaf mutes for insights into vestibular pathology and vestibular compensation.
