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Wilsmore, N. T. M.; Pope, W. J.; Calcott, W. S.; Edwards, F. W.; More, A. (1937). "Obituary notices: John
Kenneth Harold Inglis, 1877–1935; Thomas Martin Lowry, 1874–1936; Camille Matignon, 1867–1934; Julius Arthur Nieuwland, 1878–1936; P. A. Ellis Richards, 1868–1936; Percy Richard Sanders,
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313:. During and after the World War I, Lowry acted as director of shell-filling (1917–1919) and worked for the Trench Warfare Committee, Chemical Warfare Committee and Ordnance Committee. For this service, he was awarded the
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Since the establishment of the
Faraday Society in 1903, Lowry had been its active member and served as its president between 1928 and 1930. In 1914 he was elected a fellow of the
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369:. Lowry published a few hundred papers and several books. His 1935 monograph on "Optical Rotatory Power" (1935) has long been regarded as a standard work on the subject.
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Brönsted, J. N. (1923) "Einige
Bemerkungen über den Begriff der Säuren und Basen" (Some observations about the concept of acids and bases),
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Medical and became the first teacher of chemistry in a
Medical School to be made a University Professor, at the
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derivatives. This led in 1923 to his formulation of the protonic definition of acids and bases, now known as
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family. He was the second son of the
Reverend E. P. Lowry who was the minister of the
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and was a founder-member and president (1928–1930) of the
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341:to describe this phenomenon. He studied changes in
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401:Obituary Notices of Fellows of the Royal Society
298:. From 1920 till his death, Lowry served as the
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529:Professors of Physical Chemistry (Cambridge)
203:; 26 October 1874 – 2 November 1936) was an
464:Journal of the Society of Chemical Industry
481:Recueil des Travaux Chimiques des Pays-Bas
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439:Journal of the Chemical Society (Resumed)
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337:-camphor with time and invented the term
214:simultaneously with and independently of
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250:from 1892 to 1919. He was educated at
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27:English physical chemist (1874–1936)
329:In 1898, Lowry noted the change in
319:Order of Saints Maurice and Lazarus
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396:"Thomas Martin Lowry. 1874-1936"
278:but also included the nature of
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365:, independently of the work by
363:Brønsted–Lowry acid–base theory
212:Brønsted–Lowry acid–base theory
107:Brønsted–Lowry acid–base theory
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461:"The uniqueness of hydrogen,"
524:Fellows of the Royal Society
288:Westminster Training College
315:Order of the British Empire
300:Chair of Physical Chemistry
117:Fellow of the Royal Society
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367:Johannes Nicolaus Brønsted
216:Johannes Nicolaus Brønsted
514:English physical chemists
260:Central Technical College
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519:Scientists from Bradford
236:West Riding of Yorkshire
304:University of Cambridge
415:10.1098/rsbm.1938.0009
272:Henry Edward Armstrong
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146:Henry Edward Armstrong
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487:(8) : 718–728.
459:Lowry, T. M. (1923)
447:10.1039/JR9370000700
296:University of London
166:Thomas Martin Lowry
36:Thomas Martin Lowry
18:Thomas Martin Lowry
258:, and then at the
232:Low Moor, Bradford
230:Lowry was born in
210:who developed the
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134:Physical chemistry
68:Low Moor, Bradford
470:(3) : 43–47.
284:aqueous solutions
276:organic chemistry
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124:Scientific career
16:(Redirected from
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343:optical rotation
331:optical rotation
264:South Kensington
252:Kingswood School
238:, England, in a
208:physical chemist
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83:(aged 62)
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161:Martin Lowry
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81:(1936-11-02)
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509:1936 deaths
504:1874 births
392:Pope, W. J.
95:Nationality
498:Categories
373:References
345:caused by
60:1874-10-26
355:catalyzed
333:on nitro-
268:chemistry
248:Aldershot
226:Biography
87:Cambridge
394:(1938).
325:Research
317:and the
441:: 700.
359:camphor
302:at the
240:Cornish
205:English
98:British
349:- and
270:under
130:Fields
113:Awards
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351:base
347:acid
280:ions
89:, UK
76:Died
70:, UK
54:Born
443:doi
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282:in
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170:CBE
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