Thomas Stevens Stevens
#117,157
Most Influential Person Across History
Chemist
Thomas Stevens Stevens's AcademicInfluence.com Rankings
Thomas Stevens Stevenschemistry Degrees
Chemistry
#2230
Historical Rank
Organic Chemistry
#622
Historical Rank

Download Badge
Chemistry
Thomas Stevens Stevens's Degrees
- PhD Chemistry University of California, Berkeley
- Masters Chemistry Stanford University
Why Is Thomas Stevens Stevens Influential?
(Suggest an Edit or Addition)According to Wikipedia, Thomas Stevens Stevens FRS FRSE was a 20th Scottish organic chemist. He was affectionately known as T.S.S. or Tommy Stevens. Life He was born in Renfrew on 8 October 1900, the only son of John Stevens and his wife, Jane Irving. His father was a design engineer and Production Director of William Simons & Co. shipbuilders in Renfrew. He was home educated by his mother until 1908 then educated at Paisley Grammar School. In 1915 he moved to Glasgow Academy and completed his education there in 1917.
Thomas Stevens Stevens's Published Works
Number of citations in a given year to any of this author's works
Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author
Published Works
- 924. The decomposition of toluene-p-sulphonylhydrazones by alkali (1952) (260)
- CCCCXXIII.—Degradation of quaternary ammonium salts. Part I (86)
- 128. A new method for the conversion of acids into aldehydes (1936) (45)
- CCXXXVIII.—The preparation of N-derivatives in the carbazole series (36)
- 8. Degradation of quaternary ammonium salts. Part V. Molecular rearrangement in related sulphur compounds (1932) (23)
- 706. Molecular rearrangement and fission of ethers by alkaline reagents (1960) (23)
- The glucose metabolism in vitro of Trypanosoma rhodesiense. (1945) (18)
- CXCVIII.—Synthesis of 2 : 3 : 10 : 11-bismethylenedioxy-protoberberine and 6 : 7 : 3′ : 4′-bismethylenedioxy-protopapaverine (17)
- 630. Electrophilic rearrangements: stereochemistry and allylic transformations (1963) (15)
- 7. Degradation of quaternary ammonium salts. Part IV. Relative migratory velocities of substituted benzyl radicals (1932) (15)
- Synthesis of symmetrically trisubstituted benzene derivatives (1968) (15)
- 263. Degradation of quaternary ammonium salts. Part VII. New cases of radical migration (1932) (15)
- CCLXXI.—Degradation of quaternary ammonium salts. Part III (14)
- Cryptopleurine, a synthesis based on biogenetic considerations (1969) (13)
- The alkaloids of Gelsemium sempervirens. Part IV. Derivatives of pyridine, isoquinoline, and indol-2(3H)-one as possible initial materials for synthesis of gelsemine (1970) (13)
- 719. The rearrangement of sulphinic esters (1958) (12)
- 623. Synthesis and properties of dehydropyridocolinium salts (1958) (12)
- Selected Molecular Rearrangements (1972) (12)
- Halogenation of porphin and octaethylporphin (1968) (11)
- Structure of Sempervirine (1949) (11)
- 262. Degradation of quaternary ammonium salts. Part VI. Effect of substitution on velocity of intramolecular rearrangement (1932) (10)
- Reduction of nitrosamines to hydrazines (1970) (9)
- 911. A new reaction of aliphatic diazo-compounds (1952) (8)
- 69. Degradation of quaternary ammonium salts. Part VIII. Necessary structural conditions for migration in radicals (1934) (7)
- 816. The rearrangement of amine oxides (1958) (7)
- Applications of electrophilic molecular rearrangement to the synthesis of NN-dimethylphenylalanine and benzo[b]quinolizidine (1969) (7)
- Decomposition of toluene-p-sulphonylhydrazones by alkali. Part II (1967) (7)
- 194. Molecular rearrangement and displacement of arylamine residues in α-arylamino-ketones. Part I (1947) (7)
- 527. The isomerisation of sulphilimines. Part II (1952) (6)
- 668. Molecular rearrangement of tertiary amines. Part I (1960) (6)
- 479. The alkaloids of Gelsemium sempervirens. Part II (1945) (6)
- 339. Rearrangement of sulphonhydrazides (1961) (6)
- Electrophilic Molecular Rearrangements (1968) (6)
- Hydrogen-based microbial ecosystems in the Earth. (1996) (6)
- 387. Action of the grignard reagent upon aminonitriles. Part II (1932) (5)
- The alkaloids of Gelsemium sempervirens. Part III. Sempervirine (1970) (5)
- CCXXXIV.—The preparation of 3 : 4-methylenedioxy-homophthalic acid (5)
- 752. 1,2-Homolytic rearrangements (1963) (4)
- 285. Experiments on the synthesis of the chelidonium alkaloids (1949) (4)
- 72. Mechanism of the reaction between arylamines and benzoins (1940) (3)
- 146. Synthetical experiments on protopine and allied alkaloids. Part II. New synthesis of the berberine ring-system, and of a ring-homologue of the aporphine alkaloids (1935) (3)
- XXIX.—Synthetical experiments on protopine and allied alkaloids. Part I (3)
- 829. Degradation of quaternary ammonium salts. Part IX. Attempts to prepare presumed intermediates having co-ordinately linked carbon (1952) (2)
- Synthesis of 3-oxabicyclo[3,1,1]heptanes by rearrangement of 3-oxaspiro[3,3]heptanes (1969) (2)
- The Use of Chemical Fumigants and Potential Alternatives at Weyerhaeuser Mima Nursery (2001) (2)
- CCCLVIII.—Action of the Grignard reagent upon amino-nitriles (1931) (2)
- 177. Reactions of α-amino-ketones (1937) (1)
- 93. Reduction of α-amino-nitriles (1933) (1)
- CCCLXXII.—A new synthesis of hydrastic acid (0)
- XVIII.—Elimination of Toluenesulphinic Acid from 4-Alkylamino-benzhydryl Sulphones: a Route to 4-Aminodiphenylmethanes (1971) (0)
- XVII.—Interaction of Toluenesulphinic Acid, Aldehydes and Secondary Amines (1971) (0)
This paper list is powered by the following services:
Other Resources About Thomas Stevens Stevens
What Schools Are Affiliated With Thomas Stevens Stevens?
Thomas Stevens Stevens is affiliated with the following schools: