125 results on '"Jocelyn Field Thorpe"'
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2. VII.—Synthesis of αββ-trimethylglutaric acid. COOH·CH(CH3)·C(CH3)2·CH2·COOH
3. CLXXIV.—The formation and stability of spiro-compounds. Part III. spiro-Compounds from cyclopentane
4. CCCXCII.—Properties of conjugated compounds. Part III. The bearing of hexatriene chemistry on the reactive form of conjugated hydrocarbons
5. CXVIII.—The formation and reactions of imino-compounds. Part XIII. The constitution of ethyl β-imino-α-cyanoglutarate and of its alkyl derivatives
6. XC.—The chemistry of the glutaconic acids. Part III. Glutaconic acid and its β-alkyl derivatives
7. LXXIV.—The chemistry of the glutaconic acids. Part XXII. Optically active αγ-dimethylglutaconic acid
8. CCXLVIII.—An instance illustrating the stability of the four-carbon ring
9. CXLV.—The action of bromine on β-hydrindone
10. XXXI.—The formation and reactions of imino-compounds. Part XVII. The alkylation of imino-compounds
11. XXXVI.—A reaction of certain colouring matters of the oxazine series
12. CLXXII.—The formation and reactions of iminocompounds. Part X. The formation of iminoderivatives of pyrrole and of isopyrrole from amino-nitriles
13. CLXVIII.—The conditions underlying the formation of unsaturated and cyclic compounds from halogenated open-chain derivatives. Part VII. The influence of the phenyl group on the formation of the cyclopropene ring
14. CCVI.—The formation of derivatives of tetrahydronaphthalene from γ-phenyl fatty acids. Part II
15. LXXXI.—Constitution of ethyl sodiocyanacetate and of ethyl sodiomethylcyanacetate
16. CCXVI.—A method for the preparation of αββ-trialkylated glutaric acids
17. CLXXXV.—The formation and reactions of imino-compounds. Part II. Condensation of benzyl cyanide leading to the formation of 1 : 3-naphthylenediamine and its derivatives
18. CCXLIV.—The chemistry of the glutaconic acids. Part XVI. Three-carbon tautomerism in the cyclopropane series. Part III. Refractometric evidence
19. XXXVI.—Ring-chain tautomerism. Part IX. The mutarotation of the sugars
20. CLXXII.—The chemistry of the glutaconic acids. Part IX. A method for distinguishing between the esters of the normal and labile acids
21. CLIX.—The chemistry of the three-carbon system. Part I. The influence of the cyclohexane ring on the αβ–βγ change
22. CXXXVIII.—Ring-chain tautomerism. Part V. The effect of the gem-dipropyl grouping on the carbon tetrahedral angle
23. CLXV.—Note on the formation of β-methylglutaconic acid and of αβ-dimethylglutaconic acid
24. CLXIII.—The constitution of glutaconic acid
25. CLXXXIV.—Ethyl α-cyano-γ-phenylacetoacetate
26. CLXXXIX.—The formation and reactions of iminocompounds. Part XVI. Reactions leading to the formation of tricarballylic acid
27. XV.—αα-Dimethylbutane-αβδ-tricarboxylic acid, γ-keto-ββ-dimethylpentamethylene-α-carboxylic acid, and the synthesis of inactive α-campholactone of inactive α-campholytic acid and of β-campholytic acid (iso lauronolic acid)
28. XIV.—Ring-chain tautomerism. Part IV. The effect of the methyl ethyl grouping on the carbon tetrahedral angle
29. CCCLXXII.—The formation and stability of spiro-compounds. Part XI. Bridged spiro-compounds from cyclopentane
30. XIX.—The chemistry of polycyclic structures in relation to their homocyclic unsaturated isomerides. Part II. Intra-annular tautomerism
31. CXLIII.—The influence of substituents on the formation and stability of heterocyclic compounds. Part I. Hydantoins
32. CXII.—Synthesis of i-camphoronic acid
33. CCCXXXIII.—Ring-chain tautomerism. Part VII. The αββ-trisubstituted glutaric acid type
34. XCI.—The chemistry of the glutaconic acids. Part IV. The esters of the glutaconic acids
35. CCXX.—The formation and stability of spiro-compounds. Part IX. The influence on stability of groups of high molecular weight
36. CCXXX.—Ring-chain tautomerism. Part X. Inhibited tautomerism
37. CCXLVI.—The probable cause of the elimination of a carbethoxyl group as ethyl carbonate by the action of sodium ethoxide
38. Stephen Hales, D.D., F. R. S. 1677-1761
39. Sir Robert Mond, 1867 - 1938
40. XXXIII.—The formation and stability of spiro-compounds. Part II. Bridged-spiro-compounds derived from cyclohexane
41. CCLXXXIII.—The relative stability of open-chain dibasic acids containing odd and even numbers of carbon atoms
42. LXXXIII.—β-Isopropylglutaric acid and cis- and trans-methylisopropylglutaric acids
43. CLXXI.—The chemistry of the glutaconic acids. Part VIII. β-Phenylglutaconic acid and the β-phenyl-α-methylglutaconic acids
44. CLXXXVIII.—Ring-chain tautomerism. Part VI. The mechanism of the keto-cyclol change in the propane series
45. XXXIII.—The chemistry of the glutaconic acids. Part VII. The normal and labile forms of αγ-dimethylglutaconic acid and their reduction to cis-αγ-dimethylglutaric acid
46. CCXLVIII.—The chemistry of the glutaconic acids. Part II. The reactions of the alkylglutaconic acids having one mobile hydrogen atom
47. XLVI.—The formation of coumarin derivatives and the preparation of stable coumarinic acids
48. CXXXIV.—The formation and stability of spiro-compounds. Part V. Derivatives of cyclohexanespirocyclohexane and of cyclopentanespirocyclohexane
49. CLXXVI.—The formation and stability of spiro-compounds. Part VIII. The Dieckmann-Komppa reaction
50. CLV.—The intermolecular condensation of methyl ethyl ketone in the presence of calcium carbide
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