Researches in Organic Chemistry 1932 | Collection of 26 Transactions of the Journal Chemical Society Papers. + The (Biography) Life and Work of Professor William Henry Perkin. + Two Lectures on an 'Outline of an Electrochemical (Electronic) Theory of the Course of Organic Reactions' by Robert Robinson. + Journal Chemical Society Comprising 26 Papers: Distribution of Electrons in the Aromatic Nucleus and the Early Stages of Aromatic Substitutions | Strychnine and Brucine (Part XV): neoStrychnidine and its Derivatves (Part XVI): neoStrychnine (Part XVII): neoBrucine and neoBrucidine (Part XVIII): Final Stages of the Degradation of Dinitrostrychol and an Account of Some Nitrohydroxyquinoline Derivatives | Preliminary Sythetetic Experiments in the Morphine Group (Part III): Some Derivatives of Papaveroline and Laudanosoline (Part IV): A Dehydro-derivative of Laudanosoline Hydrochloride and its Constitution | The Nitration of O-Benzylvanillin | Strychnine and Brucine (Part XIX): Reduction of Strychnine Methosulphate by Means of Sodium Amalgam in the Presence of Carbon Dioxide | Kationoid Reactivity of Aromatic Compounds (Part I) | A Reaction of Fluorene | b-Pseudognoscopine | A Ring of Tropacocaine | Experiments on the Synthesis of Physostigmine (Eserine) (Part VI): A Synthesis of dl-Esermethole Methopicrate | Synthetical Experiments on the Nature of Betanin and Related Nitrogenous Anthocyanins (Part I) | The Orienting Influence of Free and Bound Ionic Charges on Attached Simple o
Robinson, Robert [Sir Robert Robinson (13 September 1886 - 8 February 1975) was a British organic chemist and Nobel laureate recognised in 1947 for his research on plant dyestuffs (anthocyanins) and alkaloids. In 1947, he also received the Medal of Freedom with Silver Palm. Robinson Close, in the Science Area at Oxford, is named after him, as is the Robert Robinson Laboratory at the University of Liverpool, the Sir Robert Robinson Laboratory of Organic Chemistry at the University of Manchester and the Robinson and Cornforth Laboratories at the University of Sydney]. Sir William Henry Perkin FRS (12 March 1838 - 14 July 1907) was a British chemist and entrepreneur best known for his serendipitous discovery of the first commercial synthe
(Book #ID 114575)
Published by Proceedings of the Chemical Society, Burlungton House, London 1932 | The Institute of Chemistry of Great Britain and Ireland, 30 Russell Square, London 1932. 1932.
Hard back binding in publisher's original royal blue cloth covered boards, blocked and lettered gilt back. 8vo. 8½'' x 6''. A titan in the world of science, Sir Robert Robinson was Professor of Chemistry at the Universities of Sydney, Liverpool, St Andrews, Manchester and University College London as well as having briefly led the British Dyestuffs Corporation laboratories, in 1947 he received the Medal of Freedom with Silver Palm. Robinson Close, in the Science Area at Oxford, is named after him, as is the Robert Robinson Laboratory at the University of Liverpool, the Sir Robert Robinson Laboratory of Organic Chemistry at the University of Manchester and the Robinson and Cornforth Laboratories at the University of Sydney, he was President of the Chemical Society from 1939 to 1941. The (Biography) Life and Work of Professor William Henry Perkin comprising 138 pp and 4 full-page single-sided monochrome photographs. + Two Lectures on an 'Outline of an Electrochemical (Electronic) Theory of the Course of Organic Reactions' 52 pp by Robert Robinson. Journal Chemical Society Papers Comprising: Distribution of Electrons in the Aromatic Nucleus and the Early Stages of Aromatic Substitutions | Strychnine and Brucine (Part XV): neoStrychnidine and its Derivatves (Part XVI): neoStrychnine (Part XVII): neoBrucine and neoBrucidine (Part XVIII): Final Stages of the Degradation of Dinitrostrychol and an Account of Some Nitrohydroxyquinoline Derivatives | Preliminary Sythetetic Experiments in the Morphine Group (Part III): Some Derivatives of Papaveroline and Laudanosoline (Part IV): A Dehydro-derivative of Laudanosoline Hydrochloride and its Constitution | The Nitration of O-Benzylvanillin | Strychnine and Brucine (Part XIX): Reduction of Strychnine Methosulphate by Means of Sodium Amalgam in the Presence of Carbon Dioxide | Kationoid Reactivity of Aromatic Compounds (Part I) | A Reaction of Fluorene | b-Pseudognoscopine | A Ring of Tropacocaine | Experiments on the Synthesis of Physostigmine (Eserine) (Part VI): A Synthesis of dl-Esermethole Methopicrate | Synthetical Experiments on the Nature of Betanin and Related Nitrogenous Anthocyanins (Part I) | The Orienting Influence of Free and Bound Ionic Charges on Attached Simple or Conjugated Unsaturated Systems (Part VI): Nitration of Phenylalkylsulphones | Synthetical Experiments in the isoFlavone Group (Part VI): The Reactions of Some Keto-Ethylene Oxides | Developments in the Chemistry of the Anthocyanins | Orientation in the Substitution Reactions of Alkylnaphthalenes (Part I): Side Chain Nitration of 1 : 4-Dimethylnaphalene | 2 : 6-Dihydroxy-3-b-Phenoxyethyl-4-Methylpyridine | Experiments on the Synthesis of Anthocyanins (Part XIV): Cyanenin Chloride, Malvenin Chlordie, and an Indication of the Synthesis of Cyanin Chloride | Theory of Induced Polarities in Benzene (Part XV): A Synthesis of Hirsutin Chloride (Part XVI): A Synthesis of Malvin Chloride (Part XVII): The Synthesis of Pelargonin, Peonin, and Cyanin Chlorides | Strychnine and Brucine (Part XX): Some Derivatives of Pseudostrychnine. Comments on a Recent Memoir of H. Leuchs-Über Strychnosalkaloide, LXVIII | Some Analogues of Psudopelletierine, Namely, Thiotropinone, Selenottropinone, and n-Methylaztropinone. Arthur Lapworth | Osman Achmatowicz | George Roger Clemo | Kottiazath Narayana Menon | Zenjiro Kitasato | Shigehiko Sugasawa | Parameswar Velayudhan Nair | John Charles Smith | William Bradley | Anthony James Hailwood | Morrison Greenwood | Bertie Kennedy Blount | Frederick Ernest King | Alice Mary Robinson | William Alfred Baldwin | Wilson Baker | Henry W. Thompson | K. Matejka | J. S. Watt | Andrés León | A. R. Todd | B. K. Blount | John Greenaway. In Very Good condition. Member of the P.B.F.A.
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