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  • 1
    Keywords: Chemical industry-Environmental aspects-Europe-History. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (338 pages)
    Edition: 1st ed.
    ISBN: 9789401732536
    Series Statement: Chemists and Chemistry Series ; v.17
    DDC: 338.4/766/0094
    Language: English
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  • 2
    Keywords: Chemical industry-Europe-History-20th century. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (393 pages)
    Edition: 1st ed.
    ISBN: 9789401712330
    Series Statement: Chemists and Chemistry Series ; v.16
    DDC: 338.476609409041
    Language: English
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  • 3
    Online Resource
    Online Resource
    Cham :Springer International Publishing AG,
    Keywords: Nitrogen industries-History-20th century. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (423 pages)
    Edition: 1st ed.
    ISBN: 9783319689630
    Language: English
    Note: Intro -- Preface -- Belgium -- France -- Germany -- Great Britain -- Italy -- Japan -- Acknowledgement -- Abstract -- Contents -- Chapter 1: Introduction: Food or Famine -- 1.1 Sir William Crookes -- 1.2 ``The Wheat Problem´´ -- References -- Chapter 2: Agricultural Chemistry -- 2.1 Justus Liebig -- 2.2 Adolph Frank: Disciple of Liebig -- References -- Chapter 3: The Quest for Fixed Nitrogen -- 3.1 The Background to Fixed Nitrogen -- 3.2 Early Studies on Nitrogen -- 3.3 Natural Nitrogen Fertilizers -- 3.3.1 Guano and Saltpetre -- 3.4 Fertilizers and Agricultural Experiment Stations -- 3.5 Expansion of the Nitrogen Industry -- 3.5.1 Decline of Guano -- 3.5.2 South American Nitrate -- 3.6 Ludwig Mond -- 3.7 Nitro Compounds -- 3.8 Dead Ends: Nitrides and Cyanides -- 3.8.1 Nitrides -- 3.8.2 Cyanides -- References -- Chapter 4: Ammonium Sulphate -- 4.1 Coke Oven and Mond Gases -- 4.2 Peat and Ammonium Sulphate -- 4.3 Marketing Ammonium Sulphate -- 4.4 The Far Eastern and South East Asian Markets -- 4.5 The International Market in the Mid-1920s -- 4.5.1 Improving Ammonium Sulphate -- References -- Chapter 5: Electricity and the Chemical Industry -- 5.1 Electric Arcs -- 5.2 The Burning of Air -- 5.3 Birkeland and Eyde -- 5.4 Otto Schönherr -- 5.5 Other Arc Processes -- 5.6 Calcium Cyanamide -- 5.7 Nikodem Caro -- 5.8 The First Cyanamide Factory, Piano d´Orta -- 5.9 North-Western Cyanamide Company -- 5.10 Cyanamide in the United States -- 5.11 Cyanamide in Japan -- 5.11.1 Noguchi Shitagau and Fujiyama Tsuneichi -- 5.12 Ferdinand Polzenius -- 5.13 The Frank-Caro Process in Germany -- References -- Chapter 6: The Direct Synthesis of Ammonia -- 6.1 BASF -- 6.2 Carl Bosch -- 6.3 Fritz Haber -- 6.4 Nitrogen Fixation: Haber´s Studies -- 6.5 Reaction Variables -- 6.6 Bosch and Haber -- 6.7 Nitric Acid -- References -- Chapter 7: A Time of Guns and Grain. , 7.1 War and Fixed Nitrogen -- 7.2 Nitrogen Rivalries -- 7.3 Enemy Aliens: Le Rossignol and Tamaru -- 7.4 The Explosives: Nitro Compounds and Nitrates -- 7.5 The New ``Wheat Problem´´ -- 7.6 Herbert A. Humphrey and Cyanamide -- References -- Chapter 8: Wartime Expansion of the Nitrogen Industry -- 8.1 Germany: Nitric Acid from Catalytic Oxidation of Ammonia -- 8.2 France -- 8.3 Italy -- 8.4 Great Britain -- 8.5 The Secret of Synthetic Ammonia -- 8.5.1 The ``Haber´´ Myth -- 8.6 Gas Warfare -- 8.7 War Work: Ammonia Converters and Merseburg -- 8.8 The United States -- 8.8.1 Three Opinions: Charles Parsons, the National Research Foundation, and the Ordnance Department -- 8.8.2 Muscle Shoals -- 8.9 Summary -- References -- Chapter 9: Billingham: ``The Synthetic´´ -- 9.1 Nitrogen in Britain -- 9.2 ``Little More Than a Wilderness´´ -- 9.3 ``Colonel Pollitt, Like Dr Mond, Created Another Large Industry´´ -- 9.4 Brunner, Mond Ammonia Research -- 9.5 Observations in America and Independence in Energy Supply -- 9.6 Nitric Acid, Until 1939 -- References -- Chapter 10: Non-BASF Ammonia Technologies -- 10.1 Monopoly Encouraging Innovation -- 10.2 Casale, Claude, and Fauser -- 10.3 Luigi Casale -- 10.3.1 Controlling the Catalyst, and Casale´s Ejector -- 10.4 Rival of Casale: Fauser Ammonia -- 10.5 Ammonia Casale SA -- 10.6 Montecatini and Fauser -- 10.7 Casale´s First Licensing Arrangements -- 10.8 Claude Ammonia, and Casale in France -- 10.9 Promoting Ammonia Casale in Britain -- 10.10 The Mont Cenis Process and Its Introduction into the Netherlands -- 10.11 Pure Gases: Mainly Hydrogen, and Nitrogen -- 10.11.1 Electrolysis -- 10.11.2 Water Gas -- 10.11.3 Coke Oven Gas -- 10.11.4 Natural Gas and Petroleum Gases -- 10.11.5 The Compressors -- 10.12 Steels for High-Pressure Chemical Reactions -- References -- Chapter 11: The United States. , 11.1 The Fixed Nitrogen Research Laboratory -- 11.2 The NEC Process -- 11.3 Combining Casale and Claude Technologies -- References -- Chapter 12: New Ideologies and National Security in the 1920s -- 12.1 Italy, and Central and Eastern Europe -- 12.2 The Fauser Process and Political Developments in Italy -- 12.3 Czechoslovakia -- 12.4 Romania -- 12.5 Hungary -- 12.6 Poland -- 12.7 Austria and Yugoslavia -- References -- Chapter 13: International Conferences, and an Adriatic Cruise -- 13.1 The Nitrogen Cartels -- 13.2 Survival of the Nitrogen Industry Convention -- 13.3 Revival of Chilean Nitrate -- 13.4 Norway: Hafslund, Norsk Hydro, and IG Farben -- 13.5 Discussion -- References -- Chapter 14: Synthetic Nitrogen in the Soviet Union -- 14.1 Towards the First Five-Year Plan -- 14.2 Western Technologies -- 14.3 Reporting on the Soviet Industrial Revolution -- 14.4 Problems of Rapid Industrialization -- References -- Chapter 15: Imperial Japan: From Cyanamide to Synthetic Ammonia -- 15.1 High Pressures -- 15.2 Korea -- 15.3 Suzuki Shoten -- 15.4 Fauser, NEC, TIEL, and Haber-Bosch Processes in Japan -- 15.5 Japan´s ``East India Company´´: The South Manchuria Railway -- References -- Chapter 16: High-Pressure Synthesis and Later Developments -- 16.1 High-Pressure Catalytic Circulatory Plants -- 16.2 Methanol -- 16.3 Hydrogenation: Coal to Oil -- 16.3.1 Leunabenzin -- 16.4 Polythene -- 16.5 Acetylene Under Pressure -- 16.6 The New Ammonia Technologies -- 16.7 Successors to the Electric Arc and Cyanamide Firms -- References -- Chapter 17: Nobel Prizes and a New Technology -- 17.1 Fritz Haber and the Nobel Prize -- 17.2 Fritz Haber´s Germany, 1918-1933 -- 17.3 The Death of Haber -- References -- Chapter 18: A Legacy of Synthetic Nitrogen -- 18.1 Homage to Inventors -- 18.2 Autarky -- References. , Chapter 19: Catching Up: Mainly Italy, Japan, and the Soviet Union -- 19.1 Nitrogen: A Strategic Asset -- Chapter 20: Conclusion -- References -- Correction to: Nitrogen Capture -- Correction to: A.S. Travis, Nitrogen Capture, https://doi.org/10.1007/978-3-319-68963-0 -- Index.
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  • 4
    Online Resource
    Online Resource
    Dordrecht :Springer Netherlands,
    Keywords: Chemists--Germany--Biography. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (469 pages)
    Edition: 1st ed.
    ISBN: 9789401593533
    Series Statement: Chemists and Chemistry Series ; v.19
    DDC: 540/.92 B
    Language: English
    Note: Front -- CONTENTS -- Introduction -- Chemistry and Revolution -- Calico Printing in Miilheim -- The Manchester Years, 1859-1866 -- Negotiating Science-based Technology -- Chemical Theory From Chemical Industry -- The Chemist as Inventor -- Academic-Industrial Collaboration -- The Industrial Research Laboratory -- Patents and Agreements -- Ambitious and Glory Hunting ... Impractical and Fantastic -- Chemical Celebrity -- Heinrich Caro: Genius and Myth -- Notes -- Bibliography -- Chapter Location of Major Dye Classes, Important Individual Dyes, Dye-Intermediates, and Raw Materials -- Name Index -- Index of Companies, Partnerships, Academic and Legal Institutions, and Trade and Professional Associations.
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  • 5
    Electronic Resource
    Electronic Resource
    Cambridge : Cambridge University Press
    The @British journal for the history of science 25 (1992), S. 27-44 
    ISSN: 0007-0874
    Source: Cambridge Journals Digital Archives
    Topics: History , Natural Sciences in General
    Notes: Since the eighteenth century chemistry has been deemed to be useful, yet how it might find widespread application, particularly in the case of its most advanced developments, was generally unclear. The discovery of synthetic dyestuffs has often been considered as the turning point towards much closer linkage between chemistry and the manufacture of useful products. How this occurred can best be seen in the case of August Wilhelm Hofmann, who for two decades after 1845 was director of the Royal College of Chemistry in London. As the teacher of many pioneers of the dye industry, Hofmann can be considered its first scientific leader. Indeed, the compounds he studied from 1860 were products made in the factories of his former students and assistants. They in turn were the first to recognize Hofmann's role in stimulating the practical application of science. Henry Armstrong, the chemist and educator, went so far as to imply that this was germane to Hofmann's pedagogic and research strategies: ‘it is clear that the influence he exercised in introducing scientific method into industry was in no sense accidental, but the considered expression of innate convictions’. These convictions were also encouraged by the need to attract funds from industrial sponsors for the Royal College of Chemistry, and they charged the rhetoric that served to enhance Hofmann's ambition and the discipline of chemistry before international audiences.
    Type of Medium: Electronic Resource
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  • 6
    Electronic Resource
    Electronic Resource
    Cambridge : Cambridge University Press
    Science in context 3 (1989), S. 383-408 
    ISSN: 0269-8897
    Source: Cambridge Journals Digital Archives
    Topics: History , Natural Sciences in General
    Notes: The ArgumentIn Germany during the 1870s and 1880s a number of important scientific innovations in chemistry and biology emerged that were linked to advances in the new technology of synthetic dyestuffs. In particular, the rapid development of classical organic chemistry was a consequence of programs in which chemists devised new theories and experimental strategies that were applicable to the processes and products of the burgeoning dye factories. Thereafter, the novel products became the means to examine and measure biological systems. This took place as a result of two trends. The first was a move toward diversification in the dye industry – made possible by the extensive range of products – which in turn was stimulated by economic and political conditions. The second was the increasing availability of techniques, substances, and processes used in industry. This made possible a concrete program of introducing the qualitative and quantitative methods of chemistry into the domain of laboratory experimentation on biological materials, thereby realizing the abstract desire to transform cell biology into an exact science.Moreover, the conceptualization of biological systems that emerged from this endeavor leaned heavily on a theory of dye chemistry that indicated which particular arrangements of atoms performed specific functions. This biological modeling used the imagery of chemical structural formulae to transform chemical nuclei and their side chains (substituents) into adequate representations of protoplasmic structure.
    Type of Medium: Electronic Resource
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  • 7
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    Detroit, Mich. : Periodicals Archive Online (PAO)
    Technology and Culture. 35:1 (1994:Jan.) 70 
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  • 8
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    Detroit, Mich. : Periodicals Archive Online (PAO)
    Technology and Culture. 31:1 (1990:Jan.) 51 
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  • 9
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    Unknown
    Detroit, Mich. : Periodicals Archive Online (PAO)
    Technology and Culture. 32:3 (1991:July) 461 
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  • 10
    facet.materialart.
    Unknown
    Detroit, Mich. : Periodicals Archive Online (PAO)
    Technology and Culture. 36:4 (1995:Oct.) 1057 
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