Titlebook: Nitrogen Capture; The Growth of an Int Anthony S. Travis Book 2018 Springer International Publishing AG, part of Springer Nature 2018 Krist

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Imperial Japan: From Cyanamide to Synthetic Ammonia, 1900s had a strong following among Western-trained scholars [1, 2]. The leader among Japanese academics in nitrogen capture and the ammonia equilibrium was Tamaru Setsuro, who in 1913 introduced chemist Suzuki Tatsuji—from 1915 director of the Yokohama Chemical Research Laboratory—then in Germany t

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Nobel Prizes and a New Technology,vement. Despite the tremendous amount published on the subject it needs also to be read against a more general background. With this in mind, here and in the closing chapters we return briefly to some earlier themes, though mainly in the post-1918 period, and consider the diversity of certain social

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A Legacy of Synthetic Nitrogen,ough his involvement with nitrogen products. Today, this is still repeated as fact. More correctly, he was associated with the use of toxic chemicals in warfare. While he was an ambitious and arguably amoral servant of his country at war, and certainly an adept administrator, he was certainly no wor

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Catching Up: Mainly Italy, Japan, and the Soviet Union,actions, and the application of sophisticated engineering techniques to chemical processing. This and the need for fertilizers provided the stimulus for the development of heavy chemical industry at new locations, notably in Italy and Japan. In the historical literature, these nations are invariably

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