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Жизнь и карьера
Родившийся в Москве, Ипатьев сначала изучал артиллерию в Михайловской артиллерийской академии в Петербурге, затем химию в России у Алексея Евграфовича Фаворского и в Германии. О значимости его большой семьи свидетельствует тот факт, что 17 июля 1918 года убийства царя Николая Романова, императрицы и остальных членов царской семьи произошли в подвале дома отдыха, принадлежавшего семье Ипатьевых в Екатеринбурге. Его первые работы в химии были посвящены изучению металлов и взрывчатых веществ. Позже его работы по методам катализа под высоким давлением сделали его известным химиком; для своих реакций он использовал массивные стальные автоклавы (иногда называемые бомбами Ипатьева). С началом Первой мировой войны Ипатьев организовал специализированную лабораторию в Петербурге, которая совершенствовала химическое оружие и методы химической защиты для армии. До Октябрьской революции Ипатьев был генерал-лейтенантом российской армии и членом Российской академии наук. В 1916 году он был избран в Российскую академию наук. Хотя политические симпатии Ипатьева были на стороне партии кадетов, после большевистской революции он согласился работать с новым правительством в качестве специалиста-консультанта и инспектора Весенки. Ипатьев активно участвовал в создании и руководстве несколькими важными химическими исследовательскими центрами в Советской России. Ленин называл его "главой нашей [советской] химической промышленности". Он был председателем Научно-технического института в 1920–1926 годах, но был отстранен и понижен в должности до вице-председателя химического отдела Весенки – ранний признак того, что он начал вызывать подозрения из-за связей с дореволюционным режимом. В 1928–1929 годах, будучи еще самым молодым членом Академии наук, он вел переговоры, предотвратившие конфликт с режимом путем принятия в Академию Николая Бухарина и некоторых других коммунистов. Однако в это время Ипатьев начал чувствовать угрозу из-за своего прошлого в царской армии и из-за того, что у него были друзья среди осужденных в процессе над "Промышленной партией". В июне 1930 года Ипатьев, опасаясь, что со временем станет жертвой, снял небольшую сумму денег со своих счетов и подготовился к участию в промышленной конференции в Мюнхене. Он пригласил свою жену поехать с ним и в последнюю минуту предложил ей взять свои драгоценности "на случай, если мы пойдем танцевать". Когда поезд подошел к границе с Польшей, он сказал жене: "Дорогая, оглянись назад на Россию. Ты больше ее не увидишь". Хотя он не знал ни слова по-английски, он бежал в Соединенные Штаты. В США Ипатьев получил должность профессора химии в Северо-Западном университете в пригороде Чикаго Эванстоне. Там, вместе со своим помощником Германом Пайнсом, он открыл альтернативные топливные смеси и процедуры, значительно улучшившие характеристики двигателя. Говорят, что после перехода на топливные смеси Ипатьева Королевские ВВС смогли превосходить немецкие самолеты, которые ранее превосходили британские. Все больше времени он посвящал коммерческому применению своих достижений в топливной химии и много работал в компании UOP LLC (Universal Oil Products).
Born in Moscow, Ipatieff first studied artillery in the Mikhailovskaya Artillery Academy in Petersburg, then later studied chemistry in Russia with Alexei Yevgrafovich Favorskii and in Germany. The prominence of his extended family is illustrated by the fact that the July 17, 1918, murders of Czar Nicholas Romanoff, the Empress and the rest of the royal family took place in the basement of a vacation house owned by the Ipatieff family in Ekaterinburg. His first works in chemistry were devoted to the study of metals and explosives. Later, his works on catalysis methods under high pressure made him famous as a chemist; for his reactions he used massive steel autoclaves (sometimes called Ipatieff bombs). With the start of World War I, Ipatieff organized a dedicated laboratory in Petersburg which made improvements to the chemical weaponry and the methods of chemical protection for the army. Before the October Revolution, Ipatieff was a General Lieutenant of the Russian army and a member of the Russian Academy of Sciences. He was elected to the Russian Academy of Sciences in 1916. Although Ipatieff's political sympathies were with the Kadet party, after the Bolshevik Revolution, he agreed to work with the new government, as a specialist adviser and inspector for Vesenka. Ipatieff was active in creating and heading several important chemical research centers in Soviet Russia. Lenin called him "the head of our [Soviet] chemical industry". He was chairman of the Scientific Technical Institute, in 1920 26, but was removed and relegated to the post of vice chairman of the chemical section of Vesenkha an early sign that he was coming under suspicion because of his connections with the pre revolutionary regime. In 1928 29, when he was still the youngest member of the Academy of Sciences, he handled the negotiations which averted a conflict with the regime by admitting Nikolai Bukharin and some other communists to the Academy. At this time, however, Ipatieff was starting to feel threatened because of his past in the Czarist army and because he had friends among those convicted in the Industrial Party trial. In June 1930, Ipatieff, fearing that in time he would be victimized, withdrew a small amount of money from his accounts and prepared to attend an industry conference in Munich. He invited his wife to come with him, and at the last minute suggested she bring her jewels "in the event that we go dancing." As the train came to the border into Poland, he announced to his wife, "Dear, look back at Mother Russia. You will never see her again." Though he spoke not a word of English, he fled to the United States. In the US, Ipatieff secured a research focused chemistry professorship at Northwestern University, in the Chicago suburb of Evanston. There, with his assistant Herman Pines, he discovered alternative fuel mixtures and procedures that greatly enhanced engine performance. It is said that after changing to Ipatieff fuel mixtures, the RAF was able to best German planes that had previously outperformed the British. Increasingly, he devoted time to commercial applications of his breakthroughs in fuel chemistry, and worked extensively for UOP LLC (Universal Oil Products). Year Recipient 2022 Phillip Christopher 2019 Ive Hermans 2016 Aditya Bhan 2013 Melanie Sanford 2010 Christopher W. Jones 2004 Raul F. Lobo 2001 Joan F. Brennecke 1998 Andrew J. Gellman 1995 Mark Barteau 1992 Mark E. Davis 1989 Alexander M. Klibanov 1986 Robert M. Hazen 1983 D. Wayne Goodman 1980 Denis Forster 1977 Charles A. Eckert 1974 George A. Samara 1971 Paul B. Venuto 1968 Charles R. Adams 1965 Robert H. Wentorf, Jr. 1962 Charles Kemball 1959 Cedomir M. Sliepcevich 1956 Harry G. Drickamer 1953 Robert B. Anderson 1950 Herman E. Ries 1947 Louis Schmerling
Получатель года:
2022 Филипп Кристофер
2019 Айв Херманс
2016 Адития Бхан
2013 Мелани Санфорд
2010 Кристофер У. Джонс
2004 Рауль Ф. Лобо
2001 Джоан Ф. Бреннеке
1998 Эндрю Дж. Геллман
1995 Марк Бартео
1992 Марк Э. Дэвис
1989 Александр М. Клибанов
1986 Роберт М. Хазен
1983 Д. Уэйн Гудман
1980 Денис Форстер
1977 Чарльз А. Эккерт
1974 Джордж А. Самара
1971 Пол Б. Венуто
1968 Чарльз Р. Адамс
1965 Роберт Х. Венторф, младший
1962 Чарльз Кемболл
1959 Седемир М. Слипцевич
1956 Гарри Г. Дамеррик
1953 Роберт Б. Андерсон
1950 Герман Э. Райс
1947 Луис Шмерлинг
Born in Moscow, Ipatieff first studied artillery in the Mikhailovskaya Artillery Academy in Petersburg, then later studied chemistry in Russia with Alexei Yevgrafovich Favorskii and in Germany. The prominence of his extended family is illustrated by the fact that the July 17, 1918, murders of Czar Nicholas Romanoff, the Empress and the rest of the royal family took place in the basement of a vacation house owned by the Ipatieff family in Ekaterinburg. His first works in chemistry were devoted to the study of metals and explosives. Later, his works on catalysis methods under high pressure made him famous as a chemist; for his reactions he used massive steel autoclaves (sometimes called Ipatieff bombs). With the start of World War I, Ipatieff organized a dedicated laboratory in Petersburg which made improvements to the chemical weaponry and the methods of chemical protection for the army. Before the October Revolution, Ipatieff was a General Lieutenant of the Russian army and a member of the Russian Academy of Sciences. He was elected to the Russian Academy of Sciences in 1916. Although Ipatieff's political sympathies were with the Kadet party, after the Bolshevik Revolution, he agreed to work with the new government, as a specialist adviser and inspector for Vesenka. Ipatieff was active in creating and heading several important chemical research centers in Soviet Russia. Lenin called him "the head of our [Soviet] chemical industry". He was chairman of the Scientific Technical Institute, in 1920 26, but was removed and relegated to the post of vice chairman of the chemical section of Vesenkha an early sign that he was coming under suspicion because of his connections with the pre revolutionary regime. In 1928 29, when he was still the youngest member of the Academy of Sciences, he handled the negotiations which averted a conflict with the regime by admitting Nikolai Bukharin and some other communists to the Academy. At this time, however, Ipatieff was starting to feel threatened because of his past in the Czarist army and because he had friends among those convicted in the Industrial Party trial. In June 1930, Ipatieff, fearing that in time he would be victimized, withdrew a small amount of money from his accounts and prepared to attend an industry conference in Munich. He invited his wife to come with him, and at the last minute suggested she bring her jewels "in the event that we go dancing." As the train came to the border into Poland, he announced to his wife, "Dear, look back at Mother Russia. You will never see her again." Though he spoke not a word of English, he fled to the United States. In the US, Ipatieff secured a research focused chemistry professorship at Northwestern University, in the Chicago suburb of Evanston. There, with his assistant Herman Pines, he discovered alternative fuel mixtures and procedures that greatly enhanced engine performance. It is said that after changing to Ipatieff fuel mixtures, the RAF was able to best German planes that had previously outperformed the British. Increasingly, he devoted time to commercial applications of his breakthroughs in fuel chemistry, and worked extensively for UOP LLC (Universal Oil Products). Year Recipient 2022 Phillip Christopher 2019 Ive Hermans 2016 Aditya Bhan 2013 Melanie Sanford 2010 Christopher W. Jones 2004 Raul F. Lobo 2001 Joan F. Brennecke 1998 Andrew J. Gellman 1995 Mark Barteau 1992 Mark E. Davis 1989 Alexander M. Klibanov 1986 Robert M. Hazen 1983 D. Wayne Goodman 1980 Denis Forster 1977 Charles A. Eckert 1974 George A. Samara 1971 Paul B. Venuto 1968 Charles R. Adams 1965 Robert H. Wentorf, Jr. 1962 Charles Kemball 1959 Cedomir M. Sliepcevich 1956 Harry G. Drickamer 1953 Robert B. Anderson 1950 Herman E. Ries 1947 Louis Schmerling