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St. Petersburg Technological Institute

Maretinam, LA. (2008) New data on the regioselective synthesis of aromatic structures based on acetylene-containing systems. Processing of St. Petersburg Technological Institute (Tech. University), 3(29), 11-19. [Pg.256]

Yavein translated Mendeleev s Principles of Chemistry into German with A. Tillo, assistant of chemical laboratory of St. Petersburg Technological Institute (Mendeleeff (note 44)). Here is another German mediation. ... [Pg.40]

St. Petersburg State Institute of Technology, St. Petersburg, Russia... [Pg.257]

The first chapter in Volume 75 is a survey of aromatic IV-haloazoles written by the late Professor M. S. Pevzner (St. Petersburg State Institute of Technology). The V-haloazoles are of special importance as halogenating agents and this chapter provides the first systematic treatment of their utility together with the fundamental chemistry of their preparation and reactivity. [Pg.400]

Department of Chemistry and Technology of Nitrogen Organic Compounds, St.-Petersburg State Institute of Technology (Technical University), Moskovskii av. 26, St.-Petersburg 190013, Russian Federation e-mail va ostrovsldi mail.ru... [Pg.459]

This work was supported by the Science-and-Technology Center in Ukraine (project STCU 1830). Financial support was also provided within the framework of INTAS 00-761 research project. Porous carbon materials derived from various carbides in accordance with methods, which were developed by Skeleton Technologies, were received from Central Research Institute for Materials (St. Petersburg, Russia). [Pg.85]

A recent result on Al-implanted 4H-SiC, which is in sharp contrast to the common opinion that amorphization should be avoided, has been reported by E. Kalinina from the Ioffe Institute in St. Petersburg [124]. She showed that very good activation could be achieved by RT implantation of Al at doses in excess of 10 cm . This completely amorphized material is shown to be fairly well recrystallized by an RTA process that also causes some of the Al to diffuse into the low-doped n-type epilayer, forming the p n junction at a larger depth than the highly defective implanted area. Nearly ideal forward IV-characteristics were also shown for current densities of several kA cm . Even if the stability of such heavily implanted devices may be questioned this result shows that there is still a long way to go before a fully optimized implantation technology is at hand. [Pg.147]

Department of Chemistry, St. Petersburg State University, 198904 Stary Petergof, Russian Federation. St. Petersburg State Technological Institute, Zagorodny Pr. 49, 198013, St. Petersburg, Russian Federation. [Pg.81]

Mono Mohan Singh (St. Petersburg Institute of Technology). Merrimack College, MA, USA. [Pg.343]

St. Petersburg State Technological Institute (Technical University). 26 Moskovsky prospect,... [Pg.239]

Institute of Physics, St.Petersburg University, St. Petersburg, 198904. Russia Delft University of Technology, Delft, The Netherlands... [Pg.163]

Strupp, Christoph. War in Academe American Perceptions of German Science and Research During World War I. Paper presented at conference organized by the Institute for the History of Science and Technology, Russian Academy of Science, in St. Petersburg, Russia, April 8-10, 2003. [Pg.296]

Department of Chemical Technology of Materials and Devices for Electronic Industry, St.-Petersburg State Technological Institute Technical University, 198013 St. -Petersburg, Russia... [Pg.213]

Mendeleev returned to St. Petersburg determined to make a name for himself and build on the innovations to which he had been exposed. He became a professor of chemistry at the Technological Institute in 1863. His attention to science also extended to practical appfication, and he often worked as a consultant to the government on farming, mining, and oil production. [Pg.775]


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See also in sourсe #XX -- [ Pg.15 , Pg.24 , Pg.27 , Pg.60 ]




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