National Academy of science of the Republic of Kazakhstan

Almaty, Kazakhstan

National Academy of science of the Republic of Kazakhstan

Almaty, Kazakhstan
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Sydykov Y.B.,L.N.Gumilyov Eurasian National University | Nysanbaev A.N.,National Academy of science of the Republic of Kazakhstan | Tuleshov V.T.,Institute of Regional Development of Almaty Management University
International Journal of Environmental and Science Education | Year: 2016

Perception of a single chain of the Kazakh history as the history of their ethnic consciousness and self-awareness, and not as a history of the events or stories of artefacts presents the most important political task, which could be solved only through the metaphysical, philosophical synthesis of views from the primitive to modern times. The article discusses the history of the Kazakh philosophy from the inception of the native-nomadic worldview - Tengrianism. The article aims at justifying the need to examine the national philosophy to strengthen national independence. Research methodology is based on the dialectical and metaphysical approaches. As a result, modern Kazakh philosophy is a complex and highly organized spiritual energy structure. One should use consciously and effectively the diverse theoretical and ideological content of the Kazakh philosophy. In a metaphorical sense, there is a need to disclose the personal and moral sense of philosophy to the nation. In this case, empirical validity of each of its representatives will not lead to tragic consequences for the state independence. Research results indicate the importance of studying the Kazakh national philosophy in the context of globalization. Studying traditional, national philosophy provides the possibility to enhance national, cultural and historical identity, which in turn will enhance state independence. © 2016 Sydykov, Nysanbaev and Tuleshov.


Prikhod'ko N.G.,National Academy of science of the Republic of Kazakhstan | Prikhod'ko N.G.,Almaty University of Energetics and Communications | Mansurov Z.A.,National Academy of science of the Republic of Kazakhstan | Auelkhankyzy M.,National Academy of science of the Republic of Kazakhstan | And 3 more authors.
Russian Journal of Physical Chemistry B | Year: 2015

The synthesis of graphene layers on a nickel substrate in a butane–benzene–oxygen premixed flame at a pressure of 40–100 Torr is studied. It is demonstrated that, the temperature of 900–950°C and exposure time of 0.5 min are sufficient for synthesizing graphene layers on a nickel substrate. It is shown that, at a pressure of 45–55 Torr, single-layer graphene is predominantly formed. It is found that, at a pressure of 90 Torr and an exposure time of 0.5 min, monolayer graphite can be produced, but with a lower yield as compared to that prepared at 45–55 Torr. It is demonstrated that the degree of defectiveness of graphenes decreases with the exposure time, reaching a minimum value of ID/IG = 0.36. © 2015, Pleiades Publishing, Ltd.


Prikhod'Ko N.G.,National Academy of science of the Republic of Kazakhstan | Lesbaev B.T.,National Academy of science of the Republic of Kazakhstan | Auelkhankyzy M.,National Academy of science of the Republic of Kazakhstan | Mansurov Z.A.,National Academy of science of the Republic of Kazakhstan
Russian Journal of Physical Chemistry B | Year: 2014

The results of studying the synthesis of graphenes in a premixed propane-oxygen-argon flame at atmospheric conditions are reported. The temperature of 900-950°C and exposure time of 5 min are demonstrated to be suitable for the synthesis of graphene films on a nickel substrate, which is preferable to a copper substrate. It is demonstrated that the formation of graphene layers on the substrate occurs vertically along the flame height, with subsequent changeover to a soot structure. It is shown that the minimum number of graphene layers (two or three) is observed at angles of inclination of the substrate relative to the vertical axis of the flame within 0°-30°. © 2014 Pleiades Publishing, Ltd.

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