National Nanotechnology Open Laboratory
National Nanotechnology Open Laboratory | ||||||
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№ |
The direction of research project |
Name of the project |
Key words |
Project manager |
Period |
Contacts |
1 |
Energetics |
Development of technologies for the production of nanostructured materials based on АII B VI |
semiconductor nanostructured materials and oxides |
Kh.A. Abdullin |
2012-2014 |
|
2 |
Energetics |
The development of cost-effective production process of thin-film structures for solar cells by multiplication of single crystal substrate of gallium arsenide |
phase diagram, the distribution ratio, structural defects, gallium arsenide |
Antoshenko V.S. |
2012-2014 |
|
3 |
Energetics |
Electrolytic production graphane-like materials for hydrogen energy and research of their properties |
Graphene, graphane, graphane-like materials, electrolytic hydrogenation, computer modeling, Raman spectroscopy |
A.M.Ilyin |
2012-2014 |
|
4 |
Energetics |
The use of quantum wires to improve the efficiency of solar cells |
Quantum thread, nanocluster, absorption coefficient, solar cell, coefficient of efficiency |
Zhanabayev Z.Zh. |
2012-2014 |
|
5 |
Energetics |
Preparation and investigation of gallium nitride LED structures formed by nitridation of nanoporous GaAs or GaP by ion implantation. |
nanoporous gallium arsenide, ion implantation |
Dihanbayev K.K. |
2012-2014 |
|
6 |
Deep processing of raw materials and products |
Technology of synthesis of nano and monodisperse micron powders using modern plasma systems |
nanoparticles, dusty plasma, high-frequency discharge, separation |
Dosbolayev M.K. |
2012-2014 |
|
7 |
Deep processing of raw materials and products |
Development of technologies for the creation of new nanomaterials using pulsed plasma flows |
pulsed plasma flows, hardening |
Zhukeshev A.M. |
2012-2014 |
zhukeshov@physics.kz |
8 |
Life Science |
Establishing links between the expression of microRNA, their target genes and the development of human breast cancer. Development of a method of early diagnosis of the disease |
lung cancer oncogene |
Ivashenko A.T. |
2012-2014 |
a_ivashchenko@mail.ru |
9 |
Intellectual potential of the country |
Investigation and development of a plasma arc plasma generator stand for the study of plasma technology for composite nanocarbon materials |
plasma, arc plasma generator, composite nanocarbon materials |
Ustimenko A.B. |
2012-2014 |
ust@physics.kz |
10 |
Intellectual potential of the country |
Investigation of scientific and technological bases of creation of nanostructured materials with improved physical and mechanical properties on the basis of modern plasma technology. |
nanoparticles, dusty plasma, high-frequency discharge, vapor deposition |
Gabdullin M. T. |
2012-2014 |
|
11 |
Intellectual potential of the country |
Investigation of technology for the production and study of the structure and electronic properties of nanostructured materials based on diamond-like carbon environment modified metal nanoclusters |
ion-plasma magnetron sputtering, nanotechnology, nanoclusters, thin films, electronic and optical properties |
Prikhodko O.Yu. |
2012-2014 |
oleg.prikhodko@kaznu.kz |
12 |
Intellectual potential of the country |
The study processes of formation and properties of nanoscale structures formed in the mode cryomatrix isolation, the investigation of technologies based on them |
cryocondensation, phase transitions, cryocrystals, low temperature |
Drobyshev A.S. |
2012-2014 гг. |
andrei.drobyshev@kaznu.kz |
13 |
Intellectual potential of the country |
Investigation of methods of preparation and study of metal nanoclusters for a wide range of applications |
amorphous diamond-like film, nanoclusters, nanoparticles, Raman spectroscopy |
Ryaguzov A.P. |
2012-2014 |
ryaguzov_a@mail.ru |
14 |
Intellectual potential of the country |
Physical and mathematical study of the processes of creating nanofilms for stents used in the treatment of atherosclerosis |
coronary stents, restenosis, nanofilm, coronary heart disease |
Arhipov Yu.V., Manasharipova A. |
2012-2014 |
yuriy.arkhipov@kaznu.kz |
15 |
Intellectual potential of the country |
Investigation processes of formation radiating structures in the infrared and visible range with quantum dots A3B5 semiconductors and Group IV in SiO2 and Si |
Nanocrystals of semiconductors, ion implantation, photoluminescence |
Ismailova G.A. |
2012-2014 |
guzal_a81@mail.ru |
16 |
Intellectual potential of the country |
Investigation and research processes of formation silicon nanocrystals in the layers of Si3N4 and Si3O4-xNy by ion implantation and thermal treatments for LED structures emitting in the range of 1.8 - 4.0 eV |
heat treatment, nanocrystals of silicon, photoluminescence |
Togambayeva A.K. |
2012-2014 |
altynay.togambayeva@kaznu.kz |