№

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

kh.a.abdullin@mail.ru

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

solartechnology@mail.ru

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

ilyinar@mail.ru

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

mptl@mail.ru

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

dkadyrjan@mail.ru

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

merlan@physics.kz

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

gabdullin@physics.kz

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