Main / of Physics and Technology / Solid state physics and nonlinear physics / Мархабаева Айымкул Алихановна
Мархабаева Айымкул Алихановна
Position
Кафедра физики твердого тела и нелинейной физики
Scopus author ID: 57189514621
Aiko_marx@mail.ru
Markhabayeva A.A graduated bachelor degree at the
Department of Solid State Physics at physics faculty
"Material Science and Technology of New Materials" in
KazNU named after al-Farabi in 2009. In 2011 year
the master of physics was awarded at the
physicotechnical institute of the National
Tomsk Polytechnic University.
From 2012 to the present time Markhabaeva A.A.
works at the Department of Solid State Physics and
nonlinear physics as a senior teacher.
Markhabaeva A.A.
has received a qualification on a specialty
"Experimental methods of research
functional nanomaterials "of Kazakh
National University named after al-Farabi and
Diploma of qualification "Teacher
Higher School "at the Department of Engineering
Pedagogy
National Tomsk Polytechnic University
University, defending the thesis on the topic
"Development of a work program in the context of
competence approach ". She graduated PhD progaram on speciality Nanomaterials and
nanotechnology in 2020 year.
First higher education
| Educational institution | Квалификация | Expiration date |
|---|---|---|
| КазГУ им.аль Фараби | Высшее | 2009 |
Academic degree
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Optics |
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Силлабус по начертательной геометрии и инженерной графике
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Details of Machines |
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Physical Properties of Materials |
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Process Equipment of Manufacture Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Methods of Not Destroying Control of Materials |
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Designing of Manufacture |
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Structure of the Materials and Methods of Radiation |
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Structure of the Materials and Methods of Radiation |
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Structure of the Materials and Methods of Radiation |
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Structure of the Materials and Methods of Radiation |
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Structure of the Materials and Methods of Radiation |
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Structure of the Materials and Methods of Radiation |
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Structure of the Materials and Methods of Radiation |
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Structure of the Materials and Methods of Radiation |
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Structure of the Materials and Methods of Radiation |
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Structure of the Materials and Methods of Radiation |
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Structure of the Materials and Methods of Radiation |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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Physics Workshop on Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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General Course of Physics. Optics |
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Nuclear Materials |
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Nuclear Materials |
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Nuclear Materials |
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Nuclear Materials |
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Nuclear Materials |
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Nuclear Materials |
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Optics and Light Technique |
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Optics and Light Technique |
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Optics and Light Technique |
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Optics and Light Technique |
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Optics |
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Optics |
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Optics |
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Radiation Materials |
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Nuclear Materials |
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Optics |
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Radiation Materials |
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Radiation Materials |
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Optics |
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Optics |
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Optics |
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Optics |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Radiation Effects in Solids |
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Optics |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Radiation Effects and modern spectroscopy in solids |
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Non-crystalline Materials |
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Non-crystalline Materials |
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Non-crystalline Materials |
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Non-crystalline Materials |
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Non-crystalline Materials |
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Optics and Light Technique |
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Optics and Light Technique |
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Optics and Light Technique |
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Optics and Light Technique |
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Physical Materials |
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Practical classes on Optics |
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Methodics of solving tasks on Optics |
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Transfer processes and contact phenomena in semiconductor materials |
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Electronic processes in non-crystalline materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Technological processes of production semiconductor materials |
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Optics |
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Optics |
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Nanoscale systems, structure and properties |
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Management and planning in nanoengineering |
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Optics (Eng) |
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Optics (Eng) |
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Optics (Eng) |
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Optics (Eng) |
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Optics (Eng) |
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Optics (Eng) |
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Optics (Eng) |
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Radiation material science (Eng) |
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Radiation material science (Eng) |
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Radiation material science (Eng) |
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Radiation material science (Eng) |
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Radiation material science (Eng) |
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Radiation material science (Eng) |
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Materials for solar energy conversation |
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Materials for solar energy conversation |
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Materials for solar energy conversation |
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Materials for solar energy conversation |
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Materials for solar energy conversation |
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Materials for solar energy conversation |
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Materials for solar energy conversation |
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Materials for solar energy conversation |
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Materials for solar energy conversation |
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Materials for solar energy conversation |
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Materials for solar energy conversation |
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Materials for solar energy conversation |
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Materials for solar energy conversation |
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1
Мархабаева Айымкул Алихановна
Жалпы физика курсы бойынша есептер жинағы
"Қазақ университеті" КазНУ имени аль-Фараби
2014 - г.
16 - стр.
2
Мархабаева Айымкул Алихановна
Яр-Мухамедова Г.Ш., Мукашев К..
" Қазақ университеті "
2016 - г.
12 - стр.
1
Мархабаева Айымкул АлихановнаАлпысбаева Б.Е.
2014 - г.
6 - стр.
1
2
Мархабаева Айымкул Алихановна
2015 - г.
6 - стр.
58
3
Мархабаева Айымкул АлихановнаАбдуллин Х.А., Тулегенова А.Т.
2016 - г.
5 - стр.
0
4
Мархабаева Айымкул Алихановна
2015 - г.
7 - стр.
58
5
Мархабаева Айымкул АлихановнаАбдуллин Х.А.
2016 - г.
5 - стр.
59
6
Мархабаева Айымкул Алихановна
2016 - г.
5 - стр.
712
7
Мархабаева Айымкул АлихановнаАбдуллин Х.А.
2017 - г.
7 - стр.
60
8
Мархабаева Айымкул АлихановнаТулегенова А.Т., Абдуллин Х.А.
2017 - г.
6 - стр.
4
9
Мархабаева Айымкул Алихановна
2017 - г.
7 - стр.
0
10
Мархабаева Айымкул АлихановнаАбдуллин Х.А.
2018 - г.
7 - стр.
52
11
Мархабаева Айымкул АлихановнаАбдуллин Х.А.
2017 - г.
7 - стр.
121
12
Мархабаева Айымкул АлихановнаАбдуллин Х.А., Калкозова Ж.К.
Core-Shell (W@WO3) Nanostructure to Improve Electrochemical
Performance
2019 - г.
7 - стр.
0
13
Мархабаева Айымкул Алихановна
2019 - г.
11 - стр.
3
14
Мархабаева Айымкул АлихановнаАбдуллин Х.А., Калкозова Ж.К.
ZnO нанобөлшектерiнiң гидротермалды синтезi және олардың фотокаталитикалық қасиеттерi
2019 - г.
8 - стр.
128
15
Мархабаева Айымкул Алихановна
2020 - г.
37 - стр.
0
16
Мархабаева Айымкул АлихановнаАбдуллин Х.А.
Designing of WO3@Co3O4Heterostructure to Enhance Photoelectrochemical Performances
2020 - г.
19 - стр.
124
17
Мархабаева Айымкул АлихановнаКалкозова Ж.К., Абдуллин Х.А., Нұрболат Ш.Т.
Effect of synthesis method parameters on the photocatalytic activity of tungsten oxide nanoplates
2021 - г.
7 - стр.
0
18
Мархабаева Айымкул АлихановнаМухаметкаримов Е.С., Немкаева Р.Р., Диханбаев К.К., Гусейнов Н.Р., Айтжанов М.Б., Приходько О.Ю., Калкозова Ж.К.
Photocatalytic activity of liquid-phase exfoliated gallium selenide flakes
2021 - г.
5 - стр.
18
19
Мархабаева Айымкул АлихановнаНұрболат Ш.Т., Абдуллин Х.А., Калкозова Ж.К.
Comparison of electrochemical characteristics
of NiCo2O4 and NiCo2S4 nanostructures for supercapacitors
2022 - г.
7 - стр.
0
20
Мархабаева Айымкул АлихановнаТулегенова М.А., Жақыпов Ә.С.
Сұйықтықтағы доғалық разряд плазмасы арқылы мыс микро- және нанобөлшектерін синтездеу және in situ тотығуы
2023 - г.
9 - стр.
0
21
Мархабаева Айымкул АлихановнаЕрланұлы Е.., Тулегенова М.А., Тулегенова А.Т., Немкаева Р.Р., Калкозова Ж.К., Абдуллин Х.А.
Construction of a ZnO Heterogeneous Structure Using Co3O4 as a Co-Catalyst to Enhance Photoelectrochemical Performance
2024 - г.
14 - стр.
0
22
Мархабаева Айымкул АлихановнаНемкаева Р.Р., Тулегенова А.Т.
2023 - г.
4 - стр.
85
23
Мархабаева Айымкул АлихановнаКалкозова Ж.К., Тулегенова А.Т., Абдуллин Х.А.
2024 - г.
8 - стр.
29
24
Мархабаева Айымкул АлихановнаТулегенова А.Т., Абдуллин Х.А., Мухаметкаримов Е.С., Калкозова Ж.К.
2024 - г.
9 - стр.
4
25
Мархабаева Айымкул АлихановнаМухаметкаримов Е.С., Гусейнов Н.Р., Немкаева Р.Р.
АСЫЛ МЕТАЛДАР НАНОБӨЛШЕКТЕРІ ҚОСЫЛҒАН Z nO ЖҰҚА
ҚАБЫРШАҚТАРЫНДАҒЫ ПЛАЗМОНДЫҚ РЕЗОНАНС
2024 - г.
9 - стр.
71
26
Мархабаева Айымкул АлихановнаБожеев Ф.Е., Оман З.Ә., Немкаева Р.Р., Ерланұлы Е.., Мухаметкаримов Е.С., Абдуллин Х.А., Калкозова Ж.К.
ZnO nanorods with GaSe nanoflakes form a heterojunction for solar water oxidation
2025 - г.
9 - стр.
0
1
Мархабаева Айымкул Алихановна
Тулегенова А.Т.
2016 - г.
3 - стр.
г.Томск
2
Мархабаева Айымкул Алихановна
2016 - г.
3 - стр.
Томский политехнический университет
3
Мархабаева Айымкул Алихановна
2016 - г.
1 - стр.
Томский политехнический университет
4
Мархабаева Айымкул Алихановна
2016 - г.
1 - стр.
Томский политехнический университет
5
Мархабаева Айымкул Алихановна
Абдуллин Х.А.
2016 - г.
4 - стр.
Алматы
6
Мархабаева Айымкул Алихановна
Абдуллин Х.А.
2016 - г.
2 - стр.
Алматы
7
Мархабаева Айымкул Алихановна
Абдуллин Х.А.
2016 - г.
3 - стр.
г. Павлодар
Author Documents
21
Citations
195 по 173
documents
h-index
7
ZnO nanorods with GaSe nanoflakes form a heterojunction for solar water oxidation
Markhabayeva, A., Kalkozova, Z., Mukhametkarimov, Y., Yerlanuly, Y., Nemkayeva, R., Oman, Z., Cao, C., Abdullin, K., Bozheyev, F.
2025
Applied Surface Science
701, с.
2
ЦитированийEffect of the Thickness of 2D GaSe Crystals on Their Photoelectric Performance
Oman, Z., Aitzhanov, M., Nemkayeva, R., Guseinov, N., Markhabayeva, A., Smirnov, V., Mukhametkarimov, Y.
2025
Journal of Electronic Materials
54, с. 5588-5597
0
ЦитированийSpin glass behaviors of Ge-doped Tb2NiSi3 compound
Bai, X., Wang, L., Pan, Z., Hao, Z., Zhang, S., Markhabayeva, A.A., Zadorozhnyy, V., Cao, C.
2025
Journal of Materials Science Materials in Electronics
36, с.
0
ЦитированийIn-situ raman analysis of carbon nanowalls during electrochqmical measurement
Zhumadilov, R.Y., Zhumadilov, B.Y., Nemkayeva, R.R., Kondo, H., Markhabayeva, A.A., Yerlanuly, Y., Gabdullin, M.T., Hori, M.
2025
Physical Sciences and Technology
12, с. 57-67
0
ЦитированийPerformance of Transition Metal Oxides for Solar Hydrogen Conversion
Bozheyev, F., Nemkayeva, R., Yerlanuly, Y., Gabdullin, M., Markhabayeva, A.
2025
ACS Catalysis
15, с. 16449-16462
0
ЦитированийLuminescence of (YxGd3−x)(AlyGa5−y)O12:Ce and (LuxGd3−x)(AlyGa5−y)O12:Ce Radiation-Synthesized Ceramics
Tulegenova, A., Lisitsyn, V., Nogaibekova, G., Nemkayeva, R., Markhabayeva, A.
2025
Ceramics
8, с.
0
ЦитированийA Hybrid Supercapacitor from Nickel Cobalt Sulfide and Activated Carbon for Energy Storage Application
Markhabayeva, A.A., Anarova, A.S., Abdullin, K.A., Kalkozova, Z.K., Tulegenova, A.T., Nuraje, N.
2024
Physica Status Solidi Rapid Research Letters
18, с.
3
ЦитированийConstruction of a ZnO Heterogeneous Structure Using Co3O4 as a Co-Catalyst to Enhance Photoelectrochemical Performance
Markhabayeva, A.A., Kalkozova, Z.K., Nemkayeva, R., Yerlanuly, Y., Anarova, A.S., Tulegenova, M.A., Tulegenova, A.T., Abdullin, K.A.
2024
Materials
17, с.
13
ЦитированийSynthesis of hierarchical WO3 microspheres for photoelectrochemical water splitting application
Markhabayeva, A.A., Dupre, R., Nemkayeva, R., Nuraje, N.
2023
Physical Sciences and Technology
10, с. 33-39
5
ЦитированийSynthesis and in situ oxidation of copper micro- and nanoparticles by arc discharge plasma in liquid
Zhakypov, A.S., Nemkayeva, R.R., Yerlanuly, Y., Tulegenova, M.A., Kurbanov, B.Y., Aitzhanov, M.B., Markhabayeva, A.A., Gabdullin, M.T.
2023
Scientific Reports
13, с.
17
ЦитированийEffect of synthesis method parameters on the photocatalytic activity of tungsten oxide nanoplates
Markhabayeva, A., Abdullin, K., Kalkozova, Z., Nurbolat, S., Nuraje, N.
2021
Aip Advances
11, с.
9
ЦитированийPhotocatalytic activity of liquid-phase exfoliated gallium selenide flakes
Prikhodko, O.Y., Aitzhanov, M.B., Gusseinov, N.R., Kalkozova, Z.K., Dikhanbaev, K.K., Markhabayeva, A., Myrzabekova, M.M., Nemkayeva, R.R., Mukhametkarimov, Y.S.
2021
Chalcogenide Letters
18, с. 777-781
5
ЦитированийDesigning of WO3@Co3O4 Heterostructures to Enhance Photoelectrochemical Performances
Markhabayeva, A.A., Moniruddin, M., Dupre, R., Abdullin, K.A., Nuraje, N.
2020
Journal of Physical Chemistry A
124, с. 486-491
32
ЦитированийPhotoactive tungsten-oxide nanomaterials for water-splitting
Shabdan, Y., Markhabayeva, A., Bakranov, N., Nuraje, N.
2020
Nanomaterials
10, с. 1-37
69
ЦитированийCore-shell (W@WO3) nanostructure to improve electrochemical performance
Abdullin, K.A., Kalkozova, Z.K., Markhabayeva, A.A., Dupre, R., Moniruddin, M., Nuraje, N.
2019
ACS Applied Energy Materials
2, с. 797-803
13
ЦитированийEffect of Heat and Plasma Treatments on the Photoluminescence of Zinc-Oxide Films
Abdullin, K.A., Gritsenko, L.V., Kumekov, S.E., Markhabaeva, A.A., Terukov, E.I.
2018
Semiconductors
52, с. 177-183
3
ЦитированийLuminescence of LiF crystals doped with uranium
Lisitsyna, L.A., Denisov, G.S., Dauletbekova, A.K., Karipbayev, Z.T., Markhabaeva, A.A., Vaganov, V.A., Lisitsyn, V.M., Akilbekov, A.T.
2017
Journal of Physics Conference Series
830, с.
5
ЦитированийEffect of annealing and hydrogen plasma treatment on the luminescence and persistent photoconductivity of polycrystalline ZnO films
Abdullin, K.A., Cicero, G., Gritsenko, L.V., Kumekov, S.E., Markhabaeva, A.A.
2017
Journal of Applied Physics
121, с.
9
ЦитированийKinetic characteristics of the luminescence decay for industrial yttrium-gadolinium-aluminium garnet based phosphors
Lisitsyn, V.M., Stepanov, S.A., Valiev, D.T., Vishnyakova, E.A., Abdullin, H.A., Marhabaeva, A.A., Tulegenova, A.T.
2016
Iop Conference Series Materials Science and Engineering
110, с.
6
ЦитированийCathodoluminescence properties of commercial phosphors for white LED
Polisadova, E.F., Vaganov, V.A., Valiev, D.T., Abdullin, H.A., Marhabaeva, A.A., Kerimbaev, D.D.
2016
Key Engineering Materials
712, с. 367-371
0
ЦитированийApplication of methods of interactive training in the educational environment of higher educational institutions
Tashkeyeva, G., Abykanova, B., Sariyeva, A., Sadirbekova, D., Marhabaeva, A.
2016
International Multidisciplinary Scientific Geoconference Surveying Geology and Mining Ecology Management Sgem
3, с. 747-754