麻豆视频

1. 袠袪袧 袗袪09261083 project "Transcultural Communications in the Late Bronze Age (Western Siberia - Kazakhstan - Central Asia)"
2. Relevance. In the second half of the 2nd millennium BC in the most of Kazakhstan there was the Begazy-Dandybay archaeological culture (another name is the Sargari-Alekseevka culture). On the North and North-West it adjoined the andronoid cultures of the south of Western Siberia Irmen,Yelov, Pakhomov,Suzgun and others). The Andronoid cultures are located on the territory of the Western Siberian plain lean in minerals and did not have their own sources of metallurgical raw materials. However, in the monuments of these cultures, the objects from bronze were found, the sources of which have not been established, with the exception of the settlement of Chicha 1. At this fortified monument, the metal was imported from the Kazakhstan mining-metallurgical region of Eurasian metallurgical province. The main idea of the project is the existence of trade communications in the Bronze Age that connected the population of Kazakhstan, Western Siberia and Central Asia. The separate indications of this are in the form of 麻豆视频s of andronoid pottery in the biggest Kazakh settlements (Kent, Akkezen, Shortandybulak, Myrzhik, Akmustafa,Semyarskoe). In the andronoid sites contain the metal items of the steppe types. In addition, the crockery made in the Central Asian traditions and using a pottery wheel was found in the sites of the Begazy-Dandybay culture. Apparently, trade relations caused mainly by the implementation of metal and items from the Kazakhstan mining-metallurgical region spread far to the south to the agricultural crops of Central Asia. Thus, the problem of existence of extended trade routes is outlined, similar to those that existed in Late Bronze Age in Eastern Mediterranean.
3.  The goal of the project "Transcultural communications in the Late Bronze Age (Western Siberia - Kazakhstan - Central Asia)" is to identify and localize transcultural communications of the Late Bronze Age in the geographical system Western Siberia - Kazakhstan - Central Asia in the second half of the 2nd millennium BC. NS. Based on the data already available and obtained during the implementation of the project, it is planned to identify the causes, conditions, nature, routes and consequences of such communications. Determine the scale of interaction of the ancient population.
4. Expected and achieved results. In the process of research on the project topic, the substrate and superstrate components of the cultures of Western Siberia, Kazakhstan and Central Asia of the Late Bronze Age will be identified. The cultural affiliation of the imported components has been determined. Fragmentary information about imports, mainly ceramic, is available in some publications. The monuments of the Late Bronze cultures of the south of Western Siberia contain information on 麻豆视频s of steppe bronzes. It is assumed that these 麻豆视频s, as well as artifacts of other categories, document a certain type of relationship between the population of Kazakhstan and the bearers of andronoid cultures. The main idea of 麻豆视频 鈥� 麻豆视频 鈥媡he project involves the identification of the steppe component in the complexes of Central Asia, as a result of the activity of the Begazy-Dandybaev population. As a result of the first year of research, new facts of interaction between carriers of different cultural traditions were revealed.
5. Names and surnames of members of the study group

Victor Varfolomeev

ORCiD ID — 0000-0002-3598-2345

https://orcid.org/0000-0002-3598-2345

Web of Science ResearcherID — U-6547-2018

Scopus Author ID — 57194943678

Valeriy Loman

ORCiD ID — 0000-0001-6951-0509

https://orcid.org/0000-0001-6951-0509

Web of Science ResearcherID — C-5884-2016

https://www.webofscience.com/wos/author/record/29960779,34755093

Emma Usmanova

Scopus Author ID — 57192104036

https://www.scopus.com/authid/detail.uri?authorId=57192104036

https://www.scopus.com/authid/detail.uri?authorId=36175214500

Researcher ID U-7688-2018

https://orcid.org/0000-0003-1625-5086

Ilja Merts

ORCiD ID — 0000-0001-9066-9629

https://orcid.org/0000-0001-9066-9629

Web of Science ResearcherID — W-2579-2017

https://publons.com/researcher/1993644/ilja-ivm-merts/

Scopus Author ID — 56866320100

https://www.scopus.com/authid/detail.uri?authorId=56866320100

6. List of publications:

1.袙邪褉褎芯谢芯屑械械胁 袙.袙., 袦械褉褑 袙.袣., 袦械褉褑 袠.袙. 楔芯泻锌邪褉褌邪褋 – 薪芯胁褘泄 褝薪械芯谢懈褌懈褔械褋泻懈泄 锌邪屑褟褌薪懈泻 笑械薪褌褉邪谢褜薪芯泄 小邪褉褘邪褉泻懈 // 袙械褋褌薪懈泻 袝胁褉邪蟹懈泄褋泻芯谐芯 薪邪褑懈芯薪邪谢褜薪芯谐芯 褍薪懈胁械褉褋懈褌械褌邪 懈屑械薪懈 袥.袧. 袚褍屑懈谢械胁邪. 小械褉懈褟 袠褋褌芯褉懈褔械褋泻懈械 薪邪褍泻懈. 肖懈谢芯褋芯褎懈褟. 袪械谢懈谐懈芯胁械写械薪懈械. 鈩� 1(134). 2021. – 小. 36-48.

2.袙邪褉褎芯谢芯屑械械胁 袙. 袙. 袗卸邪褉 – 锌芯褋械谢械薪懈械 邪泻泻械蟹械薪褋泻芯泄 芯泻褉褍谐懈 // 袣褍谢褜褌褍褉褘 袗蟹懈邪褌褋泻芯泄 褔邪褋褌懈 袝胁褉邪蟹懈懈 胁 写褉械胁薪芯褋褌懈 懈 褋褉械写薪械胁械泻芯胁褜械. 袦邪褌械褉懈邪谢褘 袦械卸写褍薪邪褉芯写薪芯泄 薪邪褍褔薪芯泄 泻芯薪褎械褉械薪褑懈懈, 锌芯褋胁褟褖械薪薪芯泄 80-谢械褌懈褞 褋芯 写薪褟 褉芯卸写械薪懈褟 懈 50-谢械褌懈褞 薪邪褍褔薪芯-锌械写邪谐芯谐懈褔械褋泻芯泄 写械褟褌械谢褜薪芯褋褌懈 锌褉芯褎. 袧芯薪褘 袗褉屑邪懈褋芯胁薪褘 袗胁邪薪械褋芯胁芯泄. 小邪屑邪褉泻邪薪写, 2021. – 小. 231-236.

3.袛械谐褌褟褉械胁邪 袗.袛., 袣褍蟹褜屑懈薪褘褏 小.袙., 校褋屑邪薪芯胁邪 协.袪. 袦械褌邪谢谢 锌械褌褉芯胁褋泻芯泄 泻褍谢褜褌褍褉褘 屑芯谐懈谢褜薪懈泻邪 袧芯胁芯懈谢褜懈薪芯胁褋泻懈泄 2 (屑芯褉褎芯谢芯谐懈褟 懈 褌械褏薪芯谢芯谐懈褟 懈蟹谐芯褌芯胁谢械薪懈褟) // 袣褍谢褜褌褍褉褘 袗蟹懈邪褌褋泻芯泄 褔邪褋褌懈 袝胁褉邪蟹懈懈 胁 写褉械胁薪芯褋褌懈 懈 褋褉械写薪械胁械泻芯胁褜械. 袦邪褌械褉懈邪谢褘 袦械卸写褍薪邪褉芯写薪芯泄 薪邪褍褔薪芯泄 泻芯薪褎械褉械薪褑懈懈, 锌芯褋胁褟褖械薪薪芯泄 80-谢械褌懈褞 褋芯 写薪褟 褉芯卸写械薪懈褟 懈 50-谢械褌懈褞 薪邪褍褔薪芯-锌械写邪谐芯谐懈褔械褋泻芯泄 写械褟褌械谢褜薪芯褋褌懈 锌褉芯褎. 袧芯薪褘 袗褉屑邪懈褋芯胁薪褘 袗胁邪薪械褋芯胁芯泄. 小邪屑邪褉泻邪薪写, 2021. – 小. 236-242.

4.校褋屑邪薪芯胁邪 协.袪. 袪械泻芯薪褋褌褉褍泻褑懈褟 褞胁械谢懈褉薪芯谐芯 写械泻芯褉邪 邪薪写褉芯薪芯胁褋泻芯谐芯 谐芯谢芯胁薪芯谐芯 褍斜芯褉邪 // III 袦械卸写褍薪邪褉芯写薪褘泄 泻芯薪谐褉械褋褋 褌褉邪写懈褑懈芯薪薪芯泄 褏褍写芯卸械褋褌胁械薪薪芯泄 泻褍谢褜褌褍褉褘: 褎褍薪写邪屑械薪褌邪谢褜薪褘械 懈褋褋谢械写芯胁邪薪懈褟 薪邪褉芯写薪芯谐芯 懈褋泻褍褋褋褌胁邪 (23 – 25 芯泻褌褟斜褉褟 2017 谐. 啸邪薪褌褘-袦邪薪褋懈泄褋泻). 袦.: 袦袚啸袩袗 懈屑. 小.袚. 小褌褉芯谐邪薪芯胁邪. 2021. – 小. 449-452.

5.袥芯屑邪薪 袙.袚. 覛邪褉邪覔邪薪写褘 芯斜谢褘褋褘薪写邪覔褘 袛芯遥覔邪谢 覜芯薪褘褋褘薪 蟹械褉褌褌械褍 // 袙械褋褌薪懈泻 袣邪蟹邪褏褋泻芯谐芯 薪邪褑懈芯薪邪谢褜薪芯谐芯 锌械写邪谐芯谐懈褔械褋泻芯谐芯 褍薪懈胁械褉褋懈褌械褌邪 懈屑. 袗斜邪褟. 小械褉懈褟 «袠褋褌芯褉懈褔械褋泻懈械 懈 褋芯褑懈邪谢褜薪芯-锌芯谢懈褌懈褔械褋泻懈械 薪邪褍泻懈». – 2021. – 鈩� 2 (69). – 小. 110-118.

DOI: https://doi.org/10.51889/2021-2.1728-5461.14

https://bulletin-histsocpolit.kaznpu.kz/index.php/ped/article/view/502

6.Pavel Tarlykov, Sabina Atavliyeva, Dana Auganova, Ilyas Akhmetollayev, Tatyana Loshakova, Victor Varfolomeev, Yerlan Ramankulov. Mitochondrial DNA analysis of ancient sheep from Kazakhstan: evidence for early sheep introduction // Heliyon. Volume 7, Issue 9, September 2021.  https://doi.org/10.1016/j.heliyon.2021.e08011

7.Loman V.G. On the originality of the Dongal type sites // 袙械褋褌薪懈泻 袣邪褉邪谐邪薪写懈薪褋泻芯谐芯 褍薪懈胁械褉褋懈褌械褌邪. 小械褉懈褟 «袠褋褌芯褉懈褟. 肖懈谢芯褋芯褎懈褟». – 2021. – 鈩� 3 (103). – 小. 47-54.

8. 校褋屑邪薪芯胁邪 协. «袗薪写褉芯薪芯胁褋泻懈泄» 谐芯谢芯胁薪芯泄 褍斜芯褉 褋 薪邪泻芯褋薪褘屑 褍泻褉邪褕械薪懈械屑: 褉械泻芯薪褋褌褉褍泻褑懈褟, 褋懈屑胁芯谢懈泻邪 懈 锌褉芯懈褋褏芯卸写械薪懈械 // Tyragetia 109, s.n., vol. XV [XXX], nr. 1, 2021, 109-122.

校褋屑邪薪芯胁邪 协.袪. «袗薪写褉芯薪芯胁褋泻懈泄» 谐芯谢芯胁薪芯泄 褍斜芯褉 褋 薪邪泻芯褋薪褘屑 褍泻褉邪褕械薪懈械屑: 褉械泻芯薪褋褌褉褍泻褑懈褟, 褋懈屑胁芯谢懈泻邪 懈 锌褉芯懈褋褏芯卸写械薪懈械 // Tyragetia, serie nou膬, vol. XV, nr. 1, p. 109-122.

9. Pablo Librado, Valeriy Loman, Igor Kukushkin, Ilya Merz, Victor Merz, Sergazy Sakenov, Victor Varfolomeyev, Emma Usmanova, Svend Hansen, Alan Outram, Ludovic Orlando et all. The origins and spread of domestic horses from the Western Eurasian steppes // Nature www.nature.com. https://doi.org/10.1038/s41586-021-04018-9. Received: 4 May 2021. Accepted: 10 September 2021. Published online: 20 October 2021.

校褋屑邪薪芯胁邪 协. 袪., 肖芯屑懈薪 袙. 袧. 袣褉邪褋薪褘泄 褑胁械褌 胁 «邪薪写褉芯薪芯胁褋泻芯屑» 泻芯褋褌褞屑械 褝锌芯褏懈 斜褉芯薪蟹褘: 褌械褏薪芯谢芯谐懈褟 泻褉邪褕械薪懈褟 (锌芯 屑邪褌械褉懈邪谢邪屑 锌邪屑褟褌薪懈泻芯胁 袥懈褋邪泻芯胁褋泻芯泄 芯泻褉褍谐懈) // 袛褉械胁薪懈械 懈 褌褉邪写懈褑懈芯薪薪褘械 泻褍谢褜褌褍褉褘 胁芯 胁蟹邪懈屑芯写械泄褋褌胁懈懈 褋芯 褋褉械写芯泄 芯斜懈褌邪薪懈褟: 锌褉芯斜谢械屑褘 懈褋褌芯褉懈褔械褋泻芯泄 褉械泻芯薪褋褌褉褍泻褑懈懈: 屑邪褌械褉懈邪谢褘 I 袦械卸写褍薪邪褉. 屑械卸写懈褋褑懈锌谢懈薪邪褉. 泻芯薪褎. 效械谢褟斜懈薪褋泻: 袠蟹写-胁芯 效械谢褟斜. 谐芯褋. 褍薪-褌邪, 2021. – 小. 61-68.

袙邪褉褎芯谢芯屑械械胁 袙.袙., 袣邪泄褘褉卸邪薪 袗.袣. (袩芯褋械谢械薪懈械 小邪褍褉邪屑斜邪泄 锌芯 褉械蟹褍谢褜褌邪褌邪屑 褉邪蟹胁械写芯褔薪芯谐芯 芯斜褋谢械写芯胁邪薪懈褟 // 袗褉褏械芯谢芯谐懈褟 袣邪蟹邪褏褋褌邪薪邪. 鈩� 3. (13). 2021. – 小. 38-48.

1. IRN, Name of the topic of the project: 袗袪09260237 «The cosemantic classes and their classes of models».

2. Relevance: research in the field of Model Theory is one of the most urgent areas of modern mathematics. Model Theory, operating with the capabilities of the first-order predicate calculus language, studies the general patterns of models of arbitrary signatures. On the other hand, many classical results of universal algebra are directly related to the model-theoretical description. For example, the description of such classes of models as variety and quasivariety depends on the types of axioms of the first-order language. As part of the study of this project for 2021, 4 thematic sections were proposed, which are represented by specific mathematical problems. The solution to these problems is uniquely useful both from the point of view of Model Theory and from the point of view of universal algebra.

3. Purpose: to study the syntactic and semantic properties of model-theoretical questions concerning the classes of Jonson spectra with respect to the cosemanticness relation.

4. Expected and achieved results:

1. A criterion for class simplicity is obtained for a simple fragment of a theoretical set from a fixed JSp(K).

2.  A description of the connection between the class of algebraically closed and existentially closed models is obtained for the cosemanticness class of a fixed JSp(K).

3. A description of the JSB property is obtained for models of fragments of theoretical sets with respect to a fixed JSp(K).

4. A description of the properties of a class of existentially closed models for universal fragments of theoretical sets with respect to a fixed JSp(K) is obtained.

All results obtained are new and form the following list within results 1-4: a certain sufficient condition for the model completeness of the center of the Jonsson theory is found, which is related to the problem of λ-comparison of two existentially closed models; a criterion of uncountable categoricity for the class of the Robinson spectrum in the language of central types is obtained; a criterion for the uncountable categoricity of the -categorical universal center of the class of hereditary Jonsson theory in an inessential extension is obtained; the criteria for Jonsson non-forking (JNF) and Jonsson non-forking on Lascar-Poizat (JNFLP) were obtained; in the class of J-simple theories, a Jonsson version of the Kim-Pillay theorem is obtained for the class of the Jonsson spectrum of an arbitrary signature model; a sufficient condition for the existential closedness of an algebraically closed Jonsson manifold is obtained.

5. Names and surnames of members of the research group with their identifiers (Scopus Author ID, Researcher ID, ORCID, if any, and links to the corresponding profiles.)

1. Yeshkeyev Aibat - Project Manager, Chief Scientist, Doctor of Physical and Mathematical Sciences, Professor (Scopus Author ID: , Researcher ID: , ORCID: );
2. Ulbrikht Olga - Leading Researcher, Doctor of Philosophy (PhD) (Scopus Author ID: , Researcher ID: , ORCID: );
3. Kassymetova Mayra - Leading Researcher, Doctor of Philosophy (PhD) (Scopus Author ID: , Researcher ID: , ORCID: );
4. Shamatayeva Nazgul - Leading Researcher, Doctor of Philosophy (PhD) (Scopus Author ID: , Researcher ID: , ORCID: );
5. Mussina Nazerke - Researcher,  Doctoral student of NJSC "E.A. Buketov 麻豆视频 University" by specialty 6D060100 - Mathematics;
6. Omarova Makhabat - Researcher,  Doctoral student of NJSC "E.A. Buketov 麻豆视频 University" by specialty 6D060100 - Mathematics;
7. Issayeva Aigul - Researcher,  Doctoral student of NJSC "E.A. Buketov 麻豆视频 University" by specialty 6D060100 - Mathematics;
8. Popova Nadezhda - Researcher,  Doctoral student of NJSC "E.A. Buketov 麻豆视频 University" by specialty 8D05409201- Mathematics;
9. Tungushbayeva Indira - Junior Researcher, Doctoral student of NJSC "E.A. Buketov 麻豆视频 University" by specialty 8D05409201- Mathematics;
10. Yarullina Alina - Junior Researcher, Doctoral student of NJSC "E.A. Buketov 麻豆视频 University" by specialty 8D05409201- Mathematics.

6. List of publications (with links to them) and patents.

Total publications on the project for 2021 is 15:

1. Yeshkeyev A.R., Mussina N.M. An algebra of the central types of the mutually model-consistent fragments // BULLETIN OF THE KARAGANDA UNIVERSITY-MATHEMATICS. – 麻豆视频, 2021. – 鈩�1(101). – P. 111-118. DOI 10.31489/2021M1/111-118 (WoS: IF 0.0) https://mathematics-vestnik.ksu.kz/apart/2021-101-1/12.pdf
2. Yeshkeyev A.R., Omarova M.T. An essential base of the central types of the convex theory // BULLETIN OF THE KARAGANDA UNIVERSITY-MATHEMATICS. – 麻豆视频, 2021. – 鈩�1(101). – P. 119-126. (WoS: IF 0.0) https://mathematics-vestnik.ksu.kz/apart/2021-101-1/13.pdf
3. Yeshkeyev A. R., Kassymetova M. T., Ulbrikht O. I. Independence and simplicity in Jonsson theories with abstract geometry // Siberian Electronic Mathematical Reports. – 2021. – Vol.18. – P.433-455. DOI 10.33048/semi.2021.18.030 (Scopus: CiteScore - 0.8, SJR - 0.468, SNIP - 0.713, Percentile - 32). http://semr.math.nsc.ru/v18/n1/p433-455.pdf
4. Yeshkeyev A.R., Issayeva A.K., Shamatayeva N.K. On atomic and algebraically prime models obtained by closure of definable sets // BULLETIN OF THE KARAGANDA UNIVERSITY-MATHEMATICS. – 麻豆视频, 2021. – 鈩�3(103). – P. 124-130. DOI 10.31489/2021袦3/124-130 (袣袨袣小袨袧) https://mathematics-vestnik.ksu.kz/apart/2021-103-3/13.pdf
5. Yeshkeyev A.R., Issayeva A. K., Shamatayeva N. K. On atomic and algebraically prime definable subsets of semantic model // Logic Colloquium 2021: European Summer Meeting of the Association for Symbolic Logic (ASL) (19-24 July). / Pozna艅, Poland. 2021. – P. 150. https://lc2021.pl/conf-data/LC2020/files/LC21_book_of_abstracts_links_13-09-2021.pdf
6. Yeshkeyev A.R., Ulbrikht O.I., Mussina N.M. On the categoricity of the class of the Jonsson spectrum // Logic Colloquium 2021: European Summer Meeting of the Association for Symbolic Logic (ASL) (19-24 July). / Pozna艅, Poland. 2021. – P. 151. https://lc2021.pl/conf-data/LC2020/files/LC21_book_of_abstracts_links_13-09-2021.pdf
7. Yeshkeyev A.R., Ulbrikht O.I. The Jonsson nonforking notion under some positiveness. Logic Colloquium 2021: European Summer Meeting of the Association for Symbolic Logic (ASL) (19-24 July). - Pozna艅, Poland. 2021. – P. 152. https://lc2021.pl/conf-data/LC2020/files/LC21_book_of_abstracts_links_13-09-2021.pdf
8. Kassymetova M. T., Mussina N. M., Amanbekov S. M. Companions of hybrids of fragments of theoretical subsets // Maltsev readings: Abstracts of reports of the international conference (September 20-24, 2021) – Novosibirsk, 2021. – P.167. http://www.math.nsc.ru/conference/malmeet/21/maltsev21.pdf
9. Yeshkeyev A.R., Issayeva A. K., Shamatayeva N. K. The atomicity and algebraically primeness of theoretical subsets of semantic model // Maltsev readings: Abstracts of reports of the international conference (September 20-24, 2021) – Novosibirsk, 2021. – P.174. http://www.math.nsc.ru/conference/malmeet/21/maltsev21.pdf
10. Yeshkeyev A.R., Ulbrikht O. I., Omarova M. T. On the class of existentially closed models of an arbitrary signature and their saturated semantic models // Maltsev readings: Abstracts of reports of the international conference (September 20-24, 2021) – Novosibirsk, 2021. – P.175. http://www.math.nsc.ru/conference/malmeet/21/maltsev21.pdf
11. 袝褕泻械械胁 袗.袪., 袚邪谢懈薪褋泻邪褟 袠., 啸邪屑蟹械械胁邪 袗. h-锌芯写芯斜懈械 褎褉邪谐屑械薪褌芯胁 褌械芯褉械褌懈褔械褋泻懈褏 屑薪芯卸械褋褌胁 // 孝褉邪写懈褑懈芯薪薪邪褟 屑械卸写褍薪邪褉芯写薪邪褟 邪锌褉械谢褜褋泻邪褟 泻芯薪褎械褉械薪褑懈褟 胁 褔械褋褌褜 袛薪褟 褉邪斜芯褌薪懈泻芯胁 薪邪褍泻懈 袪械褋锌褍斜谢懈泻懈 袣邪蟹邪褏褋褌邪薪, 锌芯褋胁褟褖械薪薪邪褟 75-谢械褌懈褞 邪泻邪写械屑懈泻邪 袧袗袧 袪袣 孝.楔. 袣邪谢褜屑械薪芯胁邪. – 袗谢屑邪褌褘, 2021. – 小.114-115. http://www.math.kz/public/filemanager/userfiles/Abstracts_of_conference_2021.pdf
12. 袠褋邪械胁邪 袗.袣., 袩芯锌芯胁邪 袧.袙., 袞褍屑邪谐褍谢 袛., 袧褍褉屑邪泻芯胁邪 袗. 携写械褉薪邪褟 屑芯写械谢褜 胁褘锌褍泻谢芯谐芯 泄芯薪褋芯薪芯胁褋泻芯谐芯 褋锌械泻褌褉邪 // 孝褉邪写懈褑懈芯薪薪邪褟 屑械卸写褍薪邪褉芯写薪邪褟 邪锌褉械谢褜褋泻邪褟 泻芯薪褎械褉械薪褑懈褟 胁 褔械褋褌褜 袛薪褟 褉邪斜芯褌薪懈泻芯胁 薪邪褍泻懈 袪械褋锌褍斜谢懈泻懈 袣邪蟹邪褏褋褌邪薪, 锌芯褋胁褟褖械薪薪邪褟 75-谢械褌懈褞 邪泻邪写械屑懈泻邪 袧袗袧 袪袣 孝.楔. 袣邪谢褜屑械薪芯胁邪. – 袗谢屑邪褌褘, 2021. – 小.117. http://www.math.kz/public/filemanager/userfiles/Abstracts_of_conference_2021.pdf
13. 袦褍褋懈薪邪 袧.袦., 袗屑邪薪斜械泻芯胁 小.袗., 袧褍褉屑邪泻芯胁邪 袗. 袦懈薪懈屑邪谢褜薪褘械 邪谢谐械斜褉邪懈褔械褋泻懈 锌褉芯褋褌褘械 屑芯写械谢懈 褍薪懈胁械褉褋邪谢褜薪芯谐芯 谐懈斜褉懈写邪 褎褉邪谐屑械薪褌芯胁 泄芯薪褋芯薪芯胁褋泻懈褏 屑薪芯卸械褋褌胁 // 孝褉邪写懈褑懈芯薪薪邪褟 屑械卸写褍薪邪褉芯写薪邪褟 邪锌褉械谢褜褋泻邪褟 泻芯薪褎械褉械薪褑懈褟 胁 褔械褋褌褜 袛薪褟 褉邪斜芯褌薪懈泻芯胁 薪邪褍泻懈 袪械褋锌褍斜谢懈泻懈 袣邪蟹邪褏褋褌邪薪, 锌芯褋胁褟褖械薪薪邪褟 75-谢械褌懈褞 邪泻邪写械屑懈泻邪 袧袗袧 袪袣 孝.楔. 袣邪谢褜屑械薪芯胁邪. – 袗谢屑邪褌褘, 2021. – 小.121. http://www.math.kz/public/filemanager/userfiles/Abstracts_of_conference_2021.pdf
14. 袨屑邪褉芯胁邪 袦.孝., 袚邪谢懈薪褋泻邪褟 袠., 啸邪屑蟹械械胁邪 袗. 笑械薪褌褉邪谢褜薪褘械 褌懈锌褘 芯褌 写胁褍褏 锌褉械写懈泻邪褌芯胁 // 孝褉邪写懈褑懈芯薪薪邪褟 屑械卸写褍薪邪褉芯写薪邪褟 邪锌褉械谢褜褋泻邪褟 泻芯薪褎械褉械薪褑懈褟 胁 褔械褋褌褜 袛薪褟 褉邪斜芯褌薪懈泻芯胁 薪邪褍泻懈 袪械褋锌褍斜谢懈泻懈 袣邪蟹邪褏褋褌邪薪, 锌芯褋胁褟褖械薪薪邪褟 75-谢械褌懈褞 邪泻邪写械屑懈泻邪 袧袗袧 袪袣 孝.楔. 袣邪谢褜屑械薪芯胁邪. – 袗谢屑邪褌褘, 2021. – 小.122. http://www.math.kz/public/filemanager/userfiles/Abstracts_of_conference_2021.pdf
15. 袨屑邪褉芯胁邪 袦.孝., 袞褍屑邪谐褍谢 袛., 袧褍褉屑邪泻芯胁邪 袗. 小胁芯泄褋褌胁邪 泄芯薪褋芯薪芯胁褋泻芯谐芯 褋锌械泻褌褉邪 芯褌薪芯褋懈褌械谢褜薪芯 泻邪褌械谐芯褉懈褔薪芯褋褌懈 // 孝褉邪写懈褑懈芯薪薪邪褟 屑械卸写褍薪邪褉芯写薪邪褟 邪锌褉械谢褜褋泻邪褟 泻芯薪褎械褉械薪褑懈褟 胁 褔械褋褌褜 袛薪褟 褉邪斜芯褌薪懈泻芯胁 薪邪褍泻懈 袪械褋锌褍斜谢懈泻懈 袣邪蟹邪褏褋褌邪薪, 锌芯褋胁褟褖械薪薪邪褟 75-谢械褌懈褞 邪泻邪写械屑懈泻邪 袧袗袧 袪袣 孝.楔. 袣邪谢褜屑械薪芯胁邪. – 袗谢屑邪褌褘, 2021. – 小.123. http://www.math.kz/public/filemanager/userfiles/Abstracts_of_conference_2021.pdf

AP09259913 «Functional nanomaterials based on carbon quantum dots»

Scientific novelty: Carbon materials have been known for a long time. In order to make these materials luminescent, it is necessary to observe a precise modulation between their size and surface chemical groups. At present, a large number of carbon-containing nanomaterials with luminescence have been synthesized, among which the CQDs can be distinguished.

The CQDs size is usually less than 10 nm. CQDs have a core in which the carbon are predominantly in sp² hybridization. Surface groups of CQDs, such as carbonyl, carboxyl, hydroxyl, and epoxy, lead to their solubility in water and create the possibility of their further functionalization.

Compared to traditional semiconductor quantum dots and organic dyes, CQDs have high solubility, chemical inertness, and resistance to photobleaching. For example, the generation and transport of electrons at carbon-containing dots have been used for solar cells, organic light-emitting diodes (OLEDs), photodetectors, photocatalysts and supercapacitors.

Also, their undoubted advantage is their low toxicity and high biocompatibility compared to semiconductor quantum dots, which makes them very promising for biophysical and medical applications, for example, for bioimaging, biosensors, drug delivery, and medical diagnostics.

Despite the variety of published works devoted to the synthesis, study and luminescence of CQDs, the question of the influence of the chemical composition, structure, and method of synthesis of CQDs on their physicochemical properties remains open to date. Also, the issues of the generation of stimulated emission in active laser media based on CQDs are not widely covered.

Novelty: a comprehensive study of the influence of the chemical composition, structure and synthesis method of CQDs on their optical properties and the using of CQDs in functional nanomaterials for photovoltaics and active laser media.

Scientific significance: relationship between the structure and optical properties of carbon dots from the conditions of their preparation will be established, as well as issues of their practical use will be considered, and the parameters of such systems will be optimized for their effective functioning.

Practical significance: new functional nanomaterials will be developed using CQDs, oxide semiconductors and organic dyes. Nanocomposite materials for photovoltaics and quantum electronics will be obtained and studied.

The aim of the Project is development and study of new functional nanomaterials using CQDs, oxide semiconductors and organic dyes. Effect of conditions for obtaining CQDs on photogeneration and deactivation of their excited electronic states with different spin multiplicity will be studied. Nanocomposite materials for photovoltaics and quantum electronics will be studied.

Expected and achieved results:

– the influence of the composition of precursors and synthesis conditions on the structural and optical properties of the CQDs has been studied. S- and N-doped CQDs were obtained by varying the ratio of citric acid and L-cysteine. It was shown that a change in the ratio of precursors has no noticeable effect on the size and morphology of carbon dots. The sizes of synthesized QDs after dialysis vary from 2 to 8 nm;

– it was found that for L-cysteine-doped CQDs, the absorption spectrum additionally exhibits an absorption band with a maximum at 350 nm, while for undoped CQDs it was practically absent. For all investigated CQDs, with an increase in the excitation wavelength, a "red" shift of the fluorescence spectrum was observed. The maximum fluorescence intensity is observed under the excitation at 350 nm;

– it was shown that a change in the synthesis temperature does not affect on the size and fluorescent properties of the synthesized CQDs;

– it was found that the fluorescence intensity of various samples is practically independent of the synthesis time and varies within 5%. The highest value of the luminescence quantum yield (80%) was registered for the CQDs synthesized within 15 minutes;

– under the pulsed photoexcitation, CQDs solutions exhibits delayed fluorescence and phosphorescence. It is shown that both the intensity and the duration of the DF of the CQDs practically do not depend on the synthesis time, but are determined by the synthesis temperature;

– the features of generation and deactivation of triplet states of CQDs of various compositions in solid films have been studied. In films with different ratios of CA and L-cysteine, phosphorescence prevails in the long-lived luminescence spectrum. The duration of phosphorescence noticeably decreases in samples doped with S- and N-containing groups.

Names and surnames of research team members:

Publications:

articles, included in Clarivate Analytics and Scopus databases:

1. Ibrayev N.Kh., Dzhanabekova R.Kh., Amanzholova G.S. Spectral and luminescent properties of carbon quantum dots functionalized with N- and S-contaning groups // Eurasian Physical Technical Journal – 2021. – Vol. 18, No. 2 (36). – P. 12-17. (Percentile Scopus 23).

2.        Ibrayev N., Dzhanabekova R., Seliverstova E., Amanzholova G. Optical properties of N- and S-doped carbon dots based on citric acid and L-cysteine // Fullerenes, Nanotubes, Carbon Nanostruct. – 2021. (in Press) (IF 1,869; WoS Q3, Percentile Scopus 45)

international conference abstracts and proceedings:

3.        Ibrayev N.Kh., Dzhanabekova R.Kh., Amanzholova G. Synthesis and study of the optical properties of carbon quantum dots // 5th International Symposium on Molecular Photonics dedicated to the memory of Academician A.N. Terenin (1896–1967). – St. Petersburg, 2021, 袪. 13.

4.        Ibrayev N. Kh., Amanzholova G., Dzhanabekova R.Kh. Optical properties of N- and S-doped carbon quantum dots // Advanced Carbon Nanostructures ACNS’2021: 15th International Conference. – St. Petersburg, 2021. P. 89.

1. IRN AP09259787, Name of the project topic: «Theory and practice of ensuring the quality of regulatory legal acts in the state language (in the field of civil and civil procedure legislation)»

2. Relevance. In Kazakhstan, issues related to the incorrect translation of legal terms in the texts of legislation in the state language are relevant. Since laws are adopted first in Russian and then translated into the state language, a direct translation of the text of the law is carried out, as a result of which the essence of legal terms changes, well-known legal terms are translated in several different versions. Such problems lead to a misunderstanding of the norms of law and the language of law in law enforcement practice.

3. Project goal. Examination of the theoretical provisions of legal technology and civil law texts in the state language, identification of errors in the translation of legal norms, generalization of examination results on poor-quality translation of legislative texts into Kazakh, to draw conclusions on improving the legal technique for developing draft legislation in the state language.

4. Expected and achieved results.

In order to improve the quality of normative legal acts in the state language, conclusions were drawn on improving the legal technique for drafting legislative acts in the state language; Proposals have been developed to improve the law-making legal technique used in the law-making process.

Linguistic expertise of texts in the Kazakh language of the Civil Code (general part) of the Republic of Kazakhstan was carried out; Law of the Republic of Kazakhstan "On Legal Acts", the Civil Procedure Code of the Republic of Kazakhstan. As a result, incorrectly translated articles were identified by analyzing the texts of the current civil law legislation in the Kazakh language, instead, the correct translation options were proposed, conclusions were drawn to improve legal technology in the development of legislative acts in the state language.

Studied the positive experience of foreign states (the Republic of Turkey, the Republic of Uzbekistan) on the use of legal terminology in civil legislation.

5. Research team (Scopus Author ID, Researcher ID, ORCID)

Project scientific supervisor: Ilyassova Gulzhazira Aktureevna, candidate of legal sciences, professor

Hirsch index based on Scopus – 5; Author ID Scopus: 57197811182

link to the profile

Hirsch index based on Clarivate Analytics  - 2.

ORCID 0000-0002-6289-8325;

Researcher ID:  

袧褍泻褍褕械胁邪 袗泄谐褍谢褜 袗褕懈屑芯胁薪邪, 泻邪薪写懈写邪褌 褞褉懈写懈褔械褋泻懈褏 薪邪褍泻, 邪褋褋芯褑懈懈褉芯胁邪薪薪褘泄 锌褉芯褎械褋褋芯褉 (写芯褑械薪褌)

Hirsch index based on Scopus - 4 (Author ID Scopus: 57193229324)

link to the profile

袪褍褋褌械屑斜械泻芯胁邪 袛懈薪邪褉邪 袣械薪卸械斜械泻芯胁薪邪, 写芯泻褌芯褉 褎懈谢芯褋芯褎懈懈 (PhD), 邪褋褋芯褑懈懈褉芯胁邪薪薪褘泄 锌褉芯褎械褋褋芯褉 (写芯褑械薪褌)

Hirsch index based on Scopus – 4 (Author ID Scopus: 56027909500 )

link to the profile

袗泻懈屑卸邪薪芯胁邪 袦邪褉卸邪薪谐褍谢褜 孝褍褉褋褍薪褏邪薪芯胁薪邪, 袛芯泻褌芯褉 褎懈谢芯芯褎懈懈 (PhD)

Hirsch index based on Scopus - 2 (Author ID Scopus: 57204332730) 

link to the profile

孝芯泻邪褌芯胁 袪褍褋谢邪薪 袗谢褌邪械胁懈褔, 屑邪谐懈褋褌褉 褞褉懈写懈褔械褋泻懈褏 薪邪褍泻, 褋褌邪褉褕懈泄 锌褉械锌芯写邪胁邪褌械谢褜

袗褋械褌芯胁邪 袚褍谢薪褍褉 袘邪泻褘褌芯胁薪邪, 屑邪谐懈褋褌褉 褞褉懈写懈褔械褋泻懈褏 薪邪褍泻, 写芯泻褌芯褉邪薪褌

Hirsch index based on Scopus -1 (Author ID Scopus: 57212001073)

link to the profile

6. List of publications

Articles in the domestic publication recommended by CFCSES:

1) 孝芯覜邪褌芯胁 袪.袗., 袨褉邪谢斜邪械胁 袧.袣. 覛邪蟹邪覜褋褌邪薪 袪械褋锌褍斜谢懈泻邪褋褘 袗蟹邪屑邪褌褌褘覜 泻芯写械泻褋褨薪写械谐褨 蟹邪遥 褌械褏薪懈泻邪褋褘 械褉械卸械谢械褉褨薪褨遥 褋邪覜褌邪谢褍褘 褌褍褉邪谢褘 // 袙械褋褌薪懈泻 袣邪褉邪谐邪薪写懈薪褋泻芯谐芯 褍薪懈胁械褉褋懈褌械褌邪. -  小械褉懈褟 袩袪袗袙袨 – 2021. - 鈩� 2(102). – 小.109-117.

2) 袧褍泻褍褕械胁邪 袗.袗., 袪褍褋褌械屑斜械泻芯胁邪 袛.袣. 楔械褌 褌褨谢褨薪械薪 械薪谐褨蟹褨谢谐械薪 蟹邪遥写褘覜 褌械褉屑懈薪芯谢芯谐懈褟谢邪褉写褘 邪蟹邪屑邪褌褌褘覜 蟹邪遥薪邪屑邪写邪 覜芯谢写邪薪褍 褌褍褉邪谢褘 // 袙械褋褌薪懈泻 袣邪褉邪谐邪薪写懈薪褋泻芯谐芯 褍薪懈胁械褉褋懈褌械褌邪. -  小械褉懈褟 袩袪袗袙袨 – 2021. - 鈩� 3 (103). – 小.142-154.

3) 袉谢懈褟褋芯胁邪 袚.袗., 訕褋械褌芯胁邪 袚.袘. 覛邪蟹褨褉谐褨 邪蟹邪屑邪褌褌褘覜 褨褋 卸爷褉谐褨蟹褍 蟹邪遥薪邪屑邪褋褘薪写邪 蟹邪遥写褘覜 褌械褉屑懈薪芯谢芯谐懈褟谢邪褉写褘 覜芯谢写邪薪褍 屑蓹褋械谢械褋褨 // 袙械褋褌薪懈泻 袣邪褉邪谐邪薪写懈薪褋泻芯谐芯 褍薪懈胁械褉褋懈褌械褌邪.-小械褉懈褟 袩袪袗袙袨 – 2021. - 鈩� 3 (103). – 小.127-134.

4) 孝芯覜邪褌芯胁 袪.袗., 袗泻懈屑卸邪薪芯胁邪 袦.孝. 覛邪蟹邪覜褋褌邪薪 袪械褋锌褍斜谢懈泻邪褋褘薪褘遥 袗蟹邪屑邪褌褌褘覜 泻芯写械泻褋褨薪褨遥 (袞邪谢锌褘 斜萤谢褨屑) 覜邪蟹邪覜 卸蓹薪械 芯褉褘褋 褌褨谢写械褉褨薪写械谐褨 屑蓹褌褨薪写械褉褨薪褨遥 写蓹谢屑械-写蓹谢写褨谐褨 褌褍褉邪谢褘 // 袙械褋褌薪懈泻 袣邪褉邪谐邪薪写懈薪褋泻芯谐芯 褍薪懈胁械褉褋懈褌械褌邪. -  小械褉懈褟 袩袪袗袙袨 – 2021. - 鈩� 3 (103). – 小.135-141. DOI

5) Alieva L.R., Ilyassova G.A. The concept, conditions and legal consequences of adoption  (adrogation) of a child under the Republic of Kazakhstan legislation // 袙械褋褌薪懈泻 袣邪褉邪谐邪薪写懈薪褋泻芯谐芯 褍薪懈胁械褉褋懈褌械褌邪. -  小械褉懈褟 袩袪袗袙袨 – 2021. - 鈩� 3 (103). – 小.155-162.

袗rticles published in materials of international conferences:

1) 袠谢褜褟褋芯胁邪 袚.袗., 袪褍褋褌械屑斜械泻芯胁邪 袛.袣. 袟邪遥 褕褘覔邪褉褍 锌褉芯褑械褋褨薪褨遥 褌爷褋褨薪褨谐褨 屑械薪 屑訖薪褨 // 袦邪褌械褉褨邪谢懈 袦褨卸薪邪褉芯写薪芯褩 薪邪褍泻芯胁芯-锌褉邪泻褌懈褔薪芯褩 褨薪褌械褉薪械褌-泻芯薪褎械褉械薪褑褨褩 «孝械薪写械薪褑褨褩 褌邪 锌械褉褋锌械泻褌懈胁懈 褉芯蟹胁懈褌泻褍 薪邪褍泻懈 褨 芯褋胁褨褌懈 胁 褍屑芯胁邪褏 谐谢芯斜邪谢褨蟹邪褑褨褩»: 袟斜. 薪邪褍泻. 锌褉邪褑褜. 袩械褉械褟褋谢邪胁, 2021. 袙懈锌. 71. – 小. 125-126.

2) 孝芯覜邪褌芯胁 袪.袗. 覛邪蟹邪覜褋褌邪薪 袪械褋锌褍斜谢懈泻邪褋褘 袗蟹邪屑邪褌褌褘覜 泻芯写械泻褋褨薪 覜邪蟹邪覜 褌褨谢褨薪写械 覜邪谢褘锌褌邪褋褌褘褉褍写邪覔褘 蟹邪遥写褘覜 褌械褏薪懈泻邪 械褉械卸械谢械褉褨薪褨遥 褋邪覜褌邪谢褍 泻械屑褕褨谢褨泻褌械褉褨 // 覛邪蟹邪覜褋褌邪薪 袪械褋锌褍斜谢懈泻邪褋褘薪褘遥 袣芯薪褋褌懈褌褍褑懈褟褋褘 覜冶覜褘覜褌褘覜 屑械屑谢械泻械褌 泻械锌褨谢褨 褉械褌褨薪写械: 褏邪谢褘覜邪褉邪谢褘覜 覔褘谢褘屑懈-锌褉邪泻褌懈泻邪谢褘覜 泻芯薪褎械褉械薪褑懈褟 屑邪褌械褉懈邪谢写邪褉褘. – 覛邪褉邪覔邪薪写褘: 覛袪 袉褕泻褨 褨褋褌械褉 屑懈薪懈褋褌褉谢褨谐褨 袘.袘械泄褋械薪芯胁 邪褌褘薪写邪覔褘 覛邪褉邪覔邪薪写褘 邪泻邪写械屑懈褟褋褘, 2021. - 小. 155-159.

3) 袠谢褜褟褋芯胁邪 袚.袗., 袪褍褋褌械屑斜械泻芯胁邪 袛.袣., 袧褍泻褍褕械胁邪 袗.袗. 袧芯褉屑邪褌懈胁褌褨泻 覜冶覜褘覜褌褘覜 褌械褉屑懈薪芯谢芯谐懈褟薪褘遥 泻械泄斜褨褉 屑訖褋械谢械谢械褉褨 // Materiály XVIII Mezinárodní v臅decko - praktická konference «Aktuální vymo啪enosti v臎dy -2021», Volume 7: Praha. Publishing House «Education and Science», 2021. - 小.76-79.

4) 袠谢褜褟褋芯胁邪 袚.袗., 袞邪屑懈械胁邪 袪.袦. 覛邪蟹邪覜褋褌邪薪 袪械褋锌褍斜谢懈泻邪褋褘薪褘遥 邪蟹邪屑邪褌褌褘覜 泻芯写械泻褋褨薪写械谐褨 蟹邪遥写褘覜 褌械褉屑懈薪芯谢芯谐懈褟 屑訖褋械谢械褋褨 褌褍褉邪谢褘 // 袗泻邪写械屑懈泻 小.袟. 袟懈屑邪薪芯胁 — 覔邪谢褘屑, 锌械写邪谐芯谐, 屑械屑谢械泻械褌 卸訖薪械 覜芯覔邪屑 覜邪泄褉邪褌泻械褉褨: 褏邪谢褘覜邪褉邪谢. 覔褘谢.-锌褉邪泻褌. 芯薪谢邪泄薪 泻芯薪褎. 屑邪褌械褉懈邪谢写邪褉褘 (23 屑邪褍褋褘屑): 覔褘谢褘屑懈 褝谢械泻褌褉芯薪写褘覜 斜邪褋褘谢褘屑. 覛邪褉邪覔邪薪写褘: «袗泻邪写. 袝.袗. 袘萤泻械褌芯胁 邪褌. 覛邪褉邪覔邪薪写褘 褍薪-褌褨» 袣袝袗覛 斜邪褋锌邪褋褘, 2021.- 小. 80-82.

5) 孝芯覜邪褌芯胁 袪.袗., 小邪写械锌褏邪薪 袗. 孝褨谢写褨遥 锌訖褉屑械薪写褨谐褨 蟹邪遥薪褘遥 写訖褉屑械薪写褨谐褨 // 袗泻邪写械屑懈泻 小.袟. 袟懈屑邪薪芯胁 — 覔邪谢褘屑, 锌械写邪谐芯谐, 屑械屑谢械泻械褌 卸訖薪械 覜芯覔邪屑 覜邪泄褉邪褌泻械褉褨 : 褏邪谢褘覜邪褉邪谢. 覔褘谢.-锌褉邪泻褌. 芯薪谢邪泄薪 泻芯薪褎. 屑邪褌械褉懈邪谢写邪褉褘 (23 屑邪褍褋褘屑): 覔褘谢褘屑懈 褝谢械泻褌褉芯薪写褘覜 斜邪褋褘谢褘屑. 覛邪褉邪覔邪薪写褘: «袗泻邪写. 袝.袗. 袘萤泻械褌芯胁 邪褌. 覛邪褉邪覔邪薪写褘 褍薪-褌褨» 袣袝袗覛 斜邪褋锌邪褋褘, 2021. - 小.142-144.

6) 小邪写械锌褏邪薪 袗., 孝芯覜邪褌芯胁 袪.袗. 袗蟹邪屑邪褌褌褘覜 覜冶覜褘覜 褋邪谢邪褋褘薪写邪覔褘 覜邪蟹邪覜 褌褨谢褨薪写械谐褨 蟹邪遥 邪泻褌褨谢械褉褨薪 邪褍写邪褉褍覔邪 覜邪褌褘褋褌褘 萤蟹械泻褌褨 屑訖褋械谢械谢械褉 // 覛邪蟹邪覜褋褌邪薪 褌訖褍械谢褋褨蟹写褨泻褌褨遥 30 卸褘谢写褘覔褘薪写邪: 萤褌泻械薪谐械 褕芯谢褍, 斜爷谐褨薪 卸訖薪械 斜芯谢邪褕邪覜: 覛邪蟹邪覜褋褌邪薪 袪械褋锌褍斜谢懈泻邪褋褘 孝訖褍械谢褋褨蟹写褨谐褨薪褨遥 30 卸褘谢写褘覔褘薪邪 邪褉薪邪谢覔邪薪 褏邪谢褘覜邪褉邪谢褘覜 覔褘谢褘屑懈-锌褉邪泻褌懈泻邪谢褘覜 on-line 泻芯薪褎械褉械薪褑懈褟 屑邪褌械褉懈邪谢写邪褉褘, 27 屑邪屑褘褉 2021 卸褘谢. – 覛邪褉邪覔邪薪写褘, 2021. – 袘. 262-267.

7) 孝芯泻邪褌芯胁 袪.袗., 小褘蟹写褘泻芯胁邪 袥.袧. 袗蟹邪屑邪褌褌褘覜 覜冶覜褘覜 褋邪谢邪褋褘薪 褉械褌褌械泄褌褨薪 蟹邪遥薪邪屑邪谢褘覜 邪泻褌褨谢械褉写褨 覜邪蟹邪覜 褌褨谢褨薪写械 覜邪谢褘锌褌邪褋褌褘褉褍 // 野谢褌褌褘覜 覜冶覜褘覜 卸爷泄械薪褨遥 写邪屑褍褘 卸訖薪械 覜邪蟹邪覜褋褌邪薪写褘覜 屑械屑谢械泻械褌褌褨谢褨泻褌褨遥 褌械芯褉懈褟谢褘覜 卸訖薪械 褌邪褉懈褏懈 薪械谐褨蟹写械褉褨薪 薪褘覔邪泄褌褍 邪褉薪邪谢覔邪薪 啸邪谢褘覜邪褉邪谢褘覜 覔褘谢褘屑懈-褌訖卸褨褉懈斜械谢褨泻 泻芯薪褎械褉械薪褑懈褟薪褘遥 屑邪褌械褉懈邪谢写邪褉褘.-覛邪褉邪覔邪薪写褘: 覛邪褉校, 2021. – 小. 217-221.

袗rticles published in the materials of republican conferences:

1) 孝芯泻邪褌芯胁 袪.袗., 小邪写械锌褏邪薪 袗. 覛邪蟹邪覜褋褌邪薪 袪械褋锌褍斜谢懈泻邪褋褘 袗蟹邪屑邪褌褌褘覜 泻芯写械泻褋褨薪 覜邪蟹邪覜 褌褨谢褨薪写械 覜邪谢褘锌褌邪褋褌褘褉褍写邪覔褘 蟹邪遥写褘覜 褌械褏薪懈泻邪 械褉械卸械谢械褉褨薪褨遥 褋邪覜褌邪谢褍 泻械屑褕褨谢褨泻褌械褉褨 // 覛邪蟹邪覜褋褌邪薪 袪械褋锌褍斜谢懈泻邪褋褘 孝訖褍械谢褋褨蟹写褨谐褨薪褨遥 30 卸褘谢写褘覔褘薪邪 邪褉薪邪谢覔邪薪. 袟邪遥 覔褘谢褘屑褘 屑械薪 覜冶覜褘覜 覜芯谢写邪薪褍 锌褉邪泻褌懈泻邪褋褘薪褘遥 蟹邪屑邪薪邪褍懈 屑訖褋械谢械谢械褉褨. 袪械褋锌褍斜谢懈泻邪谢褘覜 覔褘谢褘屑懈-锌褉邪泻褌懈泻邪谢褘覜 泻芯薪褎械褉械薪褑懈褟薪褘遥 屑邪褌械褉懈邪谢写邪褉褘.- 2021 卸. 30 褋訖褍褨褉, 袨褉邪谢. – 小. 221-224.

2) 袦邪褉褌斜械泻 袗. (薪邪褍褔薪褘泄 褉褍泻芯胁芯写懈褌械谢褜 袠谢褜褟褋芯胁邪 袚.袗.) 袟邪遥写褘覜 邪泻褌褨谢械褉写褨遥 屑械屑谢械泻械褌褌褨泻 褌褨谢写械谐褨 屑訖褌褨薪写械褉褨薪械 覜邪褌褘褋褌褘 屑訖褋械谢械谢械褉 // 覛邪蟹邪覜褋褌邪薪 袪械褋锌褍斜谢懈泻邪褋褘 孝訖褍械谢褋褨蟹写褨谐褨薪褨遥 30 卸褘谢写褘覔褘薪邪 邪褉薪邪谢覔邪薪. 袟邪遥 覔褘谢褘屑褘 屑械薪 覜冶覜褘覜 覜芯谢写邪薪褍 锌褉邪泻褌懈泻邪褋褘薪褘遥 蟹邪屑邪薪邪褍懈 屑訖褋械谢械谢械褉褨. 袪械褋锌褍斜谢懈泻邪谢褘覜 覔褘谢褘屑懈-锌褉邪泻褌懈泻邪谢褘覜 泻芯薪褎械褉械薪褑懈褟薪褘遥 屑邪褌械褉懈邪谢写邪褉褘.- 2021 卸. 30 褋訖褍褨褉, 袨褉邪谢. – 小. 43-44.

An article published in a foreign edition:

1) Ilyassova G.A., Nukusheva A.A. Use of borrowed terminology in the modern civil legislation of the Republic of Kazakhstan // Sciences of Europe - No 79 (2021) - Vol. 3  (Praha, Czech Republic) – Pp. 13-15.

Articles published in scientific journals of Kazakhstan:

1) 小褘蟹写褘泻芯胁邪 袥.袧. (覓褘谢褘屑懈 卸械褌械泻褕褨 孝芯泻邪褌芯胁 袪.袗.). 袗蟹邪屑邪褌褌褘覜 覜冶覜褘覜 褋邪谢邪褋褘薪写邪覔褘 蟹邪遥薪邪屑邪谢褘覜 邪泻褌褨谢械褉写褨遥 屑邪蟹屑冶薪褘薪 覜邪蟹邪覜 褌褨谢褨薪写械 覜邪谢褘锌褌邪褋褌褘褉褍覔邪 斜邪泄谢邪薪褘褋褌褘 萤蟹械泻褌褨 屑訖褋械谢械谢械褉 // 袧邪褍褔薪褘械 褌褉褍写褘 "訕写褨谢械褌". - 2021. - 鈩�2. - 小. 328-332.

2) 小邪写械锌褏邪薪 袗. (覓褘谢褘屑懈 卸械褌械泻褕褨 孝芯泻邪褌芯胁 袪.袗.) 袘芯褟褍褘 斜芯蟹邪褉覔邪薪 褌褨谢写械 覜邪斜褘谢写邪薪覔邪薪 蟹邪遥 覜褘褉褘 褋褘薪覔邪薪 斜芯谢邪褕邪覜覜邪 薪械谐褨蟹 // 袚谢芯斜邪谢褜薪邪褟 薪邪褍泻懈 懈 懈薪薪芯胁邪褑懈褟 2021: 笑械薪褌褉邪谢褜薪邪褟 袗蟹懈褟. 小械褉懈褟 «挟褉懈写懈褔械褋泻懈械 薪邪褍泻懈». – 2021. - 鈩�3 (14). -  袘.42-46.

Acts on the implementation of the results of research work:

1) The act on the introduction into the educational process for teaching the disciplines "Civil law of the Republic of Kazakhstan (general part)" and "Civil procedural law of the Republic of Kazakhstan" to students studying in the specialty "6袙030100-Jurisprudence" (bachelor's degree) at the law faculty of 麻豆视频 University named after academician E. A. Buketov (October 6, 2021);

2) The act on the introduction into the educational process of the results of linguistic and legal examination of texts in the Kazakh language "Civil Code of the Republic of Kazakhstan (general part)" and the Law of the Republic of Kazakhstan "On Legal Acts" for teaching the discipline "Civil Law of the Republic of Kazakhstan" of the 麻豆视频 Academy of the Ministry of Internal Affairs of the Republic of Kazakhstan named after B. Beisenov (November 1, 2021);

3) The act on the introduction into the law enforcement practice of the Interdistrict Specialized Court for Minors of the 麻豆视频 Region of the results of linguistic and legal examination of texts in the Kazakh language "Civil Code of the Republic of Kazakhstan (general part)" and the Law of the Republic of Kazakhstan "On Legal Acts" (November 3, 2021);

4)  Act on the introduction into the law enforcement practice of the Department of Justice of the 麻豆视频 region of the results of linguistic and legal examination of texts in the Kazakh language "Civil Code of the Republic of Kazakhstan (general part)" and the Law of the Republic of Kazakhstan "On Legal Acts" (November 4, 2021);

5) The act on the introduction into the law enforcement practice of the Department of Justice of the 麻豆视频 region of the results of linguistic and legal examination of the text "Decision of the 麻豆视频 regional maslikhat dated February 25, 2021 No. 32" On approval of the rules for grazing farm animals in the territory of the 麻豆视频 region ", registered by the Department of Justice of the 麻豆视频 region on March 1, 2021 No. 6218 "in Kazakh (November 4, 2021);

6) The act on the introduction into the legislative process of the Committee on Legislation and Judicial and Legal Reform of the Mazhilis of the Parliament of the Republic of Kazakhstan of the results of linguistic and legal examination of texts in the Kazakh language "Civil Code of the Republic of Kazakhstan (general part)" and the Law of the Republic of Kazakhstan "On Legal Acts" (November 5, 2021).

1. Project title:

AP09259233 “Linguocognitive and discursive foundations of national identity in the context of foreign language education”.

2.  Topicality. In the modern world, along with globalization processes, increasing the economic and cultural homogeneity of the world, parallel and oppositely directed processes of exacerbating national feelings, the growth of fundamentalism are taking place, the importance of the category of national identity, as an essential variable of modern society, is growing.

3.  Project goal is to study the linguocognitive and discursive nature of identity, the mechanisms of its verbal explication through the prism of the national worldview, to disclose its transformation processes in various linguistic cultures.

4.  Expected and achieved results.

The results of the study were reflected in the form of 24 scientific and scientific-methodical works, including 1 textbook, 1 article in a journal included in the RSCI database, 2 articles in journals recommended by CCSES.

For the first time in Kazakhstani science, the problem of national identity is analyzed from linguo-cognitive and discursive positions.

5.  Names and surnames of research team members.

1) Issina Gaukhar Ilikeshevna - Scopus ID 57189986550; ORCID ID 0000-0003-1853-8901; Researcher ID AAJ-2622-2021.

2) Abisheva Vera Tokenovna - Scopus ID 57194684198

3) Amanbekova Darina Ergalykyzy

4) Omarbek Nazym Bekbolatkyzy

5) Kozhakhmetova Araygul Kuanyshevna

6) Nurgaliyev Anuar Kairatovich

6.  List of publications.

1 校褔械斜薪芯械 锌芯褋芯斜懈械: 袠褋懈薪邪 袚.袠. Linguoculturological Dictionary of Concepts: lexico-phraseological representation. Textbook / G.I. Issina. - 麻豆视频, 2021. - 108 pages.

2 袪袠袧笑 袠肖 – 0,757. 袠褋懈薪邪 袚.袠., 小邪谐邪薪 袗.袠. 小芯褑懈邪谢褜薪邪褟 薪邪锌褉邪胁谢械薪薪芯褋褌褜 褉芯泻-锌芯褝蟹懈懈: 懈写械邪谢褘 懈 褍褋褌邪薪芯胁泻懈. 袦械卸写褍薪邪褉芯写薪褘泄 卸褍褉薪邪谢 褝泻褋锌械褉懈屑械薪褌邪谢褜薪芯谐芯 芯斜褉邪蟹芯胁邪薪懈褟. – 袦芯褋泻胁邪. – 2021. – 鈩� 2 – 小.71-75. 袪袠袧笑 袠肖 – 0,757.

https://expeducation.ru/ru/article/view?id=12029

3 袣袨袣小袨袧: Abisheva V.T., Issina G.I. Linguocognitive potential of publicistic discourse. 袙械褋褌薪懈泻 袝胁褉邪蟹懈泄褋泻芯谐芯 薪邪褑懈芯薪邪谢褜薪芯谐芯 褍薪懈胁械褉褋懈褌械褌邪 懈屑. 袥.袧. 袚褍屑懈谢械胁邪. – 小械褉懈褟 袞褍褉薪邪谢懈褋褌懈泻邪. – 袧褍褉-小褍谢褌邪薪. – 2021. - 鈩� 2 (135) – 小.83-92.

https://buljourn.enu.kz/article/archive/view?id=the-linguo-cognitive-potential-of-publicistic-discourse

4 袣袨袣小袨袧: 袣邪褉锌芯胁邪 小.袣., 袗斜懈褕械胁邪 袙.孝. 袪邪蟹胁懈褌懈械 薪邪褍褔薪芯-锌芯锌褍谢褟褉薪芯泄 卸褍褉薪邪谢懈褋褌懈泻懈 胁 褝锌芯褏褍 谐谢芯斜邪谢懈蟹邪褑懈懈. 袙械褋褌薪懈泻 袣邪褉邪谐邪薪写懈薪褋泻芯谐芯 褍薪懈胁械褉褋懈褌械褌邪. - 鈩� 1 (101). – 袣邪褉邪谐邪薪写邪. - 2021. – 小.90-95.

https://philology-vestnik.ksu.kz/apart/2021-101-1/13.pdf

5 Issina G.I., Utepova S.A. Identity as an interdisciplinary category in modern science. Sciences of Europe – Praga. – Vol. 3, No 70. - 2021. – P.69-71.  

https://ru.calameo.com/read/0048473563cc33f39ca41

6. Issina G.I. Language as an identifying feature of an ethnic community. The Strategies of Modern Science Development: Mat. internat. scienc.-pract. conf. -  Morrisville, NC, USA. – 2021. – P.43-47.

http://otkritieinfo.ru/f/sbornik_strategii_20.pdf

7. Issina G.I., Davydova Y.Y. Identity types and their connection with language. World science: problems, prospects and innovations: Mater. of the XI intern. scient.-pract. conf. – Toronto, Canada. - 2021. – P.48-52.

 https://sci-conf.com.ua/wp-content/uploads/2021/08/WORLD-SCIENCE-PROBLEMS-PROSPECTS-AND-INNOVATIONS-11-13.08.21.pdf

8. 袠褋懈薪邪 袚.袠., 孝褍褉褘褋斜械泻芯胁邪 袗. 袣 胁芯锌褉芯褋褍 芯锌褉械写械谢械薪懈褟 锌芯薪褟褌懈褟 "褑械薪薪芯褋褌懈" 胁 褝褌薪懈褔械褋泻芯泄 泻邪褉褌懈薪械 屑懈褉邪. The Europe and the Turkic World: Science, Engineering and Technology: Mat. internat. scienc.-pract. conf. – Bursa, 2021. – V.III - P. 224-227.

https://drive.google.com/file/d/1xLsbyLfv0O31T10Q61gfze3xKe-47nit/view

9 Issina G.I., Omarbek N.B. Peculiarities of space perception in different ethnic groups. Innovation Management and Technology in the Era of Globalization: Mater. of the VIII intern. scient.-pract. conf. – Birmingham. - 2021. – Vol. 2. – P.320-324.

https://drive.google.com/file/d/1860V5prtedbTWToONjFIJgAxnRdYGDN1/view

10 袠褋懈薪邪 袚.袠., 袛邪胁褘写芯胁邪 携.挟. 袣 锌褉芯斜谢械屑械 谐械薪写械褉薪褘褏 懈褋褋谢械写芯胁邪薪懈泄 胁 褋芯胁褉械屑械薪薪芯泄 谢懈薪谐胁懈褋褌懈泻械. 袝胁褉邪蟹懈泄褋泻懈泄 褋芯褞蟹 褍褔械薪褘褏. – 袦芯褋泻胁邪, 2021. - 鈩� 1 (82).  – 孝芯屑 4. 小械褉懈褟 肖懈谢芯谢芯谐懈褔械褋泻懈械 薪邪褍泻懈. – 小.11-13. 

 https://cyberleninka.ru/article/n/k-probleme-gendernyh-issledovaniy-v-sovremennoy-lingvistike

11  袠褋懈薪邪 袚.袠., 肖懈薪邪谐械薪芯胁邪 袙.袗. 袣 锌褉芯斜谢械屑械 胁械褉斜邪谢懈蟹邪褑懈懈 褉械谢懈谐懈芯蟹薪褘褏 泻芯薪褑械锌褌芯胁. The scientific Heritage. - Budapest, 2021. - 鈩� 60. - Vol.3. – P. 63-65.  

https://ru.calameo.com/read/005059769a4c5fb17de75

12. 袠褋懈薪邪 袚.袠., 袨屑邪褉斜械泻 袧.袘. 袙械褉斜邪谢褜薪褘械 褋褉械写褋褌胁邪 褝泻褋锌谢懈泻邪褑懈懈 锌褉芯褋褌褉邪薪褋褌胁械薪薪芯泄 泻邪褌械谐芯褉懈懈. Innovative Processes Management in the Context of Education and Science Modernization: Mat. internat. scienc.-pract. conf. - Hamburg, 2021. – V.II - P.352-356.

 https://drive.google.com/file/d/1zFgGpSSKLMn7CjVgOKcCY_qyXuTwWwtz/view

13 袣芯卸邪褏屑械褌芯胁邪 袗.袣. 楔械褌 褌褨谢褨薪 邪薪邪 褌褨谢屑械薪 褋邪谢褘褋褌褘褉邪 芯褌褘褉褘锌 芯覜褘褌褍 屑邪遥褘蟹褘. Science and education in the modern world: challenges of the XXI century. 袦邪褌. IX 屑械卸写褍薪邪褉. 薪邪褍褔薪. 泻芯薪褎. – 袧褍褉-小褍谢褌邪薪. – 2021. – C. 56-58.

http://www.bobek-kz.com/post/82

14 袗屑邪薪斜械泻芯胁邪 袛. Language conceptual sphere in the structure of consciousness. 袦邪褌. XV 袦械卸写褍薪邪褉. 薪邪褍褔薪. 泻芯薪褎. 褋褌褍写械薪褌芯胁 懈 屑芯谢芯写褘褏 褍褔械薪褘褏 «谴YLYM JÁNE BILIM - 2021». – 袧褍褉-小褍谢褌邪薪. –2021. – 小.2883-2888.

https://enu.kz/downloads/iyun-2021/nio-2021-sekciya-6.pdf

15 袣芯卸邪褏屑械褌芯胁邪 袗.袣. 覛邪褕褘覜褌褘覜褌邪薪 芯覜褘褌褍 泻械蟹褨薪写械 褌械褏薪懈泻邪谢褘覜 覜冶褉邪谢写邪褉写褘 褋邪褍邪褌褌褘 訖褉褨 卸爷泄械谢褨 褌爷褉写械 覜芯谢写邪薪褍. Global science and innovations: Central Asia. 袦邪褌. XII 袦械卸写褍薪邪褉. 薪邪褍褔薪. 泻芯薪褎. – 袧褍褉-小褍谢褌邪薪. – 2021. – 小. 116-118.

http://www.bobek-kz.com/post/82

16  袩懈褌懈褉懈屑芯胁邪 孝.袙., 袠褋懈薪邪 袚.袠. 协褌薪芯泻褍谢褜褌褍褉薪褘械 芯褋芯斜械薪薪芯褋褌懈 褉械褔械胁芯谐芯 褝褌懈泻械褌邪. 袥褍褔褕邪褟 薪邪褍褔薪芯-懈褋褋谢械写芯胁邪褌械谢褜褋泻邪褟 褉邪斜芯褌邪 2021: XXX 袦械卸写褍薪邪褉. 薪邪褍褔薪.-懈褋褋谢械写芯胁. 泻芯薪泻褍褉褋. – 袩械薪蟹邪. – 2021. – 小.66-68.   袛懈锌谢芯屑 2 褋褌械锌械薪懈.

17 袘芯褌懈械薪泻芯 袧.袙. (薪邪褍褔薪. 褉褍泻. 袠褋懈薪邪 袚.袠.) 袣芯薪褑械锌褌 «屑芯写邪» 胁 褉褍褋褋泻芯屑 懈 邪薪谐谢懈泄褋泻芯屑 褟蟹褘泻芯胁芯屑 褋芯蟹薪邪薪懈懈. 袦械卸写褍薪邪褉芯写薪褘泄 泻芯薪泻褍褉褋 薪邪褍褔薪褘褏 褉邪斜芯褌 斜邪泻邪谢邪胁褉芯胁,  屑邪谐懈褋褌褉邪薪褌芯胁 懈 邪褋锌懈褉邪薪褌芯胁 锌芯 锌褉芯斜谢械屑邪屑 谢懈薪谐胁懈褋褌懈泻懈 懈 谢懈薪谐胁芯写懈写邪泻褌懈泻懈. – 袧芯胁芯褋懈斜懈褉褋泻: 袧袚袩校. – 2021. – 小.98-101.  袛懈锌谢芯屑 1 褋褌械锌械薪懈. 

18   啸芯谢褋褌懈薪懈薪邪 袣.袗. (薪邪褍褔薪. 褉褍泻. 袠褋懈薪邪 袚.袠.)  袛懈褋泻褍褉褋 泻邪泻 芯斜褗械泻褌 懈褋褋谢械写芯胁邪薪懈褟 胁 褋芯胁褉械屑械薪薪芯泄 薪邪褍褔薪芯泄 锌邪褉邪写懈谐屑械. Reseacher Leader: 袦邪褌. 屑械卸写褍薪邪褉. 薪邪褍褔薪.-懈褋褋谢械写芯胁邪褌. 泻芯薪泻褍褉褋邪. – 袩械褌褉芯蟹邪胁芯写褋泻, 2021. -  C. 243-247.  袛懈锌谢芯屑 1 褋褌械锌械薪懈. 

19 肖懈薪邪谐械薪芯胁邪 袙.袗. (薪邪褍褔薪. 褉褍泻. 袠褋懈薪邪 袚.袠.)  袣 锌褉芯斜谢械屑械 胁械褉斜邪谢懈蟹邪褑懈懈 褝褌薪懈褔械褋泻芯谐芯 褋芯蟹薪邪薪懈褟 胁 褉邪蟹谢懈褔薪褘褏 谢懈薪谐胁芯泻褍谢褜褌褍褉薪褘褏 芯斜褖薪芯褋褌褟褏. 袦邪褌. V 屑械卸写褍薪邪褉. 泻芯薪泻褍褉褋邪 屑芯谢芯写褘褏 褍褔械薪褘褏. – 袩械薪蟹邪, 2021. – 小. 81-84.   袛懈锌谢芯屑 1 褋褌械锌械薪懈.

20. 袘芯褌懈械薪泻芯 袧.袙. (薪邪褍褔薪. 褉褍泻. 袠褋懈薪邪 袚.袠.) 袣芯薪褑械锌褌 泻邪泻 械写懈薪懈褑邪 褋芯蟹薪邪薪懈褟 胁 谢懈薪谐胁懈褋褌懈泻械. 小芯胁褉械屑械薪薪褘械 褌械薪写械薪褑懈懈 褟蟹褘泻芯胁芯谐芯 芯斜褉邪蟹芯胁邪薪懈褟: 芯锌褘褌, 锌褉芯斜谢械屑褘, 锌械褉械褋锌械泻褌懈胁褘: 褋斜芯褉薪. 褋褌邪褌. III 屑械卸写褍薪邪褉. 薪邪褍褔薪.-锌褉邪泻褌. 泻芯薪褎. – 袗褉蟹邪屑邪褋: 褎懈谢懈邪谢 袧袧袚校. – 2021. – 小. 296-305. 

21 袣邪褌锌褘褕芯胁邪 袛.小. (薪邪褍褔薪. 褉褍泻. 袗斜懈褕械胁邪 袙.孝.) 小胁芯械芯斜褉邪蟹懈械 褌胁芯褉褔械褋褌胁邪 卸褍褉薪邪谢懈褋褌邪 胁 褍褋谢芯胁懈褟褏 屑械写懈邪泻芯谐薪胁械褉谐械薪褑懈懈. 袘褍泻械褌芯胁褋泻懈械 褔褌械薪懈褟 – 2021: 袦邪褌械褉. 褉械谐懈芯薪邪谢. 薪邪褍褔薪.-锌褉邪泻褌. 泻芯薪褎. 屑邪谐 懈 褋褌褍写. - 袣邪褉邪谐邪薪写邪, 2021. - 小.112-114. 袛懈锌谢芯屑 2 褋褌械锌械薪懈 胁 薪芯屑懈薪邪褑懈懈 «袗泻褌褍邪谢褜薪芯褋褌褜 薪邪褍褔薪芯泄 褉邪斜芯褌褘».

22  袘芯褌懈械薪泻芯 袧.袙. (薪邪褍褔薪. 褉褍泻. 袠褋懈薪邪 袚.袠.)  小械屑邪薪褌懈褔械褋泻懈械 芯褋芯斜械薪薪芯褋褌懈 泻芯薪褑械锌褌邪 «屑芯写邪» 胁 邪薪谐谢懈泄褋泻芯屑 懈 褉褍褋褋泻芯屑 褟蟹褘泻邪褏. 袘褍泻械褌芯胁褋泻懈械 褔褌械薪懈褟 – 2021: 袦邪褌械褉. 褉械谐懈芯薪邪谢. 薪邪褍褔薪.-锌褉邪泻褌. 泻芯薪褎. 屑邪谐 懈 褋褌褍写. - 袣邪褉邪谐邪薪写邪, 2021. - 小.97-99. 袛懈锌谢芯屑 3 褋褌械锌械薪懈 胁 薪芯屑懈薪邪褑懈懈 «袩褉邪泻褌懈褔械褋泻邪褟 蟹薪邪褔懈屑芯褋褌褜 褉邪斜芯褌褘». 

23 Issina G.I. Syllabus for discipline “Cognitive bases of foreign language discourse” for the specialty ‘Foreign philology’, 麻豆视频, 2021. - 20 p.

24 Issina G.I. Syllabus for discipline “Language and intercultural communication” for the specialty ‘Foreign philology’, 麻豆视频, 2021. - 27 p.

IRN and name of the project: AP09259548 «Cryopreservation of wild and medicinal plant seeds and organization of a short-term and long-term storage bank»

Actuality. The ratification by Kazakhstan of the Convention on Biological Diversity and the Nagoya Protocol involves addressing a number of issues related to the preservation of elements, both wild flora and the potential of cultivated plants.

For the conservation and balanced use of the elements of biological diversity, the Convention identifies a number of topical issues, among which the following strategic task can be distinguished: the creation of banks of germplasm (seed material, meristem, buds, frozen cells and tissues) of plants.

The scientific novelty of the project is that the implementation of research in fully corresponds to the priorities of socio-economic development of Kazakhstan. The obtained results will make it possible to supplement information about the biological features of medicinal plants, to develop the basis for their preservation using cryopreservation methods. For the first time, conditions for freezing and defrosting of seed material will be determined; methodological recommendations and protocols for freezing for each studied species will be developed; optimal types and mixtures of cryoprotectors will be determined and effective physical methods for activating viability will be proposed.

The significance of the Project on a national and international scale is the practical implementation of the requirement of the Convention on Biodiversity and the Nagoya Protocol (2014), since countries should be responsible for preserving their biological diversity; fill the overall deficit of information and knowledge related to its conservation and sustainable development.

The practical importance of conducting research is due to the need of Kazakhstan to create a cryobank of plant seeds for short and long-term storage.

Goal – is to study methods and conditions of cryopreservation, subsequent defrosting of plant material and activation of viability of seeds of perspective medicinal plants for development of low-temperature freezing algorithms and organization of the bank for short-term and long-term storage.

Results:

The viability of the seed material of medicinal plants after cryopreservation depending on the moisture content of the starting material has been studied (3; 5; 7 and 14%), the type of container (plastic cryo tubes, foil bags ZipLock, paper envelopes, metal containers) and pre-treatment (postponement before sowing, soaking in growth regulators: heteroauxin 0.001%, potassium humate 0.01%, epin 0.001%, rhizomine 0.05%). It is established that the maximum indicators of viability and energy of germination of seeds of the majority of species of the studied herbs (Portulaca oleracea, Hypericum perforatum, Thymus serpyllum, Nepeta cataria, Teucrium polium, Plantago media, Chamomilla recutita, Lychnis chalcedonica and others) are observed at the minimum humidity of 3-5%. For species such as Silybum marianum, Calendula officinalis, Leonurus glaucenscens, Echinacea purpurea, Chartolepis intermedia, Serratula coronata, no reliable relationship was found between the germination and humidity of the starting seed. The plastic cryopriters and foil bags were optimal packaging for freezing seeds in liquid nitrogen using cryoprotectants and without them. The viability of the seeds in the paper and metal containers was lower than the control values. According to all versions of the experiment, morphometric indicators (height, root length, length and width of cotyledon leaves) of seedlings of medicinal plants were established. Pre-treatment of seeds after cryopreservation showed higher germination and germination energy. Thus, the maximal values 麻豆视频 鈥� 麻豆视频 鈥� were obtained against the background of the use of epin and potassium humate (12-28% higher than the control). Soaking in solutions of heteroauxin and rhizomine gave a slight increase in germination (by 6-9%) in comparison with control values.

Experiments were carried out to determine the optimal types and concentrations of cryoprotectants (glycerin, sucrose, glucose, fructose in concentrations of 5; 10; 15; 20; 25; 30; 35 and 40%; propylene glycol, ethylene glycol in concentrations of 5; 10; 15 and 20%; DMSO at concentrations of 5, 10 and 15%; PVS-2), their mixtures for preservation and increase of seed germination during cryopreservation. It was determined that the optimal cryoprotector for the seeds Chamomilla recutita and Verbascum thapsus is DMSO at a concentration of 5%, PVS2; Linum perenne is glycerol at a concentration of 40% or ethylene glycol at a concentration of 20%; Chartolepis intermedia - sucrose at a concentration of 5%; Nepeta cataria - glucose at a concentration of 15%; Scabiosa ochroleuca, Scabiosa isetensis - sucrose at a concentration of 10%; Plantago media - DMSO at a concentration of 10%; Hyssopus officinalis - glucose at a concentration of 40%, Valeriana officinalis - fructose 25%, Silybum marianum - glucose 15%, 25%, 40% and fructose 20%, 30%, Lychnis chalcedonica - sucrose 15%. For the seeds Calendula officinalis, Salvia stepposa, Ziziphora clinopodioides, Echinacea purpurea, Nigella sativa and Leonurus glaucescens, the use of cryoprotectors is not advisable.

Optimization of step freezing and defrosting of plant seeds was carried out to preserve maximum viability. Step freezing was carried out according to the following protocol: 30 minutes of cooling in the refrigerating compartment - 0-2 ºC, 30 minutes in the freezing compartment –12 ºC, 30 minutes in nitrogen vapors –174 ºC, immersion in nitrogen, -196 ºC. Defrosting was carried out in the reverse order: liquefied nitrogen vapors, a freezer, a refrigerator and a climatic chamber during +24 ºC. The results of experiments for a number of drug cultures showed an increase in germination and germination energy in comparison with shock freezing, rapid and slow defrosting. Thus, the germination of Calendula officinalis seeds with staged freezing and defrosting was 12.5% higher than control, Serratula corotana - 15%, Patrinia intermedia - 18.3%, Salvia stepposa - 21%, Echinacea purpurea - 11%, Lychnis chalcedonica - sucrose 15%. For the seeds Calendula officinalis, Salvia stepposa, Ziziphora clinopodioides, Echinacea purpurea, Nigella sativa and Leonurus glaucescens, the use of cryoprotectors is not advisable. The obtained data are included in the protocols of freezing and defrosting of seed material of the above plants.

The impact of cryopreservation conditions on the germination of species and variety samples of seeds Echinacea purpurea variety Livadia, Matricaria recutita varieties Karagandinskaya, Starij Lekar and Podmoskovnaya, Nepeta cataria varieties Basilio and Kentawr, Thymus serpyllum varieties Aromat, Medok, Limonchello, Leonurus cardiac邪 variety Samarskij was evaluated It was revealed that for varietal seeds, cryopreservation conditions differ from species wild specimens. So, most samples of varietal seeds need to be frozen in plastic containers, the freezing and defrosting option is 3-stage, mandatory use of cryoprotectors. The optimal cryoprotector for Matricaria recutita varieties is PVS2, Echinacea purpurea - fructose 20%, Nepeta cataria propylene glycol 20% and sucrose 25%, Thymus serpyllum varieties - glycerin 35%, Leonurus cardiaca - sucrose In general, the germination rate and germination energy were 6.5-15% lower than that of non-grade seeds, so experiments are needed to select conditions for germination activation.

It is planned:

The influence of physical methods of seed material activation on anatomical, ultramicroscopic indicators of plants will be established. Data on the success of cryopreservation conditions depending on the ecology and biology of medicinal plants will be obtained.

Short-term and long-term freeze conditions will be optimized; cryopreservation protocols for 20 species have been developed; the seed bank for 40 taxa has been created.

Information on members of the research team:

Lists of publication:

1 Arystan L.B., Kamsayeva T.Kh., Tleukenova S.U., Sirman D.Yu., Nurkenova A.T. Effects of carbohydrate content in seeds on the germination and viability after cryopreservation // Bulletin of the 麻豆视频 University. Series biology. Medicine. Geography. – 2021. - 鈩� 1 (101). – 袪. 6-13.

2  Ishmuratova M.Yu., Baigarayev D.S., Tleukenova S.U., Gavrilkova E.A., Ramasanov A.K., Zhumina A.G. Development of cryopreservation methods for seed of Nepeta cataria // Bulletin of the 麻豆视频 University. Series biology. Medicine. Geography. – 2021. - 鈩� 2 (102). – 袪. 37-42.

3 Ishmuratova M.Yu. To assess the germination of Valeriana officinalis seeds after cryopreservation using various containers and defrosting methods // Experimental and theoretical studies in modern science: a collection of articles on LXIX materials Intern Sci-Pract Conf. - Novosibirsk, 2021. - P. 4-8

4 Ishmuratova M.Yu., Tleukenova S.U. Development of methods for cryopreservation of seed material of Plantago media // 90 years old plantain - from plant to drug: achievements and prospects: collection of materials of Intern. Sci Conf. - Moscow: All-Russian Institute of Medicinal and Aromatic Plants, 2021. - P. 131-135

5 Ishmuratova M.Yu., Tleukenova S.U., Ramasanov A.K., Gavrilkova E., Ageev D.V. Study of the Cryopreservation for seed materials of Ch邪rtolepis intermedia Boiss. // Bio Web of Conferences “Northern Asia Plant Diversity”. – 2021. - Vol. 38. - Article ID 00046. .

6 Ishmuratova M.Yu., Tleukenova S.U., Auelbekova A.K., Gavrilkova E.A., Musina R.T. Selection of cryoprotectors for cryopreservation of Valeriana officinalis seeds // Materials of international scientific and practical aspects. conf. "Independence of Kazakhstan: aspects of biodiversity conservation," dedicated to the 80th anniversary of the Doctor of Biological Sciences, Professor N.M. Mukhitdinov. - Almaty, 2021. - P. 83-85

7 Gavrilkova E.A., Ishmuratova M.Yu., Tleukenova S.U., Musina R.T., Ramazanov A.K., Ageev D.V. Cryogenic storage of seed material Echinacea purpurea variety "Livadia" using cryoprotectors // Materials of international scientific and practical aspects. conf. "Independence of Kazakhstan: aspects of biodiversity conservation," dedicated to the 80th anniversary of the Doctor of Biological Sciences, Professor N.M. Mukhitdinov. - Almaty, 2021. - P. 43-45.

8 Tleukenova S.U., Gavrilkova E.A., Musina R.T., Amangeldina A.A., Ramazanov A.K., Ageev D.V. Assessment of the impact of container on the germination and germination energy of Hypericum perforatum seeds of varieties “Aibolit” and “Optimist” // Materials of international scientific and practical aspects. conf. "Independence of Kazakhstan: aspects of biodiversity conservation," dedicated to the 80th anniversary of the Doctor of Biological Sciences, Professor N.M. Mukhitdinov. - Almaty, 2021. - P. 157-160.

1. AP09259147 "Culture of the nomadic population of Saryarka in the Middle Ages (based on the materials of burial and ritual complexes)".

2. The relevance of the research lies in the first attempted purposeful and systematic archaeological study of medieval burial and ritual-memorial monuments of Central Kazakhstan, which will create a reliable base for further specialized studies of certain areas of the indicated problem. Mapping of medieval monuments in the region with a reliable spatial location of objects on a topographic basis, based on the processing of the available passports of monuments and the results of prospecting and exploration works proposed by this project, will make it possible to localize them, identify the features of their location, and also visually assess the most promising and / or poorly studied areas of the region ... Fieldwork on the monuments of the ancient Turkic, Kypchak and Golden Horde times will lead to an expansion of the base of available sources and will provide new information about the burial, ritual sphere and the world of objects.

3. The aim of the project is to gain new knowledge about the material aspects of the culture of the medieval nomads of Saryarka through archaeological and natural science research of material sources.

4. Expected and achieved results. The implementation of the project will make it possible to start a purposeful study of burial and ritual-memorial complexes of the early and developed Middle Ages in Central Kazakhstan, which are practically unexplored in archaeological terms. The identification of new and spatial localization of well-known medieval objects of historical and cultural heritage will not only lead to the expansion of the state register of monuments and serve as a practical contribution to their preservation, but will also allow preserving public funds during the further economic development of the region.

The main results obtained: a historiographic review of the archaeological study of the ancient Turkic monuments of Kazakhstan was compiled; prospecting and exploration work, processing of the passports of the monuments in order to concretize the number of ancient Turkic complexes identified in the territory of Saryarka were carried out; field archaeological research of ancient Turkic complexes was carried out; the funeral rite and the world of objects of the ancient Turks of Saryarka were analyzed.

5. Research team members:

- Kukushkin Alexey Igorevich (project manager, PhD, Senior Researcher). Scopus Author ID: 57192093415 (https://www.scopus.com/authid/detail.uri?authorId=57192093415); ORCiD ID: 0000-0002-6262-464X (https://orcid.org/0000-0002-6262-464X).

- Dmitriyev Yevgeniy Anatoliyevich (junior researcher). Scopus Author ID: 57192101560 (https://www.scopus.com/authid/detail.uri?authorId=57192101560); ORCiD ID: 0000-0002-1440-7675 (https://orcid.org/0000-0002-1440-7675).

- Yedgina Galina Tleubekovna (junior researcher). Scopus Author ID: 57194946434 (https://www.scopus.com/authid/detail.uri?authorId=57194946434); ORCiD ID: 0000-0003-1380-0077 (https://orcid.org/0000-0003-1380-0077).

- Zhusupov Dauren Seitovich (junior researcher).

- Maken Adil Bolatovich (junior researcher).

- Bodeyev Kanat Turumovich (junior researcher).

6. List of publications:

- 袛屑懈褌褉懈械胁 袝.袗. 孝懈锌芯谢芯谐懈褔械褋泻懈械 芯褋芯斜械薪薪芯褋褌懈 锌邪屑褟褌薪懈泻芯胁 屑芯薪谐芯谢褜褋泻芯谐芯 胁褉械屑械薪懈 (笑械薪褌褉邪谢褜薪褘泄 袣邪蟹邪褏褋褌邪薪) // 小芯褏褉邪薪械薪懈械 懈 懈蟹褍褔械薪懈械 泻褍谢褜褌褍褉薪芯谐芯 薪邪褋谢械写懈褟 袗谢褌邪泄褋泻芯谐芯 泻褉邪褟. – 袘邪褉薪邪褍谢: 袠蟹写-胁芯 袗谢褌袚校, 2021. - 袙褘锌. 27. – 小. 188–194 (袪械卸懈屑 写芯褋褌褍锌邪: http://elibrary.asu.ru/handle/asu/10094).

- 袥芯屑邪薪 袙.袚., 袘械泄褋械薪芯胁 袗.袟., 袝胁写芯泻懈屑芯胁 袙.袙., 孝褍谢械褍芯胁 孝.小., 袣褍泻褍褕泻懈薪 袗.袠., 袦邪泻械薪 袗.袘., 楔芯褏邪褌邪械胁 袨.小. 袗褉褏械芯谢芯谐懈褔械褋泻邪褟 泻邪褉褌邪 袣邪褉泻邪褉邪谢懈薪褋泻芯谐芯 褉邪泄芯薪邪 袣邪褉邪谐邪薪写懈薪褋泻芯泄 芯斜谢邪褋褌懈. – 袣邪褉邪谐邪薪写邪, 2021. – 194 褋.

1. AP09260879 «Research of markers of social ranking of the Bronze Age society of Saryarka according to the data of funeral rituals».

2. Relevance of the research: due to the lack of development of this issue, research works aimed at isolating markers of social ranking, the organizational foundations of the Bronze Age society and their dynamics throughout the Bronze Age acquire special relevance and novelty. The proposed project presupposes the first systematic study of this issue on the basis of an analytical generalization of the massive archaeological material obtained over many years of research in Saryarka.

3. The goal of the project is to concretize and systematize markers of early forms of ranking in the socio-organizational structure of the Bronze Age society of Saryarka, carried out through analytical processing of massive archaeological material of a burial nature.

4. Expected and achieved results. Scientific developments built on a solid source base make it possible to classify both “thin” lines and obvious forms of social ranking of the ancient society, which could be carried out in various ways, often not coinciding in the known ethnocultural formations of this period. Analysis of a huge information layer will make it possible to consider the Bronze Age of Central Kazakhstan in a more historical, eventful sphere, saturated with specific social content.

The main results obtained: primary data, giving an objective idea of the number and diversity of the investigated Alakul burial structures of the Bronze Age on the territory of Central Kazakhstan based on the materials of available sources were collected and systematized; the characteristic serial markers , indicating the social ranking and reflecting the cultural code, forms of political genesis among the carriers of the Alakul cultural traditions of Saryarka were identified and grouped; field archaeological research at the Alakul burial sites of the Bronze Age to verify the obtained markers was carried out.

5. Research team members:

- Kukushkin Igor Alekseyevich (project manager, Candidate of Historical Sciences, Leading Researcher). Scopus Author ID: 56329387800 (https://www.scopus.com/authid/detail.uri?authorId =56329387800); ORCiD ID: 0000-0002-4798-8496 (https://orcid.org/0000-0002-4798-8496).

- Loman Valery Grigoriyevich (Candidate of Historical Sciences, Chief Researcher). Scopus Author ID: 57192104036 (https://www.scopus.com/authid/detail.uri?authorId=57192104036); ORCiD ID: 0000-0001-6951-0509 (https://orcid.org/0000-0001-6951-0509).

- Bedelbayeva Marina Vasiliyevna (Candidate of Historical Sciences , Senior Researcher).

- Dmitriyev Yevgeniy Anatoliyevich (junior researcher). Scopus Author ID: 57192101560 (https://www.scopus.com/authid/detail.uri?authorId=57192101560); ORCiD ID: 0000-0002-1440-7675 (https://orcid.org/0000-0002-1440-7675).

- Maken Adil Bolatovich (junior researcher).

- Kim Vadim Alekseyevich (junior researcher).

- Shokhatayev Olzhas Sayatovich (junior researcher).

6. List of publications:

- 袛屑懈褌褉懈械胁 袝.袗. 袘械写械谢褜斜邪械胁邪 袦.袙., 袣褍泻褍褕泻懈薪 袠.袗. 袦邪褌械褉懈邪谢褘 屑芯谐懈谢褜薪懈泻邪 袣械褌邪斜邪薪-2 懈 锌械褌褉芯谐谢懈褎褘 斜懈褌褉械褍谐芯谢褜薪芯谐芯 懈蟹芯斜褉邪蟹懈褌械谢褜薪芯谐芯 褋褌懈谢褟 胁 笑械薪褌褉邪谢褜薪芯屑 袣邪蟹邪褏褋褌邪薪邪 // 袗褉褏械芯谢芯谐懈褟 袣邪蟹邪褏褋褌邪薪邪. 鈩� 1. – 2021. – 小. 35-53 (袪械卸懈屑 写芯褋褌褍锌邪: https://elibrary.ru/item.asp?id=46168409).

- Kukushkin I.A. Sintashta as a Cultural and Historical Phenomenon of the Bronze Age // Theory and Practice of Archaeological Research. 2021. No. 33 (3). Pp. 43-67 (袪械卸懈屑 写芯褋褌褍锌邪: http://journal.asu.ru/tpai/article/view/10479).

- 袩邪锌懈薪 袛.袙., 肖械写芯褉褍泻 袗.小., 袥芯屑邪薪 袙.袚., 小褌械锌邪薪芯胁邪 袧.肖. 袥械锌薪邪褟 泻械褉邪屑懈泻邪 锌械褉懈芯写邪 锌芯蟹写薪械泄 斜褉芯薪蟹褘 锌芯褋械谢械薪懈褟 袘褍褉谢邪-3 // 孝械芯褉懈褟 懈 锌褉邪泻褌懈泻邪 邪褉褏械芯谢芯谐懈褔械褋泻懈褏 懈褋褋谢械写芯胁邪薪懈泄. 2021. 孝. 33, 鈩�2. 小. 175-192 (袪械卸懈屑 写芯褋褌褍锌邪: http://journal.asu.ru/tpai/article/view/9804).

- 袩邪锌懈薪 袛.袙., 小褌械锌邪薪芯胁邪 袧.肖., 肖械写芯褉褍泻 袗.小., 肖械写芯褉褍泻 袨.小., 袥芯屑邪薪 袙.袚. 袣械褉邪屑懈泻邪 邪薪写褉芯薪芯胁褋泻芯泄 (褎械写芯褉芯胁褋泻芯泄) 泻褍谢褜褌褍褉褘 锌芯褋械谢械薪懈褟 袞邪褉泻芯胁芯-3 // 袙械褋褌薪懈泻 邪褉褏械芯谢芯谐懈懈, 邪薪褌褉芯锌芯谢芯谐懈懈 懈 褝褌薪芯谐褉邪褎懈懈. 2021. 鈩� 2 (53). 小. 40-51 (袪械卸懈屑 写芯褋褌褍锌邪: ).

1. IRN, name of the project: AP09261199 “Development of urban tourist routes in Central Kazakhstan based on using of smart technologies in the context of tourism digitalization”.
2. The relevance of the project is determined, firstly, by the ever-growing role of digitalization tools in the process of creating and offering tourist services, and secondly, by the lack of developed urban tourist routes in the cities of Central Kazakhstan and presented on the izi.Travel platform. Today, more and more potential consumer of travel services turns to the applications of the AppStore and PlayMarket in search of the most convenient applications for their trip. The main cohort of such mobile services includes smart audio guides, one of which is izi.Travel, which provides opportunities for the creation and subsequent download of any thematic routes for free.

The relevance of the topic of the presented scientific project is determined, firstly, by the increasing role of digitalization tools in the process of creating and offering tourist services, and secondly, by the lack of developed urban tourist routes in the cities of Central Kazakhstan and presented on the izi.Travel platform. Today, more and more potential consumer of travel services turns to the applications of the AppStore and PlayMarket in search of the most convenient applications for their trip. The main cohort of such mobile services includes smart audio guides, one of which is izi.Travel, which provides opportunities for the creation and subsequent download of any thematic routes for free.

3. The goal of the project is the development of tourist routes in the cities of Central Kazakhstan, their digitization (information, audio (in three languages), photo and video content creation) and placement on the izi.Travel platform for a wide range of users.
4. Expected and achieved results:

Expected results:

1. Expansion of the terminological apparatus of the theory of tourism economics, in particular, the author's definition of the concept of “smart technologies in tourism” will be given, and, on the basis of the proposed classification features, the types of audio guides will be highlighted; the specifics of using the smart technologies in the tourism business were determined and software products used to create audio guides on IoS, Android platforms and in the development of desktop versions (for PC) were analyzed.
2. Comprehensive assessment of the state of tourism infrastructure (tourist facilities, industrial infrastructure (transport, ICT, etc.), related to the tourism industry, as well as the infrastructure of the service sector (activities of tour operators and travel agents, accommodation facilities, catering facilities, trade, enterprises recreation and entertainment)), as well as the excursion routes, offered by tourist companies in the domestic tourist market, and presented on the Internet, in the cities of Central Kazakhstan.
3. Revealing the peculiarities of using smart technologies in the structure of tourist and excursion services and carrying out content analysis of the content of smart audio guides in the world's leading tourist centers.
4. Creation the urban tourist routes “City Geometry” (sightseeing tours of the objects of the cities of 麻豆视频, Temirtau, Zhezkazgan), “Murals and graffiti of 麻豆视频”, “Where? Where? In 麻豆视频!” (a walk through the famous and unusual monuments of 麻豆视频), “麻豆视频 is the forge of knowledge”, “Shady alleys, fountains and parks of 麻豆视频”, “Balkhash is the pearl of Central Kazakhstan”, their digitization (information, audio (in three languages), photo - and video content creation) and placement on the izi.Travel platform for subsequent widespread using by residents and non-residents of the region and country.
5. Publication of the project results in peer-reviewed scientific journals, as well as the publication of a monograph.

Results achieved in 2021:

1) The terminological apparatus of the theory of tourism economics has been developed, in particular, the author's interpretation of the concept of “Smart technologies in tourism” has been given, the classification of types of audio guides has been expanded.

2) The research of the tourist attractiveness of the cities of Central Kazakhstan (麻豆视频, Temirtau, Zhezkazgan, Balkhash) has begun (work will continue in 2022). The comprehensive assessment of tourist facilities, industrial infrastructure (transport, ICT, etc.) related to the tourism industry, as well as the infrastructure of the service sector (activities of tour operators and travel agents, accommodation facilities, catering facilities, trade) of the cities of 麻豆视频, Temirtau, Zhezkazgan and Balkhash is given. Excursion routes in the structure of domestic urban tourism offered by tourist companies in the cities of Central Kazakhstan have been studied. The available excursion routes in the domestic tourism market of Central Kazakhstan have been identified, and their popularity has been assessed.

3) The analysis and identification of the features of the using of smart technologies in the structure of tourist and excursion services has begun and a content analysis of the content of smart audio guides in the world's leading tourist centers has been carried out (work will continue in 2022-2023). The role and significance of smart technologies in the system of promoting urban tourism in St. Petersburg are investigated. The features of the using of smart technologies in the structure of tourist and excursion services in the city of St. Petersburg are revealed based on the analyzing the number of tourist routes by members of the research group using the izi.Travel application.

5. Names of the research group’s members with their identifiers (Scopus Author ID, Researcher ID, ORCID, if available, and links to the authors’ profiles):

1) D.G. Mamrayeva, Scopus Author ID: 55357690300; Researcher ID: N-6945-2015; ORCID: 0000-0001-8508-7317;

2) L.V. Mamrayeva, Scopus Author ID: 55356992700; Researcher ID: B-4876-2013; ORCID: 0000-0001-5022-0421;

3) Z.N. Borbasova, Scopus Author ID: 57148334500; ORCID: 0000-0002-6717-7471; 

4) M.P. Ayaganova,  Scopus Author ID: 57200223908; ORCID: 0000-0003-1530-4704;

5) D.A. Torzhanova, Scopus Author ID: ; Researcher ID: U-5965-2018; ORCID: 0000-0002-2566-1863; 

6) A.M. Ramazanova;

7) L.M. Dauletbayeva;

8) D.D. Grebenyuk.

6. List of publications (with links) and patents for 2021:

1) 孝邪褕械薪芯胁邪 袥.袙., 袦邪屑褉邪械胁邪 袛.袚. 袨褋芯斜械薪薪芯褋褌懈 锌褉懈屑械薪械薪懈褟 邪褍写懈芯谐懈写芯胁 胁 褍褋谢芯胁懈褟褏 褑懈褎褉芯胁懈蟹邪褑懈懈 褌褍褉懈蟹屑邪: 胁蟹谐谢褟写 褝泻褋锌械褉褌芯胁 // 小斜芯褉薪懈泻 褌褉褍写芯胁 袧邪褑懈芯薪邪谢褜薪芯泄 (袙褋械褉芯褋褋懈泄褋泻芯泄) 薪邪褍褔薪芯-锌褉邪泻褌懈褔械褋泻芯泄 泻芯薪褎械褉械薪褑懈懈 褋 蟹邪褉褍斜械卸薪褘屑 褍褔邪褋褌懈械屑 «笑懈褎褉芯胁邪褟 褝泻芯薪芯屑懈泻邪, 褍屑薪褘械 懈薪薪芯胁邪褑懈懈 懈 褌械褏薪芯谢芯谐懈懈» (18-20 邪锌褉械谢褟, 2021 谐.) / 小袩斜.: 袩袨袥袠孝袝啸-袩袪袝小小, 2021. – 小. 415-417 (袪袠袧笑), https://elibrary.ru/item.asp?id=45780806 (In Russ.);

2) 袦邪屑褉邪械胁邪 袛.袚., 袘懈屑械薪写械 袗.小. 袩褉懈屑械薪械薪懈械 屑芯斜懈谢褜薪褘褏 邪褍写懈芯谐懈写芯胁 泻邪泻 褎邪泻褌芯褉 褉邪蟹胁懈褌懈褟 褑懈褎褉芯胁懈蟹邪褑懈懈 胁 褌褍褉懈褋褌褋泻芯泄 芯褌褉邪褋谢懈 // 小斜芯褉薪懈泻 褌褉褍写芯胁 袧邪褑懈芯薪邪谢褜薪芯泄 (袙褋械褉芯褋褋懈泄褋泻芯泄) 薪邪褍褔薪芯-锌褉邪泻褌懈褔械褋泻芯泄 泻芯薪褎械褉械薪褑懈懈 褋 蟹邪褉褍斜械卸薪褘屑 褍褔邪褋褌懈械屑 «笑懈褎褉芯胁邪褟 褝泻芯薪芯屑懈泻邪, 褍屑薪褘械 懈薪薪芯胁邪褑懈懈 懈 褌械褏薪芯谢芯谐懈懈» (18-20 邪锌褉械谢褟, 2021 谐.) / 小袩斜.: 袩袨袥袠孝袝啸-袩袪袝小小, 2021. – 小. 401-403 (袪袠袧笑), https://elibrary.ru/item.asp?id=45780801 (In Russ.);

3) 小邪褌褘斜邪谢写懈薪芯胁邪 袗.袗., 袚褉械斜械薪褞泻 袛.袛. 袨褋薪芯胁薪褘械 薪邪锌褉邪胁谢械薪懈褟 褌褉邪薪褋褎芯褉屑邪褑懈懈 褌褍褉懈蟹屑邪 胁 褑懈褎褉芯胁芯泄 褝泻芯薪芯屑懈泻械 // 小斜芯褉薪懈泻 褌褉褍写芯胁 袧邪褑懈芯薪邪谢褜薪芯泄 (袙褋械褉芯褋褋懈泄褋泻芯泄) 薪邪褍褔薪芯-锌褉邪泻褌懈褔械褋泻芯泄 泻芯薪褎械褉械薪褑懈懈 褋 蟹邪褉褍斜械卸薪褘屑 褍褔邪褋褌懈械屑 «笑懈褎褉芯胁邪褟 褝泻芯薪芯屑懈泻邪, 褍屑薪褘械 懈薪薪芯胁邪褑懈懈 懈 褌械褏薪芯谢芯谐懈懈» (18-20 邪锌褉械谢褟, 2021 谐.) / 小袩斜.: 袩袨袥袠孝袝啸-袩袪袝小小, 2021. – 小. 409-411 (袪袠袧笑), https://elibrary.ru/item.asp?id=45780804 (In Russ.);

4) 袚褉械斜械薪褞泻 袛.袛. COVID-19: 泻褉懈蟹懈褋薪褘械 褟胁谢械薪懈褟 胁 褌褍褉懈蟹屑械 // 小斜芯褉薪懈泻 屑邪褌械褉懈邪谢芯胁 褉械谐懈芯薪邪谢褜薪芯泄 薪邪褍褔薪芯-锌褉邪泻褌懈褔械褋泻芯泄 泻芯薪褎械褉械薪褑懈懈 屑邪谐懈褋褌褉邪薪褌芯胁 懈 褋褌褍写械薪褌芯胁 «袘褍泻械褌芯胁褋泻懈械 褔褌械薪懈褟 – 2021» (11-12 屑邪褉褌邪, 2021 谐.) / 袣邪褉邪谐邪薪写邪: 袠蟹写-胁芯 袧袗袨 «袣邪褉邪谐邪薪写懈薪褋泻懈泄 褍薪懈胁械褉褋懈褌械褌 懈屑械薪懈 邪泻邪写械屑懈泻邪 袝.袗. 袘褍泻械褌芯胁邪», 2021. – 小. 208-210 (In Russ.);

5) D.G. Mamrayeva, L.V. Tashenova. Analysis of the tourism infrastructure of the cities of Central Kazakhstan // Bulletin of the 麻豆视频 University. – Economy series. – 2021. – 鈩� 3(103). – P. 73-83, https://economy-vestnik.ksu.kz/apart/2021-103-3/73.pdf

Relevance: Pseudoparabolic equations with various differential operators of the second and higher orders in spatial variables arise in mathematical models of epidemics, diffusion, heat transfer, and wave processes. Problems of this kind also arise in the theory of unsteady flow of a viscous gas, during convective diffusion of salts in a porous medium, propagation initial compaction in a viscous gas, moisture transfer in soils, propagation of pulsed ray waves, in various biological processes, in the theory of inverse problems. In particular, these problems include the problem of filtration of homogeneous fluids in rocks with highly developed fracturing. Currently, a number of studies of filtration in reservoirs have been performed, in the presence of a small number of differently located fractures. However, the approach based on a specific consideration of the fracture configuration in the reservoir is not applicable to highly fractured media. Indeed, on the one hand, this configuration is unknown to us, and on the other hand, it is confusing and complex, so that the mathematical difficulties in calculating filtration with such complex configurations of cracks, even if they were known, become insurmountable. However, it is the complexity and branching of fracture systems in rocks with highly developed fracturing that makes it appropriate for such rocks to consider another consideration, specific to continuum mechanics, using the pseudoparabolic equations. The refore, this topic is very relevant for solving many theoretical and practical problems.

Project objective: The aim of the project is to study boundary value problems for pseudoparabolic equations and related singular integral equations of Volterra type.

Achieved results:

Statement of a boundary value problem for a pseudoparabolic equation, construction of algorithms for 麻豆视频ing a solution.

Conditions for the unique solvability of a boundary value problem for a pseudoparabolic equation.

Integral representations of the solution to boundary value problems. Reducing the boundary value problems to singular integral equations of the Volterra type.

Expected results:

Constructing the singular characteristic Volterra integral equations. Constructing the resolvent.

Researching the issues of solvability for characteristic integral equations.

Regularization of singular Volterra integral equation by a solution of the characteristic integral equation.

Determination of solution uniqueness classes. Proof of a theorem on the solvability of singular integral equations.

Statement of a boundary value problem for a pseudohyperbolic equation, algorithms for 麻豆视频ing a solution.

Conditions for the solvability of a boundary value problem for a pseudohyperbolic equation.

Names and surnames of the members of the research group with their identifiers (Scopus Author ID, Researcher ID, ORCID)

List of publications:

1 Ramazanov, M.I., Gulmanov N.K. 袪械褕械薪懈械 写胁褍屑械褉薪芯泄 谐褉邪薪懈褔薪芯泄 蟹邪写邪褔懈 褌械锌谢芯锌褉芯胁芯写薪芯褋褌懈 胁 胁褘褉芯卸写邪褞褖械泄褋褟 芯斜谢邪褋褌懈 // 袙械褋褌薪懈泻 袣邪蟹袧校. 小械褉懈褟 屑邪褌械屑邪褌懈泻邪, 屑械褏邪薪懈泻邪, 懈薪褎芯褉屑邪褌懈泻邪. - 2021. - Vol. 111, No. 3. P. 65-78. .

2 袣械谢褜写懈斜械泻芯胁邪 袗.袘., 袨褉褍屑斜邪械胁邪 袧.孝. 袨斜 芯写薪芯屑 褉械褕械薪懈懈 薪械谢懈薪械泄薪芯泄 泻褉邪械胁芯泄 蟹邪写邪褔懈 写谢褟 锌褋械胁写芯锌邪褉邪斜芯谢懈褔械褋泻懈褏 褍褉邪胁薪械薪懈泄 // 袩褉芯斜谢械屑褘 褋芯胁褉械屑械薪薪芯泄 褎褍薪写邪屑械薪褌邪谢褜薪芯泄 懈 锌褉懈泻谢邪写薪芯泄 屑邪褌械屑邪褌懈泻懈: 孝械蟹懈褋褘 写芯泻谢邪写芯胁 袦械卸写褍薪邪褉芯写薪芯泄 薪邪褍褔薪芯-锌褉邪泻褌懈褔械褋泻芯泄 泻芯薪褎械褉械薪褑懈懈. - 袧褍褉-小褍谢褌邪薪, 2021. - 小. 120-125.

3 袚褍谢褜屑邪薪芯胁 袧.袣., 袠褋泻邪泻芯胁 小.袗., 袪邪屑邪蟹邪薪芯胁 袦.袠. 袪械褕械薪懈械 芯褋芯斜芯谐芯 褍褉邪胁薪械薪懈褟 袙芯谢褜褌械褉褉邪 泻褉邪械胁芯泄 蟹邪写邪褔懈 褌械锌谢芯锌褉芯胁芯写薪芯褋褌懈 胁 胁褘褉芯卸写邪褞褖械泄褋褟 芯斜谢邪褋褌懈 // 袩褉芯斜谢械屑褘 褋芯胁褉械屑械薪薪芯泄 褎褍薪写邪屑械薪褌邪谢褜薪芯泄 懈 锌褉懈泻谢邪写薪芯泄 屑邪褌械屑邪褌懈泻懈: 孝械蟹懈褋褘 写芯泻谢邪写芯胁 袦械卸写褍薪邪褉芯写薪芯泄 薪邪褍褔薪芯-锌褉邪泻褌懈褔械褋泻芯泄 泻芯薪褎械褉械薪褑懈懈. - 袧褍褉-小褍谢褌邪薪, 2021. - 小. 101-103.

4 袛卸械薪邪谢懈械胁 袦.孝., 袪邪屑邪蟹邪薪芯胁 袦.袠., 袣芯褋屑邪泻芯胁邪 袦.孝., 孝褍谢械褌邪械胁邪 袞.袦. 袪邪蟹褉械褕懈屑芯褋褌褜 谐褉邪薪懈褔薪芯泄 蟹邪写邪褔懈 褌械锌谢芯锌褉芯胁芯写薪芯褋褌懈 胁 胁褘褉芯卸写邪褞褖械泄褋褟 芯斜谢邪褋褌懈 胁 褋芯斜芯谢械胁褋泻懈褏 锌褉芯褋褌褉邪薪褋褌胁邪褏 // 袩褉芯斜谢械屑褘 褋芯胁褉械屑械薪薪芯泄 褎褍薪写邪屑械薪褌邪谢褜薪芯泄 懈 锌褉懈泻谢邪写薪芯泄 屑邪褌械屑邪褌懈泻懈: 孝械蟹懈褋褘 写芯泻谢邪写芯胁 袦械卸写褍薪邪褉芯写薪芯泄 薪邪褍褔薪芯-锌褉邪泻褌懈褔械褋泻芯泄 泻芯薪褎械褉械薪褑懈懈. - 袧褍褉-小褍谢褌邪薪, 2021. - 小. 108-113.

5 孝芯泻屑邪谐邪屑斜械褌芯胁邪 孝.袛., 袨褉褍屑斜邪械胁邪 袧.孝. 袨 褉邪蟹褉械褕懈屑芯褋褌懈 谢懈薪械泄薪芯泄 锌芯谢褍锌械褉懈芯写懈褔械褋泻芯泄 泻褉邪械胁芯泄 蟹邪写邪褔懈 写谢褟 写懈褎褎械褉械薪褑懈邪谢褜薪芯谐芯 锌褋械胁写芯谐懈锌械褉斜芯谢懈褔械褋泻芯谐芯 褍褉邪胁薪械薪懈褟 褌褉械褌褜械谐芯 锌芯褉褟写泻邪 // 袩褉芯斜谢械屑褘 褋芯胁褉械屑械薪薪芯泄 褎褍薪写邪屑械薪褌邪谢褜薪芯泄 懈 锌褉懈泻谢邪写薪芯泄 屑邪褌械屑邪褌懈泻懈: 孝械蟹懈褋褘 写芯泻谢邪写芯胁 袦械卸写褍薪邪褉芯写薪芯泄 薪邪褍褔薪芯-锌褉邪泻褌懈褔械褋泻芯泄 泻芯薪褎械褉械薪褑懈懈. - 袧褍褉-小褍谢褌邪薪, 2021. - 小. 159-163.

1. AP09259065 «Development of a complex model for minimizing NEET-youth in Kazakhstan: convergence of productive employment, inclusive economy and digitalization of education»

2. Urgency. The most important factor of economic growth is the updated quality of human capital, the socio-economic "enrichment" of which consists of the growth of individual intellectual competencies, mastering information tools and skills of involvement in global processes. The opposite trend - the impoverishment of human capital-hinders the development of the labor market, increasing the share of low-skilled labor. Young people of the NEET category are strategically dangerous in this aspect. Since this segment is increasing today, it is necessary to develop a comprehensive model of its minimization based on the convergence of three components: productive employment - to form the motivation of NEET-youth to work; post-industrial education - to acquire professional skills in the information environment and the globalizing context of their use; inclusive development - as a constant of modern socialization of the economy.

3. The goal of the project is to develop a complex model for minimizing NEET-youth in Kazakhstan through methodological and applied analysis of its nature and the basic socio-economic causes with the justification of a systematic mechanism for its reduction based on the convergence of an inclusive economy, productive employment  and digitalization of education.

4. Expected results.

For 2021: Within the framework of the first task «Development of theoretical and methodological foundations of NEET-youth research»: the nature of NEET-youth, latent causes and systemic factors of its formation and development will be revealed; the categorical apparatus of the NEET-youth socio-economic space will be specified; the NEET-youth segment will be structured to identify the determinants of its contraction and growth; country modifications of NEET-youth and its structure will be systematized; general principles for minimizing the NEET-youth segment will be developed.  Within the framework of the second task «NEET-youth research in the Republic of Kazakhstan: causes, factors, structure»: the causes of NEET-youth in Kazakhstan will be classified; a socio-economic portrait of NEET-youth in Kazakhstan will be compiled (based on sociological research, analysis and generalization of statistical data); the effectiveness of the youth employment policy will be evaluated and strategic risks of NEET-youth development in Kazakhstan will be identified. Publication of 1 article in peer-reviewed foreign publications and 1 article in peer-reviewed domestic publications recommended by 小小SES.

For 2022: Within the framework of the third task «Specification of the youth labor market: trends, dominant vector, potential of NEET-youth compression»: quantitative and qualitative parameters of the youth labor market will be identified; the factor specifics of the youth labor offer will be revealed; factor specifics of demand for youth labor will be revealed; modeling productive employment in the youth labor market and the compression potential of NEET-youth. Within the framework of the fourth task «Research of inclusive economy as a system regulator of social equalization and features of youth inclusion in its environment»: the socio-economic parameters of an inclusive economy, its nature, development factors, and specifics will be specified; the specifics of economic behavior of young people in a developed inclusive environment will be revealed; the external and internal effects of an inclusive economy will be graded in an authentic compression of NEET-youth. Publication of 1 article in peer-reviewed foreign publications and 1 article in peer-reviewed domestic publications recommended by 小小SES.

For 2023: Within the framework of the fifth task «Formation of a new quality of human capital through digitalization of education as a system vector of minimizing NEET-youth»: the nature of postindustrial education will be specified with justification for optimizing the ratio of specialization and interdisciplinarity as its main dilemma; the transformation of intellectual capital in the structure of human capital as the core of the growth of progressive competencies of young people will be justified; the effectiveness of innovative forms of education and its digitalization in the mechanism of stimulating socio-economic activity of young people will be evaluated; the possibilities of reducing NEET-youth as a result of the universality of modern education and its digitalization will be justified. Within the framework of the sixth task «Development of a model for minimizing NEET-youth in the Republic of Kazakhstan»: tools for stimulating productive employment in the youth labor market will be justified as the dominant macroeconomic factor of the NEET-youth compression mechanism in Kazakhstan; tools for enhancing the development of elements of an inclusive economy and digital education infrastructure as institutional factors of the mechanism for minimizing NEET-youth in Kazakhstan will be justified; a three-level model for minimizing NEET-youth will be developed based on the effects of productive employment, post-industrial education, and an inclusive economy; a roadmap for minimizing NEET-youth in Kazakhstan, its parameters, tools, and implementation will be formed. Publication of 1 article in peer-reviewed domestic publications recommended by 小小SES, 1 article in a scientific publication with a CiteScore percentile in the Scopus database of at least 35, the monograph.

Achieved results in 2021. The theoretical and methodological basis of NEET-youth research has been developed: the nature of NEET-youth, latent causes and systemic factors of its formation and development have been identified; the categorical apparatus of the socio-economic space of NEET-youth has been concretized; the NEET-youth segment has been structured with the identification of determinants of its compression and growth; country modifications of NEET-youth and its structure have been systematized; general principles of minimizing the NEET-youth segment have been developed. The reasons for the formation of NEET youth in Kazakhstan, its structure, element-by-element panorama and development factors are identified: the causes of the emergence of NEET youth in Kazakhstan are classified; a socio-economic portrait of NEET youth in Kazakhstan is compiled; the effectiveness of youth employment policy is evaluated and strategic risks of the development of NEET youth in Kazakhstan are identified. Published 1 article in a peer-reviewed foreign publication and 1 article in a peer-reviewed domestic publication recommended by 小小SES. Additionally, members of the research group on the project published 3 articles, including 1 article in a domestic journal included in the 小小SES list, 1 article in a journal included in the Scopus and Web of Science databases. The results of the study were introduced into the activities of six authorized state bodies implementing youth policy in the field of employment in the 麻豆视频 region, Turkestan region, Shymkent, Almaty, Nur-Sultan.

5. Names and surnames of the members of the research group with their identifiers:

1) Khussainova Zhibek Seitovna, candidate of economic sciences, professor (NPLC «Karagandy university of the name of academician E.A.Buketov») - Head of project, MR (Scopus Author ID: 55816012800; Researcher ID: ; ORCID);

2) Adilova Zhanna Gumarovna, candidate of economic sciences, associated professor (NPLC «Karagandy university of the name of academician E.A.Buketov») - Project executor, LR (袨RCID: 0000-0002-4952-3430);

3) Abauova Gulzhan Meiramovna, candidate of economic sciences, associated professor (Kazakh University of Economics, Finance and International Trade) - Project executor, LR (Scopus Author ID: 57204243891; 袨RCID: 0000-0002-3411-7659);

4) Bektleyeva Dina Yerbolatovna, candidate of economic sciences («Rational Solution» LLP) - Project executor, LR (Scopus Author ID: 57215348647; 袨RCID: 0000-0003-2829-279X);

5) Raikhanova Gulnur Amangeldiyevna, candidate of economic sciences (NPLC «Karagandy university of the name of academician E.A.Buketov») - Project executor, SR (Scopus Author ID: 57197807219; 袨RCID: );

6) Zhartay Zhanibek Maratuly,, PhD (NPLC «Karagandy university of the name of academician E.A.Buketov») - Project executor, SR (Scopus Author ID: 57190138159;  Researcher ID: ; 袨RCID);

7) Gazizova Maiya Rivelevna, doctorate student (NPLC «Karagandy university of the name of academician E.A.Buketov» - Project executor, R.

6. List of publications:

1) Khusainova Zh.S., Zhartay Zh.M., Abauova G.M., Lambekova A.N., Syzdykova D.I. The nature of the NEET youth segment, its features and parameters in both domestic and global conditions // 袙械褋褌薪懈泻 袣邪褉邪谐邪薪写懈薪褋泻芯谐芯 褍薪懈胁械褉褋懈褌械褌邪. 小械褉懈褟 协泻芯薪芯屑懈泻邪. - 2021. - 鈩� 3 (103). - 小. 40-53. - https://economy-vestnik.ksu.kz/apart/2021-103-3/40.pdf - DOI . (袣袨袣小袨袧).

2) Khusainova Zh.S., Adilova Zh.G., Bektleeva D.E., Abauova G.M., Gazizova M.R. Theoretical and methodological foundations of NEET-youth research in the context of bibliometric analysis // Economics and entrepreneurship. - - 2021. - No. 7. - pp. 1349-1355. - https://www.elibrary.ru/item.asp?id=46644193 - DOI: 10.34925/AP.2021.132.7.246. (RSCI, the Higher Attestation Commission of the Russian Federation). [in Russian]

3) Kalabina E.G., Gazizova M.R., Khusainova Zh.S. Structural dynamics of employment of the older population of the member countries of the Eurasian Economic Union // The economy of the region. - 2021. - Vol. 17, issue 3. - pp. 842-854. - https://doi.org/10.17059/ekon.reg.2021-3-9 . - (Scopus, Web of Science). [in Russian]

4) Gazizova M.R., Khussainova Zh.S., Vechkinzova Y.A. The impact of the working longevity of the “silver generation” on the Kazakhstani labor market // 袙械褋褌薪懈泻 袣邪褉邪谐邪薪写懈薪褋泻芯谐芯 褍薪懈胁械褉褋懈褌械褌邪. 小械褉懈褟 协泻芯薪芯屑懈泻邪. - 2021. - 鈩� 1 (101). - 小. 48-56. - https://economy-vestnik.ksu.kz/apart/2021-103-3/40.pdf - DOI 10.31489/2021Ec1/48-56. (袣袨袣小袨袧).

5) Tattymbetova K. T., Raikhanova G. A., Kozhabatchina G. M. problems of youth employment in the labor market of Kazakhstan// "modern science: digital transformation": collection of materials of the Republic X Margulanovsky readings. - Zhezkazgan: JSC "Zhezu", 2021. - pp. 329-332. [in Kazakh].

1. IRN, Project title: AP09260118, Facilitators in professional development of blended learning teachers: effectiveness assessment, methodology, vectors of competence development
2. Relevance: The definition and clarification of the methodological role, as well as the tasks and technologies of the facilitator's work based on the analysis of scientific and methodological literature, individual, organizational factors are important for improving the ways of practical application and methodological support of MOOCs in the educational process, as well as for improving the effectiveness of their assimilation. Today, the role of a facilitator is becoming one of the most popular in working with students of mass open online courses, as well as if an English teacher himself facilitates the process of teaching students online.
3. Aim: Retrospective and prospective analysis and subsequent development of strategies to create conditions for improving the professional competencies of teachers in the direction of ‘English’ in accordance with the cognitive-competence approach of teaching based on the resources of mass open online courses and with the assistance of a facilitator.
4. Expected and achieved results: During the reporting period, a sequence of work was established to develop a methodology for the advanced training course for teachers of English as a foreign language based on MOOC resources and with the assistance of a facilitator, which describes the integration of web platforms / traditional forms in order to improve the quality of assimilation of mass open online courses; methodological organization of MOOC support and defines the methodological role of the facilitator for their successful assimilation. A list of Web 2.0 platforms and tools has been compiled with a description of their functionality in accordance with the cognitive competence approach in the field of teaching English as a foreign language in order to increase the effectiveness of MOOCs. The list of Web 2.0 platforms and tools will be further supplemented and expanded in accordance with the needs and interests of teachers in the field of ‘English’ in the framework of blended learning.

The results of the study are applied and implemented in the educational process of the Faculty of Foreign Languages of the Ye.A. Buketov 麻豆视频 University in the form of ‘Methodological recommendations for the development and maintenance of online courses’, ‘Atlas of Web 2.0 tools for facilitators to improve the skills of teachers of blended education in the field of ‘English’.

5. Names and surnames of the members of the research group with their identifiers (Scopus Author ID, Researcher ID, ORCID,  if available with links to the relevant profiles.

6. List of publications (with links to them) and patents.

a) 楔械谢械褋褌芯胁邪 孝.挟., 袦邪褉褘褕泻懈薪邪 孝.袙., 袗褍锌械薪芯胁邪 袗.校., 袣邪谢懈卸邪薪芯胁邪 袗.袧. 袪邪蟹胁懈胁邪褞褖懈泄 锌芯褌械薪褑懈邪谢 懈薪褋褌褉褍屑械薪褌芯胁 Web 2.0 写谢褟 锌械写邪谐芯谐芯胁 褋屑械褕邪薪薪芯谐芯 芯斜褍褔械薪懈褟 胁 懈薪芯褟蟹褘褔薪芯屑 芯斜褉邪蟹芯胁邪薪懈懈: 屑懈褎 懈谢懈 褉械邪谢褜薪芯褋褌褜. 袙械褋褌薪懈泻 袣邪褉邪谐邪薪写懈薪褋泻芯谐芯 褍薪懈胁械褉褋懈褌械褌邪. - 小械褉懈褟 袩械写邪谐芯谐懈泻邪. – 2021. - 鈩� 3(103). – 小.163-175. DOI 10.31489/2021Ped3/163-175.

b) Zhussupova R.F., Kalizhanova A.N. Timeline as a Means of Digital Representation of Theoretical Material. 袙械褋褌薪懈泻 袝胁褉邪蟹懈泄褋泻芯谐芯 薪邪褑懈芯薪邪谢褜薪芯谐芯 褍薪懈胁械褉褋懈褌械褌邪 懈屑械薪懈 袥.袧. 袚褍屑懈谢械胁邪. – 2021. - 鈩� 3(136). – 小.133-147.  DOI: 10.32523 / 2616-7174-2021-136-3-133-147

c) Shelestova T.Yu., Kalizhanova A., Romanyuk S., Zhuman A. The advantages of using TED talks materials in ESL classrooms. Journal for Educators, Teachers and Trainers. – 2021. - Vol. 12(2). – P. 81 – 87.  DOI: 10.47750/jett.2021.12.02.011