Main / Chemistry and Chemical Technology / General and inorganic chemistry / Балгышева Бейкут Даутбековна

Балгышева Бейкут Даутбековна

Position Доцент
Кафедра общей и неорганической химии
Scopus author ID: 6504794046
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       Balgysheva B.D. She has been working at the Department of Inorganic Chemistry since February 1987 as an engineer, and since 1989, as an engineer. Since March 1990, she was transferred to the position of junior research assistant, then research assistant and senior research assistant, from November 1994 as senior lecturer, and since 1998 as associate professor. In May 1993 she defended her thesis on the topic “Patterns of the selectivity of dissolution of phosphate and Mg-silicate minerals in inorganic acids”. In July 1994 was elected full member of the New York Academy of Sciences of the United States, in 1998. awarded the title of associate professor in chemistry. In India, Chenai Institute of Advanced Teacher Training named after Taramani R.O. She studied in English under the international curriculum “Environmental Protection, Management and Sustainable Development” from February 10 to May 7, 1999. She defended a project on the topic “To make changes to the educational system of the educational process for the development of new clean technologies based on Kazakhstan’s waste”. The State of India, the Ministry of Education and the Institute for Advanced Studies of Teachers named after Taramani R.O. certificate of completion of the course on environmental protection, management and sustainable development was issued. For several years, Balgysheva B.D. Engaged in scientific work devoted to pressing issues of environmental ecology and integrated processing of mineral raw materials. She co-authored 150 articles, 11 abstracts, 3 teaching aids for undergraduate and graduate students in Kazakh and Russian languages, 6 teaching aids for lecture and laboratory classes for 1st year students. 4 works are implemented in special. Workshop “Chemistry of phosphate fertilizers”. She is the head of term papers and dissertations, as well as the co-director of graduate student Dalabaev N. Balgysheva B.D. takes an active part in the public life of the faculty and the department.
File name Headline Description
Presentation of Diploma Project
Presentation of Diploma Project
Presentation of Diploma Project
Presentation of Diploma Project
Presentation of Diploma Project
Presentation of Diploma Project
Production
Production
Өндірістік практика "Цин-Каз"
Production
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Силлабуста лекция, семинар, зертханалық жұмыстардың мазмұны берілген
Inorganic Chemistry
силлабуста лекция,семинар, сөж, зертханалық жұмыстар мазмұны берілген
Inorganic Chemistry
Периодтық кестеде орналасқан элементтердің химиялық және физикалық қасиеттері, алынуы, қолданылуы, маңызды қосылыстар келтіріледі
Inorganic Chemistry
Educational
Educational
Educational
Theoretical Bases of Inorganic Chemistry
Theoretical Bases of Inorganic Chemistry
Theoretical Bases of Inorganic Chemistry
Theoretical Bases of Inorganic Chemistry
Theoretical Bases of Inorganic Chemistry
Theoretical Bases of Inorganic Chemistry
Theoretical Bases of Inorganic Chemistry
Chemistry of elements
Chemical Technology of Mineral Fertilizers
Өткізу формасы - тақырып бойынша материалдар жинап презентация слайдтары түрінде өрнектеу Тақырып бойынша әр СӨЖ бойынша 15 тест сұрақтары мен сөзжұмбақтар дайындау. СӨЖ 2: (жобалы-ұйымдастыру) 1. Аммофос 2. Жай суперфосфат 3. Преципитат Өткізу формасы: СӨЖ тақырыбы бойынша жобаны қорғау. Жобаның соңында, тақырыбы бойынша өздері дайындаған тестер, сөзжұмбақтар мултимедийлік бағдарлама бойынша жасалған зертханалық жұмыстарды көрсету, интерактивті сұрақтар қойылуы.
Chemical Technology of Mineral Fertilizers
Зерханалық жұмыстарды орындау мазмұны берілген
Chemical Technology of Mineral Fertilizers
Табиғи фосфаттарды тыңайтқыштарына айналдырудын негізгі әдістерін оқып үйрену. б) Химиялық кинетика мен термодинамиканың негізгі заңдылықтарымен танысу және оны фосфор тыңайтқыштарын алудың практикалық шешіміне пайдалану. в) Табиғи фосфаттардың қышқылдық, термосілтілік ыдырау жолдарының стехиометриялық есептеулері - табиғи фосфаттарды ыдыратуда керекті реагенттердің мөлшерін есептеуді, синтезделген фосфаттардың тыңайтқыштық қасиетін анықтауды.
Chemical Technology of Mineral Fertilizers
Inorganic Synthesis
Inorganic Synthesis
Inorganic Synthesis
Inorganic Synthesis
Pedagogics of Modern School
. Пәндік біліктіліктер (құзыреттіліктер) қалыптасуы керек: • ҚР білім беру жүйесіне сай басты ресми құжаттардың мазмұнымен таныса келе олардың қолдану аясын білуі • Жалпы білім беретін мектептердің типтері оларды құрылымдық ұйымдастыру және жарғыға сай мұғалімнің қызметімен таныс болуы • ҚР мемлекеттік білім стандартының 11 – жылдық және 12 – жылдық оқу жүйесіне сай негізгі ережелеріне сәйкес оқу тәрбие процесін өткізудің жолдарын білуі. • Мектепті басқару ұстанымдарымен танысады, әртүрлі жұмыс жоспарларын талдайды, оның қолдану аясын білуі • Мектептегі ресми және бейресми ұйымдардың қызметімен танысады, олардың оқушылардың білім сапасына тигізетін әсерін білуі • Мектептегі ғылыми әдістемелік жұмыстардың түрлерімен танысады, оларға мұғалімдердің ара – қатынасын ажырата білуі • Мектепті қаржылық – материалдық тұрғыдан қамтамасыз етудің мүмкіндіктерін білуі
Methods of Competence-Based Teaching of Chemistry
Methods of Competence-Based Teaching of Chemistry
Methods of Competence-Based Teaching of Chemistry
Methods of Competence-Based Teaching of Chemistry
Methods of Competence-Based Teaching of Chemistry
Energetics of Chemical Processes
Берілген курстың мақсаты – магистранттарды қазіргі эксперименттерді қоя білу және оны есептеу әдістерімен таныстыру, термодинамика параметрлерін, заңдарды қолдана отырып химиялық процестердің энергеиясын анықтау, жалпы сипаттама беру. Еру, түзілу энтальпиясын, энтропия, жылу сыйымдылығын анықтау.
Energetics of Chemical Processes
Химиялық процестердің энергетикасы- атты арнайы курста лаб. сабаққа 2 сағаттан беріледі. негізгі тақырып бойынша есептер шығарады
Energetics of Chemical Processes
Берілген тақырыптар бойынша есептер шығару
Energetics of Chemical Processes
Мақсаты– Термодинамиканы химиялық заттардың қасиетін түсіндіруде сандық құралы ретінде химиялық адекватының сыны ретінде қолдануды үйрету, сонымен қатар магистранттарды қазіргі эксперименттерді қоя білу және оны есептеу әдістерімен таныстыру, термодинамика параметрлерін, заңдарды қолдана отырып химиялық процестердің энергеиясын анықтау, жалпы сипаттама беру. Еру, түзілу энтальпиясын, энтропия, жылу сыйымдылығын анықтау.
Energetics of Chemical Processes
Термодинамикалық түсініктер
Energetics of Chemical Processes
Inorganic Chemistry. Part 1
Inorganic Chemistry. Part 1
Inorganic Chemistry. Part 1
Inorganic Chemistry. Part 1
Inorganic Chemistry. Part 1
Inorganic Chemistry. Part 1
Inorganic Chemistry. Part 1
Inorganic Chemistry. Part 1
Inorganic Chemistry. Part 1
New Approaches To Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
кітапханада бар әдебиеттердің тізімі берілген
New Approaches To Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
1-курс магистранттарға қажетті арнайы курстың силлабусында лекция, сөж, лаб мазмұны келтірілген
New Approaches To Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Өткізу формасы - тақырып бойынша материалдар жинап презентация слайдтары түрінде өрнектеу Тақырып бойынша әр СӨЖ бойынша 15 тест сұрақтары мен сөзжұмбақтар құрастырып дайындау, дәрістің соңында магистранттардан тест түрінде сұрақтар беріп, жауаптарын жинау, интерактивті режимде сөз жұмбақтарды ұсыну.
New Approaches To Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Бұл арнайы пәннің негізгі мақсаты – фосфатты полимерлердің көптеген құрылысты түрлерін түсіндіру үшін, полимерлі фосфор қышқылдарының катионды және анионды құрамын іріктеп алу үшін белгілі қасиеттерімен модифицирленген фосфатты полимерлердің синтезінің ғылыми-дәлелді тәсілдерінімен таныстыру және соны меңгеру. Осы құзыреттілікпен жаңа бейорганикалық матеиалдарды синтездеудің өндірістік мәселесін шешуге болады.
New Approaches To Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
1-курс магистранттарға қажетті арнайы курстың силлабусында лекция, сөж, лаб мазмұны келтірілген
New Approaches To Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Қауіпсіздік ережесін және полимерлер фосфаттарды синтездеу тәсілін меңгеру; - Синтездеп алынған заттарды талдау үшін химиялық және физико-химиялық (РФА, ИКС, атомды-абсорбциялы) талдау жасау; - Р-полимерлер гидролизінің процесінің кинетикалық зерттеу үшін қондырғы жинау;
New Approaches To Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Конденсирленген фосфаттар химиясының теориялық базасын кеңейту және Р-полимерлердің қасиеттерін фундаменталды катиондар константасы мен полимерлердің құрамына кіретін полифосфатты аниондардың кеңістіктік құрылысына байланысты талдауды үйрену; - -∆Gx.p; ∆Hx.p; ∆Sx.p есептеу үшін иондық инкременттер әдісін білу; - сызықты конденсирленген фосфаттардың гидролитикалық ыдырауының негізгі заңдылықтарын білу.
New Approaches To Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Experimental Thermodynamics
Термодинамикадағы – нақты ғылым- химиялық элементтер және олардың қосылыстарының қасиеттерін сандармен түсіндіреді. Бейорганикалық химияның белгілі тәжірибеде фактілеріне сәйкес келетін көлемді әртүрлі есептерін термодинамикалық циклдар терминдері арқылы тұжырымдауға болады
Modern Experimental Thermodynamics
a. Жалпы білім беретін мектептерде қалыптаса бастаған стехиометриялық заңдарын атом құрылысы мен периодтық заңға сүйене отырып, басты химиялық қосылыстардың табиғатын тану, олардың байланыс түрлеріне сәйкестендіріп, әрекеттесуінің кинетикалық және термодинамикалық заңдылықтарын игеру, оқу үдерісінде қолдану құзіреттіліктеріне жету
Modern Experimental Thermodynamics
Chemical Technology of Mineral Fertilizers
Chemical Technology of Mineral Fertilizers
Chemical Technology of Mineral Fertilizers
Chemical Technology of Mineral Fertilizers
Chemical Technology of Mineral Fertilizers
1. Минералды тұздар мен тыңайтқыштарды алудың технологиясы және физика-химиялық негіздерімен студенттерді таныстыру Міндеті: а) Табиғи фосфаттарды тыңайтқыштарына айналдырудын негізгі әдістерін оқып үйрену. б) Химиялық кинетика мен термодинамиканың негізгі заңдылықтарымен танысу және оны фосфор тыңайтқыштарын алудың практикалық шешіміне пайдалану. в) Табиғи фосфаттардың қышқылдық, термосілтілік ыдырау жолдарының стехиометриялық есептеулері - табиғи фосфаттарды ыдыратуда керекті реагенттердің мөлшерін есептеуді, синтезделген фосфаттардың тыңайтқыштық қасиетін анықтауды.
Chemical Technology of Mineral Fertilizers
Chemical Technology of Mineral Fertilizers
Chemical Technology of Mineral Fertilizers
Chemical Technology of Mineral Fertilizers
Technochemical Estimations
Технохимиялық есептер құзыретті сұрақтары мен сәйкес есептері берілген
Laboratopy Practice on Inorganic Chemistry
зертханалық жүмыстың практикумы
Laboratopy Practice on Inorganic Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Bases of Hightechnology Treatment of Inorganic P-content Materials
Bases of Hightechnology Treatment of Inorganic P-content Materials
освоение фундаментальных основ синтеза норганических веществ, для понимания существования большого спектра методов получения вещств, чтобы осознанно выбрать способ синтеза, одноврменно решать и проблемы разделения, концентрирования и очистки.
Bases of Hightechnology Treatment of Inorganic P-content Materials
Bases of Hightechnology Treatment of Inorganic P-content Materials
Chemistry and Technology of Mineral Fertilizers
Chemistry and Technology of Mineral Fertilizers
Chemistry and Technology of Mineral Fertilizers
Chemistry and Technology of Mineral Fertilizers
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
курс 75 емтихан сұрақтары2016-2017
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Inorganic Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Inorganic Chemistry. Part 1
Inorganic Chemistry. Part 1
Distance Technologies in Teaching Chemistry
сил дист обуч 2016-2017
Distance Technologies in Teaching Chemistry
сил дист обуч 2016-2017
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Chemistry and Technology of Mineral Fertilizers
Chemistry and Technology of Mineral Fertilizers
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
Mechanochemistry of inorganic materials
Mechanochemistry of inorganic materials
Mechanochemistry of inorganic materials
Inorganic Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Distance Technologies in Teaching Chemistry
Chemistry and Technology of Mineral Fertilizers
Chemistry and Technology of Mineral Fertilizers
Chemistry and Technology of Mineral Fertilizers
Chemistry and Technology of Mineral Fertilizers
Chemistry and Technology of Mineral Fertilizers
Chemistry and Technology of Mineral Fertilizers
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
System of Mineral Fertilizer Application
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
Mechanochemistry of Mineral Fertilizers
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
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Mechanochemistry of inorganic materials
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Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
Modern Technology of Synthesis of Inorganic Materials on the Basis of Polymeric Phosphates
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The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
The Theory and Practice of Synthesis of Polymeric Materials on the Basis of Phosphates
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Mechanochemistry of inorganic materials
Mechanochemistry of inorganic materials
Mechanochemistry of inorganic materials
Mechanochemistry of inorganic materials
Mechanochemistry of inorganic materials
Mechanochemistry of inorganic materials
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Mechanochemistry of inorganic materials
Mechanochemistry of inorganic materials
Mechanochemistry of inorganic materials
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Mechanochemistry of inorganic materials
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New standards and curricula in secondary school
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Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
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Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
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Семинардың мақсаты. Аммиак,азот тыңайтқыштарын өндірістік жолмен алынуын талдау. Функционалды қабілетті болу: Жоспарланған өнімділікті анықтауға есептер шығару.
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
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Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
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Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
Chemical industry in Kazakhstan
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Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
Modern theories of acid and basis
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Modern theories of acid and basis
Modern theories of acid and basis
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1

Балгышева Бейкут Даутбековна Фосфаттардың химиялық технологиясы практикумы Изд-во !Казак университетi 2014 - г. ISBN 978-601-04-0310-9 7 - стр.

2

Балгышева Бейкут Даутбековна Фосфор тыңайтқыштары мен фосфаттардың химиясының практикумы Изд-во !Казак университетi 2010 - г. ISBN 9965-29515-8 5 - стр.

3

Балгышева Бейкут Даутбековна Қазақстан фосфориттерінң механохимиясы " Қазақ университеті " 2013 - г. ISBN 978-601-247-878-5 230 - стр.

4

Балгышева Бейкут Даутбековна Фосфаттардың химиялық технологиясының практикумы " Қазақ университеті " 2014 - г. ISBN 978-601-04-0310-9 120 - стр.

5

Балгышева Бейкут Даутбековна Механохимия неорганических веществ " Қазақ университеті " 2012 - г. ISBN 978-601-247-617-0 161 - стр.

6

Балгышева Бейкут Даутбековна Фосфаттардың химиялық технологиясы " Қазақ университеті " 2014 - г. ISBN 978-601-04-0890-6 197 - стр.

7

Балгышева Бейкут Даутбековна Фосфаттардың химиялық технологиясы " Қазақ университеті " 2016 - г. ISBN 978-601-04-1720-5 202 - стр.

8

Балгышева Бейкут Даутбековна Куанышева Г.С. Жалпы және бейорганикалық химия пәні бойынша есептер мен жаттығулар жинағы Қазақ университеті 2017 - г. 252 - стр.

9

Балгышева Бейкут Даутбековна Краткий курс общей и неорганической химии. Избранные главы Қазақ университеті 2017 - г. 143 - стр.

10

Балгышева Бейкут Даутбековна Өсімдіктер мен топырақтарды зерттеудің агрохимиялық әдістері " Қазақ университеті " 2019 - г. 213 - стр.

11

Балгышева Бейкут Даутбековна Конденсацияланған фосфаттардың құрылысы мен қасиеттері " Қазақ университеті " 2019 - г. 254 - стр.

12

Балгышева Бейкут Даутбековна Конденсацияланған фосфаттардың құрылысы мен қасиеттері " Қазақ университеті " 2019 - г. ISBN 9965-29-515-8 254 - стр.

13

Балгышева Бейкут Даутбековна Фосфаттар мен силикаттардың механохимиясы " Қазақ университеті " 2025 - г. ISBN 978-601-04-7011-8 200 - стр.

1

Балгышева Бейкут Даутбековна Механохимический синтез неорганических материалов. 2011 - г. 7 - стр. 33

2

Балгышева Бейкут Даутбековна 2012 - г. 3 - стр. 1

3

Балгышева Бейкут ДаутбековнаДжарлыкасимова Д.Н., Куанышева Г.С. Модификацияланған цеолиттің сорбциялық қасиеттері 2011 - г. 4 - стр. 64

4

Балгышева Бейкут Даутбековна Цеолитті механохимиялық активтеп түрлендіріп бейорганикалық сорбенттерді алу 2011 - г. 4 - стр. 63

5

Балгышева Бейкут Даутбековна Термо-и механохимическое модифицирование глауконитов и их сорбционные свойства 2014 - г. 7 - стр. 73

6

Балгышева Бейкут Даутбековна 2014 - г. 6 - стр. 22

7

Балгышева Бейкут Даутбековна The Use of Combustion Reactions for Processing Mineral Raw Materials: Metallothermy and Self-propagating Hightemperature 2016 - г. 9 - стр. 1

8

Балгышева Бейкут Даутбековна Механохимиялық әдіс арқылы вермикулиттен бейорганикалық сорбент алу 2017 - г. 11 - стр. 1

9

Балгышева Бейкут Даутбековна Термиялық жағдайда өңделген вермикулиттің сорбциялық қасиеттері 2017 - г. 9 - стр. 1

10

Балгышева Бейкут Даутбековна Obtaining zinc-containing microfertilizers method of mechanochemical activation. "Chemical journal of Kazakhstan", № 2 , 2018 112-119 p. 2018 - г. 8 - стр. 62

11

Балгышева Бейкут ДаутбековнаБейсембаева Л.К., Сарыбаев М.А., Омарова А.А., Абильдин Т.С., Ташмухамбетова Ж.Х., Жакирова Н.К., Аубакиров Е.А., Сасыкова Л.Р. 2020 - г. 7 - стр. 13

12

Балгышева Бейкут Даутбековна Прогнозирование последовательности растворения фосфатных минералов в фосфорной кислоте 1992 - г. 4 - стр. 37

13

Балгышева Бейкут Даутбековна Study of the composition and properties of vermiculite treated under mechanochemical activation in the presence of acid phosphate (Na2H2P2O7) 2020 - г. 12 - стр. 71

14

Балгышева Бейкут ДаутбековнаУракаев Ф.Х., Жакирова Н.К., Сасыкова Л.Р. 2022 - г. 12 - стр. 57

15

Балгышева Бейкут Даутбековна Мырыш, марганец және никель дифосфаттарының жұмсақ механикалық-химиялық синтезі 2024 - г. 12 - стр. 2

16

Балгышева Бейкут Даутбековна Фосфогипс және Қаратау фосфоритін механохимиялық активтеу арқылы тыңайтқыштық қасиеті бар өнім алу 2024 - г. 12 - стр. 148

1

Балгышева Бейкут Даутбековна Куанышева Г.С. 2012 - г. 1 - стр. КазНУ им. аль-Фараби

2

Балгышева Бейкут Даутбековна Куанышева Г.С. Қазақстан фосфориттерінен экологиялық таза бейорганикалық материалдар алу 2012 - г. 1 - стр. КазНУ им. аль-Фараби

3

Балгышева Бейкут Даутбековна Куанышева Г.С. Механохимиялық активтелген фосфориттердің электрондық құрылымына кванттық химиялық есептеу жүргізу 2012 - г. 2 - стр. КарГУ им. Букетова

4

Балгышева Бейкут Даутбековна Куанышева Г.С. 2012 - г. 2 - стр. КарГУ им. Букетова

5

Балгышева Бейкут Даутбековна 2011 - г. 2 - стр. Казань

6

Балгышева Бейкут Даутбековна Джарлыкасимова Д.Н., Куанышева Г.С. 2011 - г. 2 - стр. Казань

7

Балгышева Бейкут Даутбековна 2011 - г. 3 - стр. Невинномысск

8

Балгышева Бейкут Даутбековна ТЕМІР КСЕРОГЕЛІН ӨНДІРІС ҚАЛДЫҚТАРЫНАН СИНТЕЗДЕУ 2012 - г. 1 - стр. КазНУ им.аль-Фараби

9

Балгышева Бейкут Даутбековна ӨНДІРІС ҚАЛДЫҚТАРЫНАН АЛЫНҒАН ТЕМІР ФОСФАТЫ МЕН ТЕМІР КСЕРОГЕЛІНІҢ СОРБЦИЯЛЫҚ ҚАСИЕТІ 2012 - г. 1 - стр. КазНУ им.аль-Фараби

10

Балгышева Бейкут Даутбековна 2012 - г. 1 - стр. КазНУ

11

Балгышева Бейкут Даутбековна Химия сабақтарында студенттердің танымдық белсенделеген арттыру тәсілдері 2012 - г. 1 - стр. КазНУ

12

Балгышева Бейкут Даутбековна Куанышева Г.С. 2011 - г. 4 - стр. Томский политехнический университет

13

Балгышева Бейкут Даутбековна Далабаева Н.С., Куанышева Г.С. Қаратау және Шилісай фосфoриттерін механохимиялық белсендірудің ғылыми-әдістемелік негізі. 2012 - г. 3 - стр. г. Караганда

14

Балгышева Бейкут Даутбековна Глауконит құмын механохимиялық активтеу әдісімен модификациялау 2013 - г. 5 - стр.

15

Балгышева Бейкут Даутбековна Фосфорит-Na2SO4-C-SiO2 жүйесіне механохимиялық жəне термиялық өңдеу арқылы тыңайтқыштық қасиеті бар қосылыстар алу 2014 - г. 1 - стр. КазНУ им.фд-Фараби

16

Балгышева Бейкут Даутбековна Фосфорит - NA2CO3 жүйесіне механо-термиялық өңдеу арқылы алынған өнімдердің құрылысын зерттеу 2014 - г. 1 - стр. КазНУ им.аль-Фараби

17

Балгышева Бейкут Даутбековна Қаратау фосфоритін қоспалар қатысында механохимиялық жəне термиялық өңдеу жағдайларын зерттеу 2014 - г. 1 - стр. КазНУ им.аль-Фараби

18

Балгышева Бейкут Даутбековна Химия пəнін оқытудағы анықтайтын технологиялық ретінде «Ispring quiz maker» бағдарламаны қолдану 2014 - г. 1 - стр. КазНУ им.аль-Фараби

19

Балгышева Бейкут Даутбековна Механохимиялық активтелген табиғи алюмосиликаттардың сорбциялық қасиеттерін зерттеу 2014 - г. 1 - стр. КазНУ им.аль-Фараби

20

Балгышева Бейкут Даутбековна Механохимиялық активтелген табиғи алюмосиликаттарды термиялық талдау, 2014 - г. 1 - стр. КазНУ им.аль-Фараби

21

Балгышева Бейкут Даутбековна Механохимиялық активтелген табиғи алюмосиликаттардың рентгенофлуоресцентті талдау нəтижелері 2014 - г. 1 - стр. КазНУ им. аль-Фараби

22

Балгышева Бейкут Даутбековна 2013 - г. 1 - стр. Россия, Новосибирск

23

Балгышева Бейкут Даутбековна 2013 - г. 1 - стр. Россия, Новосибирск

24

Балгышева Бейкут Даутбековна Comprehensive study of mechanical activation of glauconite and glauconite sand to obtain sorbents 2013 - г. 1 - стр. Russian Academy of Sciences, Siberian Branch, V.S. Sobolev Institute of Geology and Mineralogy

25

Балгышева Бейкут Даутбековна 2013 - г. 1 - стр. Москва (Россия) – Занджан (Иран).

26

Балгышева Бейкут Даутбековна 2013 - г. 1 - стр. Belgrade:

27

Балгышева Бейкут Даутбековна 2013 - г. 1 - стр. Robinson College, Cambridge, Uk

28

Балгышева Бейкут Даутбековна 2014 - г. 1 - стр. Vienna 2014 Austria

29

Балгышева Бейкут Даутбековна PREPERATION OF LOW-TEMPERATURE POLYPHOSPHATE FERTILIZER SUPLIMENTED WITH SERPENTINE 2014 - г. 1 - стр. Cambridge

30

Балгышева Бейкут Даутбековна Куанышева Г.С., Далабаева Н.С. Mechanochemical transformation of phosphates from Chilisay and Karatau and enhancement fertilizer propertyproperty 2013 - г. 1 - стр. Cambridge

31

Балгышева Бейкут Даутбековна Куанышева Г.С. 2014 - г. 2 - стр.

32

Балгышева Бейкут Даутбековна 2013 - г. 2 - стр. -

33

Балгышева Бейкут Даутбековна ЖҮЙЕЛІ БІЛІМ БОЛМАЙЫНША, ЖҮЙЕЛІ ОҚЫТУ БОЛМАҚ ЕМЕС 2017 - г. 3 - стр. КазНУ им.аль-Фараби

34

Балгышева Бейкут Даутбековна Куанышева Г.С. О СВЯЗИ ПРОБЛЕМЕ НАУКИ С ОБРАЗОВАНИЕМ ПРИ ПРЕПОДАВАНИИ ДИСЦИПЛИН «ХИМИЯ И ТЕХНОЛОГИЯ МИНЕРАЛЬНЫХ УДОБРЕНИЙ» И «ТЕОРИЯ И ПРАКТИКА СИНТЕЗА ПОЛИМЕРНЫХ МАТЕРИАЛОВ НА ОСНОВЕ ФОСФАТОВ» ПРИ ПОДГОТОВКЕ КОНКУРЕНТНОСПОСОБНЫХ СПЕЦИАЛИСТОВ 2017 - г. 3 - стр. КазНУ им.аль-Фараби

35

Балгышева Бейкут Даутбековна Фосфор өнеркәсібі үшін мамандарды дайындау 2017 - г. 3 - стр. КазНУ им аль-Фараби

36

Балгышева Бейкут Даутбековна «Қолданбалы химия» курсы арқылы фармацевтикадан магистранттардың білім сапасын арттыру 2017 - г. 3 - стр. КазНУ им аль-Фараби
Author Documents

4

Citations

20 по 20
documents

h-index

3

MODIFIED VERMICULITE OF THE MUGODZHARY DEPOSIT AND ITS SORPTION PROPERTIES

Balgysheva, B., Massalimov, I., Urakaev, F., Sassykova, L., Zhakirova, N., Boranbayeva, G., Dalabayeva, N., Azatkyzy, S.

2022

Journal of Chemical Technology and Metallurgy
57, с. 533-544

3

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Catalytic cracking using catalysts based on hetero polyacids

Sassykova, L.R., Zhakirova, N.K., Aubakirov, Y.A., Sendilvelan, S., Tashmukhambetova, Z.K., Abildin, T.S., Balgysheva, B.D., Omarova, A.A., Sarybayev, M.A., Beisembaeva, L.K.

2020

Rasayan Journal of Chemistry
13, с. 1444-1450

10

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2016

Metallurgical and Materials Transactions B Process Metallurgy and Materials Processing Science
47, с. 58-66

7

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1999

Proceedings of the International Conference on Solid Waste Technology and Management
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0

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