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Жумабеков Алмар Жумагалиевич ID: 46

Monograph title: RESEARCH OF PHYSICOMECHANICAL PROPERTIES IN MATERIALS SCIENCE AND THEIR APPLICATION

Author:  Zhumabekov Almar Zhumagalievich

ISBN 978-601-345-624-9

Brief description: In electronic and radio engineering production, an increase in product quality and parameters is impossible without using high-quality materials. High requirements are imposed on materials used in electrical engineering, especially in electronics and microelectronics. To correctly choose the material and its processing methods, it is necessary to know the structure of the material, its physical nature and various external influences that contribute to these properties, as well as the conditions of use. Structural materials used in the manufacture of electronic equipment are divided into the following main groups according to their properties and function: conductivity, semiconductor, and dielectric.

The quality of products made from these materials should be monitored. The control is carried out at all stages of the manufacture of the item because only in this case will the quality of the manufactured product have the highest percentage and confidence in their correct operation will increase. To do this, you need to know what material the products are made of. Materials science is an interdisciplinary branch of knowledge that studies changes in the properties of materials in liquid and solid states, depending on some factors. The properties under study include the substance structure and electronic, thermal, chemical, magnetic, and optical properties of these substances. In addition, this science uses many methods that allow us to study the structure of materials. When working with micro and nano-sized objects, it is necessary to know the structure and properties of materials and all their characteristics. Materials science will help to solve this problem. Knowledge of the properties and construction of materials leads to creating new industries in production and fundamentally new products. However, in classical sectors, the knowledge gained by materials science is widely used in innovation, error correction, increasing the range of products, reducing production and product prices, and increasing safety.

The task of the discipline" Materials Science " is to get acquainted with the dependence of the process of passing current in the material and their classification, the reliance of their parameters on the conditions of the external environment and the parameters of external influence and processing of structural materials. In the monograph, structural materials are considered to be electronic equipment materials. This monograph is intended for theoretical, practical and independent work on the subjects "Materials science" taught to students of the educational program "Electric engineering" and "Technical Physics" of Toraighyrov University and is offered as an additional tool for other technical specialities.

Content

 

Introduction

3

1

Basic concepts and formulas

4

1.1

The structure of materials and conductive materials

4

1.2

Magnetic materials

8

1.3

Dielectrics

12

1.4

Semiconductor and Electronic Engineering Materials Research Methods

22

2

Theoretical foundations of the analysis of loads and stresses

28

2.1

Types of Loads Affecting Mechanical Structures

28

2.2

Classification of stresses in mechanical structures

30

2.3

Overview of load and voltage analysis methods

36

2.4

Methods and approaches to the analysis of specific structures

38

2.5

The results of calculations and experimental research

40

2.6

Visualization of the stress and deformation applied to the key screw

47

2.7

The effect of salt additives on the indicators in the technological process

54

3

Examples of problem solving

63

3.1

The structure of materials and conductive materials

63

3.2

Test questions and reports on the topics of material structure and conductive materials

79

3.3

Test questions and reports on the topic of magnetic materials

86

3.4

Test questions and reports on the topic of Dielectrics

89

3.5

Test questions and reports on the topic of semiconductor materials and methods of studying materials of electronic engineering

94

 

Literature

99

 

Appendix A

103

 

Appendix B

104

 

Appendix C

105

 

Appendix D

106

 

Appendix E

107

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts:

Phone: +7 (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz

Попандопуло Анар Сериковна ID: 45

Monograph title: PSYCHOLOGICAL-PEDAGOGICAL SUPPORT FOR THE DEVELOPMENT OF LEARNERS’ METACOGNITIVE ABILITIES AS A KEY FACTOR IN SUCCESSFUL LEARNING IN THE CONTEXT OF UPDATED EDUCATION

Author: Popandopulo Anar Serikovna, Nurgaliyeva Murshida Yelubayevna

ISBN 978-601-345-555-6

Brief Description: The monograph is devoted to the theoretical, methodological, and practical investigation of the development of schoolchildren’s metacognitive abilities in the context of updated educational content.

The first chapter examines the theoretical and methodological foundations of metacognition: it analyzes the metacognitive trend in psychology, clarifies the subject of metacognitivism and its relationship with general psychological categories, defines the structure and components of metacognition (metacognitive knowledge, strategies, and experiences), and determines the place of metacognitive functions within the personality structure. Particular attention is paid to the interconnection between metacognition and learning processes.

The second chapter addresses the acmeological aspect of learners’ metacognitive sphere. It substantiates the relevance of developing metacognitive abilities as one of the key competencies of the future. The chapter presents metacognitive processes in students’ learning activity, the pedagogical conditions for their formation, and the author’s original model for developing schoolchildren’s metacognitive abilities.

The third chapter describes the practical-experimental work. A program of psychological-pedagogical support for the development of metacognitive abilities has been designed and tested; the technologies, methods, and tools of this process are disclosed. The results of the experimental work are presented, confirming the effectiveness of the proposed model and program.

The monograph is intended for psychologists, educators, researchers, doctoral and master’s students, as well as for everyone interested in the issues of developing metacognitive abilities and the modernization of contemporary education.

Contents:

 

Introduction

3

1

Theoretical and Methodological Foundations of Metacognition Development 

7

1.1

Metacognitive Trend in Psychology

7

1.2

Subject of Research in Metacognitivism and General Psychological Categories

24

1.3

Metacognition and Metacognitive Abilities; Metacognition and Learning

46

1.4

The Place of Metacognitive Functions in the Structure of Personality

81

1.5

Components of Metacognition: Knowledge, Strategies, Experiences

93

2

Acmeology of the Metacognitive Sphere of Learners

97

2.1

Metacognitive Processes in the Learning Activity of Students

97

2.2

Metacognitive Abilities of Learners as a Future Need in the Context of Updated Educational Content

103

2.3

Pedagogical Conditions of the Educational Process and a Model for Developing Students’ Metacognitive Abilities

116

3

Practical-experimental work on developing schoolchildren’s metacognitive abilities in the context of updated education

131

3.1

Program of Psychological-Pedagogical Support for the Development of Students’ Metacognitive Abilities. Core Processes of the Program in the Context of Educational Renewal

131

3.2

Technologies, Methods, and Tools for the Process of Developing Schoolchildren’s Metacognitive Abilities

149

3.3

Results of the Experimental Work

177

 

Conclusions

192

 

References

195

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts:

Phone: +7 (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz

Куандыков Алмаз Болатович ID: 44

Monograph title: RESEARCH OF REFINING PROCESSES OF PRIMARY ALUMINUM FROM VANADIUM IMPURITIES

Authors: Kuandykov Almaz Bolatovich, Bykov Petr Olegovich

ISBN 978-601-345-631-7

Brief Description: In this work, a comprehensive technology for refining primary aluminum from vanadium impurities and other metal impurities has been investigated and developed, based on treatment with boron-containing fluxes with induction mixing, filtration through granular filters from ash and slag waste with subsequent processing of spent filters.

The work was carried out within the framework of the priority and specialized scientific areas of the Republic of Kazakhstan - "Energy, advanced materials and transport" (specialized areas: Deep processing of mineral and organic resources; Interdisciplinary scientific research and development in the field of ecology and technology in order to develop innovative methods for the sustainable use of natural resources) and grant funding from the Science Committee of the Ministry of Science and Higher Education of the Republic of Kazakhstan for the "Zhas Galym" competition for the IRN project AP19175493 "Development of a technology for refining primary aluminum with filters with an active surface". In this paper, an analysis of previous studies on this topic was conducted, which showed that some methods of refining primary aluminum from vanadium impurities, proposed in a number of works, have not received wide industrial application.

Usage of Al-B ligature for refining aluminum was proposed, which bound vanadium into particles of intermetallic compounds, which then coagulated and settled to the bottom of the pouring ladle. However, a major drawback was the settling speed of aluminum in the ladle.

In other works, industrial tests were carried out on the introduction of boric acid (H3BO3) into the electrolyzer (3 kg daily). This method showed good refining results, but led to a decrease in the stability of the electrolyzer bottom and a decrease in the current efficiency of the electrolysis process due to the accumulation of vanadium intermetallic compounds on the bottom. Also described in [18] was a method for introducing boric acid (H3BO3) into the anode mass during the production of baked anodes (up to 3 kg per anode), which did not lead to a noticeable decrease in the vanadium content in the finished aluminum and had the disadvantages inherent in the previous method.

Thus, the described methods did not lead to a significant decrease in the vanadium content in the finished aluminum, and only one of them showed an insignificant decrease in the vanadium content (by 4–6 ppm) when feeding boric acid during the casting of aluminum in the foundry department directly into the molds of the casting machine.

It is known from works that the course of chemical reactions in the Al-V-B system is complex. Compounds of VB2 are thermodynamically stable at operating temperatures of the electrolysis and casting of aluminum of 950–650 °C. The kinetics of chemical reactions with the formation of VB2 compounds during refining with Al-B-based ligatures is characterized by a low rate due to the formation of an insoluble ring of reaction products consisting of vanadium diboride (VB2). The thickness of this ring increases from 1 μm to 20 μm as the melt holding time increases to 720 minutes.

Based on the above, it can be concluded that the results obtained in the course of research work on the development of a comprehensive technology for refining primary aluminum from vanadium impurities and other metal impurities based on flux treatment with boron-containing fluxes with induction mixing, filtration through granular filters from ash and slag waste with subsequent processing of spent filters are in demand.

Contents:

REGULATORY REFERENCES

3

DEFINITIONS

4

SYMBOLS AND ABBREVIATIONS

5

INTRODUCTION

6

1

CURRENT STATE OF THE PRIMARY ALUMINUM REFINING PROCESS

12

1.1

Prospects for the global aluminum production market

12

1.2

Current state of aluminum production in the Republic of Kazakhstan

14

1.3

Impurities and their effect on aluminum

19

1.4

Literature review of primary aluminum refining processes

22

 

Conclusions and statement of research objectives

28

2

MATERIALS AND RESEARCH METHODS

30

2.1

Thermodynamic modeling technique

30

2.2

Optical emission spectrometry technique

31

2.3

X-ray fluorescence spectrometry technique

32

2.4

Optical microscopy technique

33

2.5

Scanning electron microscopy technique

(SEM / EDX)

33

2.6

Methods of Experimental Design

34

2.7

Object of study

34

 

Conclusions on the section

35

3

STUDY OF COMPREHENSIVE TECHNOLOGY FOR REFINING PRIMARY ALUMINUM FROM VANADIUM IMPURITIES

36

3.1

Characteristics of boron-containing compositions for aluminum refining

36

3.2

The mechanism of interaction in the Al-V-B system

36

3.3

Thermodynamic analysis of reactions of interaction of vanadium impurities in aluminum melt with boric acid

42

3.4

Experimental studies of the integrated technology of refining primary aluminum from vanadium impurities

53

3.5

Results and discussion

70

 

Conclusions on the section

72

4

STUDY OF FILTRATION REFINING OF PRIMARY ALUMINIUM FROM VANADIUM INTERMETALLICS

74

4.1

Selecting the design and material of the filter

74

4.2

Principles of operation of the filter

74

4.3

Experimental studies of filtration refining of primary aluminum from vanadium intermetallic compounds

77

4.4

Results and discussion

84

 

Conclusions on the section

85

5

TECHNICAL, ECONOMIC AND ECOLOGICAL INDICATORS OF THE COMPREHENSIVE TECHNOLOGY OF REFINING PRIMARY ALUMINUM FROM VANADIUM IMPURITIES

86

5.1

Technological scheme for industrial implementation

86

5.2

Environmental aspects of waste filter disposal

88

5.3

Technical and economic indicators of technology

91

 

Conclusions on the section

92

CONCLUSION

93

LIST OF USED SOURCES

95

APPENDIX A (Methodology for working with the HSC Chemistry 9.0 software package)

106

APPENDIX B (Act of large-scale laboratory tests of flux refining of raw aluminum from vanadium impurities)

155

APPENDIX C (Act of large-scale laboratory tests of filtration refining of raw aluminum from vanadium intermetallic compounds)

159

APPENDIX D (Report on testing the recycling of waste granular filters for refining aluminum from Ekibastuz coal ash)

163

APPENDIX E (Act of implementation of the results of completed research work into the educational process)

166

APPENDIX F (Publications and patents)

183

APPENDIX G (Letter of support from JSC Kazakhstan Electrolysis Plant)

212

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts:

Phone: +7 (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz

Кожамжарова Майра Жанайдаровна ID: 43

Monograph title: THE FORMATION AND DEVELOPMENT OF SCIENTIFIC RATIONALITY

Author: Kozhamzharova Mayra Zhanaidarovna

ISBN 978-601-345-337-8

Brief Description: This monograph examines the development and genesis of the problem of scientific rationality through the lens of the entire history of philosophical thought. The criteria for studying this problem in the pre-scientific, classical, non-classical, and post-non-classical periods are based on the typification of the rational proposed in the works of V.S. Stepin, M.K. Mardashvili, V.V. Ilyin, and others, such as the scientific picture of the world, ideals and norms, as well as the philosophical foundations of scientific knowledge characteristic of each period under study.

The first chapter is devoted to a historical and philosophical analysis of the development of rational thinking, from its primary structures to classical science. It is shown that already at the dawn of human history, rationality emerged as an integral property of human goal-directed activity. The semantic richness of mythic thought and the presence within it of the beginnings of universal methods of cognition indicate that even during this period, a demand for a rational understanding of reality was realized. Myth can be characterized as a "cognitive paradigm" of archaic culture, in which rationality is represented in its rudimentary forms. Humanity owes the discovery of rationality as such to the ancient Greeks. In ancient culture, rationality constitutes the status of philosophical and theoretical thinking, capable of comprehending the essence of things. It serves as a criterion for the universality and necessity of knowledge, defining the ideal of theoretical cognition. The evolution of the ancient type of rationality continued the transition from "mythos" to "logos," culminating in the triumph of reason, striving for good as the highest value. Medieval and Renaissance cultures each, in their own way, continued the line of ancient rationality, imposing on its certain limitations caused by their mental characteristics. Here, the mathematical ideal of knowledge gradually took hold, which served as the impetus for the formation of experimental-mathematical natural science.

The second chapter reveals that the intensive development of science as a sociocultural institution contributed to the formation of a scientific-theoretical mentality, which became a key dominant feature of modern European culture. Scientific rationality emerged in the form of Newtonian mechanics, the culmination of the intellectual efforts of philosophers and scientists, and was marked by a mechanistic worldview and the ideals of mathematically precise objective knowledge, the truth criterion of which was experiment.

The non-classical type of scientific rationality is characterized as going beyond the boundaries of classical science, which was finally formed by the end of the 19th century, as overcoming the boundaries of scientific knowledge designated by its theories and, accordingly, as the construction of a new scientific picture of the world (for example, quantum-relativistic in physics), corresponding to the changed ideals and norms of scientificity, where the main shift is associated with the increase in the activity of the subject of knowledge.

The formation of a post-non-classical type of scientific rationality is conditioned by the need to study new, more complex objects (human-dimensional or chaotic systems), which leads to fundamental changes in the understanding of subject-object relations; a new ontology is being formed, oriented toward the integrity of the world, toward restoring the integrity of the «World - Man» relationship, which finds its expression in the intentions to restore the unity of science.

The monograph is aimed at a wide audience of students studying natural sciences and humanities and will be of interest to philosophers, researchers and anyone who seeks a deeper understanding of the problems of science and its significance in modern culture.

Contents:

 

Introduction

3

1

The formation and development of rationality in the pre-scientific period

6

1.1

Genesis of the Primary Structures of Rational Thinking: From Myth to Logos

6

1.2

The ancient project of rationality

22

1.3

Rationality in the context of Medieval and Renaissance culture

43

2

Philosophical understanding of scientific rationality in Modern and Contemporary Times

62

2.1

Rationality and classical science. The classical type of scientific rationality

62

2.2

From Classics to Non-Classics: Metamorphoses in Thinking Patterns

83

2.3

Contours of a New Rationality in Post-Non-Classical Science

103

 

Conclusion

133

 

References

138

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts:

Phone: +7 (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz

Калиев Ильдар Абужанович - 2 ID: 42

Title of the monograph: ETHNOPOLITICAL PROCESSES IN THE BORDER SPACE OF THE REPUBLIC OF KAZAKHSTAN: GENESIS, CURRENT STATE AND IMPACT ON THE NATIONAL SECURITY OF THE COUNTRY

Author: Kaliyev Ildar Abuzhanovich

ISBN 978-601-382-062-0

Brief description: This monograph is dedicated to a comprehensive study of ethnopolitical processes in the border regions of the Republic of Kazakhstan, covering their historical development, current status, and impact on the country's national security. It analyzes theoretical and methodological approaches to the study of ethnopolitical processes, their evolution, and the role of ethnicity in the contemporary political context.

The work examines key theories and methods used in the analysis of ethnopolitical processes, analyzes global and regional trends in ethnopolitics, including emerging issues. It also examines the influence of ethnicity on political processes in Central Asia.

This article evaluates the legacy of Soviet nationalities policy and its influence on contemporary ethnopolitical processes. It analyzes past and current interethnic conflicts and their impact on the country's national security.

It presents an assessment of the current state of ethnic relations and their adaptation to changing conditions. Key areas of Kazakhstan's state program in the field of ethnopolicy are highlighted, along with scientific and practical conclusions aimed at a deeper understanding of ethnopolitical processes and their impact on the security and stability of the Republic of Kazakhstan.

The first chapter examines the evolution of theoretical approaches to the analysis of ethnopolitical processes, highlights the main trends and challenges of ethnopolitical processes in the modern world, and highlights the role of ethnicity in the contemporary political process.

The second chapter examines the specifics of nationalities policy in the USSR, interethnic conflicts as a threat to the national security of the Republic of Kazakhstan, and the multiethnic ethnic environment as a factor influencing national security in the border area of ​​the Republic of Kazakhstan.

The third chapter analyzes the current ethnic situation in the Republic of Kazakhstan in a changing geopolitical reality. This article examines the priority areas of the Republic of Kazakhstan's border policy, taking into account the influence of ethnopolitical factors, as well as the state-forming ethnic group as a factor in interethnic stability in the Republic of Kazakhstan.

Chapter four examines sociopolitical processes in the border area of ​​the Republic of Kazakhstan, internal migration as a factor in regional ethnopolitics, and risk factors for interethnic conflicts in border regions.

Chapter five focuses on the role of the Assembly of the People of Kazakhstan as a factor in interethnic harmony and unity, and also explores the role of national security in ensuring a stable civil, multiethnic, and multi-religious society.

In the conclusion, the author analyzes the current state of ethnic relations and their adaptation to changing conditions. Key areas of Kazakhstan's state policy in the field of ethnopolicy are highlighted, and scientific and practical conclusions are provided aimed at a deeper understanding of ethnopolitical processes and their impact on the security and stability of the Republic of Kazakhstan.

Content

 

Preface

3

1

Theoretical and methodological approaches to the study of ethnopolitical processes

6

1.1

Evolution of theoretical approaches to the analysis of ethnopolitical processes

6

1.2

Ethnopolitical processes in the modern world: main trends and problems

14

1.3

The role of ethnicity in the modern political process (Central Asian context)

23

2

Genesis of ethnopolitical processes in the historical dimension in the context of a multinational society

29

2.1

Peculiarities of national policy in the USSR

29

2.2

Ethnic conflicts as a threat to national security of the Republic of Kazakhstan

51

2.3

Polyethnic ethnoenvironment as a factor influencing national security in the border area of the Republic of Kazakhstan

64

3

Current state of ethnopolitical processes in the border area of the Republic of Kazakhstan

75

3.1

The current ethnic situation in the Republic of Kazakhstan in the changing geopolitical reality

75

3.2

Priority directions of the border policy of the Republic of Kazakhstan taking into account the influence of ethnopolitical factors

86

3.3

State-forming ethnic group as a factor of interethnic stability in the Republic of Kazakhstan: theory and practice

97

4

The influence of the ethnopolitical specificity of the border regions of the Republic of Kazakhstan on its national security

103

4.1

Social and political processes in the border area of the Republic of Kazakhstan

103

4.2

Internal migration as a factor in regional ethnopolitics

111

4.3

Risk factors for ethnic conflicts in border countries

119

5

Peculiarities of national policy in modern Kazakhstan

128

5.1

The state as a regulator of ethnic relations in the Republic of Kazakhstan: political and legal foundations for the development of ethnic groups

128

5.2

The Assembly of the People of Kazakhstan as a factor of interethnic harmony and unity

133

5.3

Ensuring national security of the Republic of Kazakhstan through the construction of a legal, civil, multi-ethnic and multi-confessional society

139

 

Conclusion

155

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For inquiries regarding purchasing the monograph, please contact the publishing house “Toraighyrov University”.

Contacts:

Phone number: 7 (7182) 67-36-69 (int. 1147)

e-mail: kereku@tou.edu.kz

Калиев Ильдар Абужанович ID: 40

Title of the monograph: ETHNOPOLITICAL PROCESSES IN THE BORDER SPACE OF THE REPUBLIC OF KAZAKHSTAN: GENESIS, CURRENT STATE AND IMPACT ON THE NATIONAL SECURITY OF THE COUNTRY

Author: Kaliyev Ildar Abuzhanovich

ISBN 978-601-382-011-8

Brief description: This monograph is dedicated to a comprehensive study of ethnopolitical processes in the border regions of the Republic of Kazakhstan, covering their historical development, current status, and impact on the country's national security. It analyzes theoretical and methodological approaches to the study of ethnopolitical processes, their evolution, and the role of ethnicity in the contemporary political context.

The work examines key theories and methods used in the analysis of ethnopolitical processes, analyzes global and regional trends in ethnopolitics, including emerging issues. It also examines the influence of ethnicity on political processes in Central Asia.

This article evaluates the legacy of Soviet nationalities policy and its influence on contemporary ethnopolitical processes. It analyzes past and current interethnic conflicts and their impact on the country's national security.

It presents an assessment of the current state of ethnic relations and their adaptation to changing conditions. Key areas of Kazakhstan's state program in the field of ethnopolicy are highlighted, along with scientific and practical conclusions aimed at a deeper understanding of ethnopolitical processes and their impact on the security and stability of the Republic of Kazakhstan.

The first chapter examines the evolution of theoretical approaches to the analysis of ethnopolitical processes, highlights the main trends and challenges of ethnopolitical processes in the modern world, and highlights the role of ethnicity in the contemporary political process.

The second chapter examines the specifics of nationalities policy in the USSR, interethnic conflicts as a threat to the national security of the Republic of Kazakhstan, and the multiethnic ethnic environment as a factor influencing national security in the border area of ​​the Republic of Kazakhstan.

The third chapter analyzes the current ethnic situation in the Republic of Kazakhstan in a changing geopolitical reality. This article examines the priority areas of the Republic of Kazakhstan's border policy, taking into account the influence of ethnopolitical factors, as well as the state-forming ethnic group as a factor in interethnic stability in the Republic of Kazakhstan.

Chapter four examines sociopolitical processes in the border area of ​​the Republic of Kazakhstan, internal migration as a factor in regional ethnopolitics, and risk factors for interethnic conflicts in border regions.

Chapter five focuses on the role of the Assembly of the People of Kazakhstan as a factor in interethnic harmony and unity, and also explores the role of national security in ensuring a stable civil, multiethnic, and multi-religious society.

In the conclusion, the author analyzes the current state of ethnic relations and their adaptation to changing conditions. Key areas of Kazakhstan's state policy in the field of ethnopolicy are highlighted, and scientific and practical conclusions are provided aimed at a deeper understanding of ethnopolitical processes and their impact on the security and stability of the Republic of Kazakhstan.

Content

 

Preface

3

1

Theoretical and methodological approaches to the study of ethnopolitical processes

6

1.1

Evolution of theoretical approaches to the analysis of ethnopolitical processes

6

1.2

Ethnopolitical processes in the modern world: main trends and problems

14

1.3

The role of ethnicity in the modern political process (Central Asian context)

23

2

Genesis of ethnopolitical processes in the historical dimension in the context of a multinational society

29

2.1

Peculiarities of national policy in the USSR

29

2.2

Ethnic conflicts as a threat to national security of the Republic of Kazakhstan

51

2.3

Polyethnic ethnoenvironment as a factor influencing national security in the border area of the Republic of Kazakhstan

64

3

Current state of ethnopolitical processes in the border area of the Republic of Kazakhstan

75

3.1

The current ethnic situation in the Republic of Kazakhstan in the changing geopolitical reality

75

3.2

Priority directions of the border policy of the Republic of Kazakhstan taking into account the influence of ethnopolitical factors

86

3.3

State-forming ethnic group as a factor of interethnic stability in the Republic of Kazakhstan: theory and practice

97

4

The influence of the ethnopolitical specificity of the border regions of the Republic of Kazakhstan on its national security

103

4.1

Social and political processes in the border area of the Republic of Kazakhstan

103

4.2

Internal migration as a factor in regional ethnopolitics

111

4.3

Risk factors for ethnic conflicts in border countries

119

5

Peculiarities of national policy in modern Kazakhstan

128

5.1

The state as a regulator of ethnic relations in the Republic of Kazakhstan: political and legal foundations for the development of ethnic groups

128

5.2

The Assembly of the People of Kazakhstan as a factor of interethnic harmony and unity

133

5.3

Ensuring national security of the Republic of Kazakhstan through the construction of a legal, civil, multi-ethnic and multi-confessional society

139

 

Conclusion

155

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For inquiries regarding purchasing the monograph, please contact the publishing house “Toraighyrov University”.

Contacts:

Phone number: 7 (7182) 67-36-69 (int. 1147)

e-mail: kereku@tou.edu.kz

Калиева Айнагуль Балгауовна ID: 39

Monograph title: BIOLOGICAL FEATURES OF HORSEFLIES (DIPTERA, TABANIDAE) IN NORTHEASTERN KAZAKHSTAN

Author: Kaliyeva Ainagul Balgauovna

ISBN 978-601-345-324-8

Brief Description: This monograph presents for the first time the complete species composition, landscape distribution, ecological characteristics, and economic significance of tabanids (Diptera, Tabanidae) for northeastern Kazakhstan (Pavlodar Region).

The first chapter provides a detailed analysis of the literature review on the state of research into the fauna, ecology, and biology of horseflies in the CIS, including Kazakhstan.

The issues of morphobiological characteristics of one of the most important components of blood–sucking diptera, horseflies, are highlighted in detail. An ecological and faunal review of horseflies in Northeastern Kazakhstan, and features of the development of preimaginal phases are presented. At the present stage of the development of biological science, bloodsucking diptera as ectoparasites are of interest as hematophages and carriers of pathogens of various infections and invasions of humans and animals (tularemia, anthrax, etc.).

The study of parasitic dipterans in Kazakhstan was conducted in three areas: ecology and fauna, determining their  harmful  significance, and  developing  scientific  methods  for  combating them.  Contributions  to  the  study  of the fauna  of  horseflies  belong  to  such scientists  as V. V. Shevchenko, K. V. Skufin, N. G.  Olsufiev,  V. A.  Sinelshchikov,  Zh. M.  Isimbekov, O. N. Sazonova, V. I. Alifanov, S. D. Lavrov, and many others. An analysis of this literature has shown that the fauna of horseflies in the Republic is rich in its composition. Currently, 77 species and subspecies known from the Palearctic have been found on the territory of the Republic. They belong to 12 genera and subgenera.

The first detailed summary of horseflies  in  southeastern  Kazakhstan was  published by N. G. Olsufiev in 1937. This review provides information on the systematics and distribution of 48 species. This work served as a starting point for further study of the species composition, distribution, and ecology of horseflies in Kazakhstan.

Further research was focused on studying the composition and distribution of horseflies in certain regions of Kazakhstan. The works of Olsufiev N. G. and Bozhenko V. P., Olsufiev N. G., Olsufiev N. G. and Formozov A. N., Shevchenko V. V., Petrova E. F., Sahibzadaev K. S., Shakirzyanova M. S., Aybasov H. A. and Shakirzyanova M. S. significantly expanded the knowledge about the species composition of horseflies in some poorly studied areas of Kazakhstan.

In 1956, Shevchenko V. V. published a guide to the horseflies of Kazakhstan, which was a concise reference book on the geographical distribution of local species. The author provided a detailed summary of the fauna, conducted extensive research on the terminalia of females and their role in the systematics of horseflies, and clarified the peculiarities of geographical distribution and issues of fauna genesis, noting the ecological characteristics of horseflies.

The second chapter provides a detailed ecological and faunistic overview of horseflies in the study area, including the classification of horsefly breeding sites, the ecological classification of horseflies according to the habitat of their pre-imaginal stages of development, phenology, and seasonal population trends. As a result of the research, the species composition of horseflies in the Pavlodar region includes 35 species with subspecies belonging to six genera: Hybomitra (37 %), Tabanus (26 %), Chrysops (14 %), Haematopota (11 %), Atylotus (9 %), and Heptatoma (3 %). The species composition of horseflies in the studied region is heterogeneous and consists of various faunal groups belonging to the Boreasian, Mediterranean and Afroeurasian fauna types.

The middle reaches of the Irtysh River within the Pavlodar region belong to the Irtysh-Ob basin, and the natural and ecological conditions of a significant part of its territory are very similar to those of the Barabinskaya lowland, in particular, with an abundance of low-lying lakes and wetlands, birch groves, and diverse grass and feather grass steppes. It is quite natural for horseflies to settle in the biotopes of the Irtysh floodplain both to the north and to the south, which can actually be seen both in the middle reaches of the Irtysh (Kazakhstan) and in the lower reaches of this river. The species composition of horseflies in the middle reaches of the Irtysh is very similar to the fauna of Western Siberia.

The book is of interest to teachers, students, and master's degree students, as well as employees of medical, agricultural, and educational institutions.

Contents:

 

Introduction

3

1

Literature review

4

1.1

State of research on the fauna, ecology, and biology of horseflies

4

1.2

Methods of combating horseflies

23

1.3

The harmful significance of horseflies

32

1.4

Physical and geographical characteristics of the study areas

35

2

Species composition of horseflies in North-Eastern Kazakhstan and features of pre-imaginal stages development

46

2.1

Research materials and methods

46

2.2

Ecological and faunal review of horseflies of the Pavlodar Irtysh region

47

2.3

Ecological features of horseflies in the Pavlodar Irtysh region

73

 

Conclusions

95

 

References

97

 

Appendix A

 

108

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts: 

Phone: +7 (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz

Тусупова Саягуль Ораловна ID: 38

Monograph title: METHOD FOR INCREASING THE WEAR RESISTANCE, HARDNESS, AND STRENGTH OF THERMOFRICTION TOOLS

Authors: Sayagul Oralovna Tussupova, Karibek Tagayevich Sherov

ISBN 978-601-345-287-6

Brief Description: The monograph considers the hardfacing method for increasing the wear resistance, stiffness (rigidity/hardness), and strength of thermofriction tools, and also presents a complete analysis and comparison of hardfaced thermofriction cutting tools with traditional thermofriction tools.

The first chapter examined the efficiency of the cutting tool during the machining of high-hardness materials – one of the key problems in mechanical engineering production – and a full analysis of the general workability and wear structure of metal-cutting tools was also provided. The necessity of creating new processing methods that fully ensure the currently required accuracy and quality was identified. Thermofriction processing (TFP) was proposed and comprehensively described as one of the progressive methods. A detailed analysis of Thermofriction Processing (TFP) methods, especially the low-speed TFP technology with pulsed cooling, was conducted, and its effectiveness in ensuring high productivity and quality of the machined surface was confirmed. However, the main drawback when applying this progressive method is the insufficient wear resistance, hardness, and strength of the cutting parts of thermofriction tools. This problem arises due to the high frequency of recurring thermal cycles. To solve this problem, four directions for increasing the service life of thermofriction tools were determined. Among them, the method of strengthening the cutting part of the tool by hardfacing with wear-resistant materials was chosen as the most effective direction. Based on the analysis of various hardfacing materials, ESAB materials of grades STOODY M7-G, STOODY 102-G, OK TUBRODUR 53, and OK TUBRODUR 58 O/G M were selected, which are capable of withstanding severe thermodynamic conditions and possess high hardness (48–66 HRC) and wear resistance. Simple and widely used electric arc welding was chosen as the hardfacing method.

In the second chapter, the hardfacing method was fully considered, and research work was carried out. After hardfacing the indicated materials onto samples, the change in their initial hardness was studied, and a metallographic study of the quality of the hardfaced layers was conducted. The research results showed the high quality of the hardfacing, which confirms the correctness of the selected hardfacing regimes, hardfacing methods, as well as the equipping with instrumental, technological equipment and tooling.

The third chapter of the monograph is dedicated to the complex study and practical implementation of the method for improving the operational characteristics of thermofriction cutting tools by hardfacing with wear-resistant materials. Using the method of experimental design (full factorial experiment), the optimal regimes of the hardfacing process were determined. To strengthen the cutting part of the tools, the STOODY M7-G alloy, which has high hardness (58–66 HRC), was selected, and according to the experimental data obtained, it was established that hardfacing in two layers is the optimal quantity; the hardfacing was carried out by electric arc welding. To evaluate the effectiveness of the hardfaced tools, pilot-experimental and production tests were conducted. Laboratory tests proved that hardfacing with STOODY M7-G material increases the wear resistance of the disk saw by 1.5–2 times compared to a tool without hardfacing. High-quality indicators were also achieved during milling with a conical milling cutter, and optimal cutting regimes were determined. In conclusion, for the purpose of checking the quality of the hardfaced layers, the magnetic particle method of non-destructive testing was applied, which confirmed the absence of defects on the surface of the hardfaced tools.

The fourth chapter is dedicated to the study of thermal phenomena and the stress-strain state during machining with hardfaced thermofriction tools. For this purpose, numerical modeling using the Finite Element Method (FEM) (DEFORM-3D and Explicit-Dynamic ANSYS) and analytical calculations were performed. The conducted investigations confirmed the thermo-frictional nature of thermofriction processing, revealed the character of complex thermomechanical processes in the chip formation zone, and also showed the significant influence of the instrument's geometric parameters and cutting regimes on the formation of the temperature field. In conclusion, the numerical and analytical studies scientifically substantiated the optimal thermal regime for the operation of hardfaced thermofriction tools, which ensures their high wear resistance, strength, and the high quality of the processed surface, all proven in practice.

The monograph is intended for engineering and scientific staff, doctoral students, as well as students and master's degree candidates studying the specialty "Mechanical Engineering," who are involved in the development, research, and practical application of various methods for improving the wear resistance, hardness, and strength of cutting tools.

Contents:

 

Introduction

3

1

Description of Thermofriction Processing Technology

5

1.1

General Workability of Metal-Cutting Tools

5

1.2

The Importance of Developing Thermofriction Processing Technologies

11

1.3

Wear of Thermofriction Cutting Tools

15

1.4

Existing Hardfacing Methods for Improving the Wear Resistance, Hardness, and Strength of Thermofriction Tools

21

2

Features of Hardfaced Layers During Strengthening with Various Hardfacing Materials

34

2.1

Hardness of Hardfaced Layers During Hardfacing with Various Hardfacing Materials

34

2.2

Metallographic Study of the Quality of Hardfaced Layers Applied with Various Hardfacing Materials

48

3

Results of Hardfacing and Experimental Testing of Thermofriction Tools

58

3.1

Optimal Parameters for the Hardfacing Regime Using the Method of Experimental Design

58

3.2

Hardfacing and Mechanical Machining of Thermofriction Tools

63

3.3

Testing of Hardfaced Thermofriction Tools

75

3.4

Non-Destructive Testing of the Conical Friction Milling Cutter and the Cup Cutter

88

4

Thermal Phenomena and Stress-Strain State During Machining with Hardfaced Thermofriction Tools

91

4.1

Investigation of Temperature Distribution and Stress-Strain State in the Cutting Zone During Rotational-Friction Enlargement Drilling using the Finite Element Method

91

4.2

Modeling the Thermal State of the Workpiece's Surface Layer during Thermofriction Milling-Turning

97

4.3

Mathematical Modeling of Thermal Processes during Machining of Hardfaced Surfaces

107

4.4

Analytical Calculation of the Stress State of a Disc of Constant Thickness with a Central Hole

114

4.5

Methodology for Calculating the Strength of a Disc of Constant Thickness with a Central Hole using the Finite Element Method

118

 

Conclusion

132

 

References (or Bibliography)

133

 

Appendix A

145

 

Appendix B

146

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts:

Phone: +7 (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz

Аубакирова Салтанат Советовна ID: 37

Monograph title: CULTURAL AND PHILOSOPHICAL FUNDAMENTALS OF TOLERANCE IN KAZAKH SOCIETY

Author: Aubakirova Saltanat Sovetovna

ISBN 978-601-345-619-5

Brief Description: This monograph is devoted to a comprehensive philosophical, theoretical and methodological analysis of the phenomenon of tolerance in the context of modern society and the specifics of Kazakhstan's sociocultural reality. The work is structured according to the logic of an in-depth study of the problem: from theoretical foundations and conceptual frameworks to an analysis of national characteristics, models of tolerance and their manifestations in various social spheres.

The first chapter examines philosophical, methodological, and conceptual approaches to the study of tolerance. Key categories are analyzed, and the concept of "tolerance" is explored from the perspective of various scholarly traditions. Particular attention is paid to socio-philosophical concepts that demonstrate the historical and cultural specificity of understanding tolerance in traditional culture. A lexical and semantic study of the term reveals deep layers of meaning and the specifics of its interpretation. The chapter concludes with a discussion of the types and models of tolerance operating in modern society.

The second chapter analyzes the phenomenon of tolerance in Kazakhstan. Particular attention is paid to the social context in which the strategy of tolerance is being shaped as a national and cultural priority. Issues of interethnic tolerance, its institutional mechanisms, risks and development potential are examined. A separate section is devoted to gender tolerance, which is viewed as an important indicator of societal modernization, strengthening human rights and harmonizing social relations.

This monograph will be of significant interest to specialists in philosophy, cultural studies, sociology and political science, as well as practitioners working in the fields of interethnic relations, education and public policy. The work offers theoretical depth while simultaneously addressing pressing social issues.

Contents:

 

Introduction

3

1

Philosophical and theoretical-methodological fundamentals of studying the tolerance issue

9

1.1

Philosophical, methodological and conceptual approaches to study the tolerance

9

1.2

The tolerance issue in Kazakh socio-philosophical concepts

29

1.3

Lexical-semantic analysis of the term tolerance

46

1.4

Identifying types and models of tolerance in society

57

2

The tolerance issue in Kazakhstan

62

2.1

The social situation of the formation strategy of tolerance in Kazakhstan

62

2.2

The interethnic tolerance issue in Kazakhstan

74

2.3

Gender tolerance

102

 

Conclusions

114

 

References

116

 

Application A

128

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts:

Phone: +7 (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz

Сағындық Әйгерім Бекенқызы ID: 36

Monograph title: RESEARCH ON THE PROPERTIES OF ELECTRONIC IMMERSION LENSES WITH TWO SYMMETRY PLANES

Author: Sagyndyk Aigerim Bekenkyzy

ISBN 978-601-345-341-5

Brief Description: The monograph is devoted to the theoretical and practical investigation of the properties of new emission immersion electron lenses with two symmetry planes. New emission electron-optical elements of vacuum electronics with improved focusing characteristics are proposed.

In the first chapter, a review of scientific works on the study of electronic lenses is performed.

The modeling of fields and the calculation of the potential distribution of the electrostatic lenses with two symmetry planes are considered in the second chapter of the thesis.

In the third chapter, algorithms and software for numerical studies of emission elements with two symmetry planes in Delphi programming language are developed. A technique for calculating paraxial parameters with a focusing condition in the region of a given point of space is considered. Numerical studies of paraxial parameters are carried out.

The fourth chapter compares the focusing parameters of a box-shaped lens with a square cross-section and an axisymmetric lens. In this chapter it is shown that for the box emulsion immersion lens under consideration, a number of aberration coefficients, along the x axis, have noticeably lower values compared to aberrations of the other direction. In this case, the aberrations of the «у» direction are approximately equal to the aberrations of axisymmetric emission lenses. Thus, it is shown that emission lenses with two symmetry planes allow the construction of sources of charged particles with improved focusing characteristics.

Relevance of the research topic. Electron-optical elements of vacuum electronics are currently widely used for the construction of various electronic devices and process units. For example, such elements are used in electron microscopes, mass spectrometric devices, microwave electronics devices, as well as in electron-lithographic and ion-lithographic installations of nano and micro electronic technologies.

The most important elements of most devices are the immersion lenses. The technical characteristics of electron-optical and ion-beam instruments and devices mainly depend on the quality of focusing of the immersion lenses, since it is carried out the start of process of the formation of a beam of charged particles.

Classical methods for the research on the electronic lenses are not suitable for the development of the theory of immersion lenses because they do not take into account the specificity of their initial conditions. The creation of an effective theory of immersion objectives has for a long time been hampered by difficulties of a mathematical nature associated with the vanishing of the potential on the cathode surface, as well as with large slopes of trajectories in the vicinity of a surface with zero potential.

On the basis of an analysis of the current state and problems of improving electronic devices, it can be concluded that in vacuum electronics, the development of new types of immersion lenses is very relevant. At the same time, the improvement of the focusing properties of electron-optical elements makes it possible to obtain improved technical and operational characteristics in electron-optical and ion-beam devices and technological devices. Therefore, the investigation on the electron-optical parameters and characteristics of new elements of vacuum electronics are an actual task of electronic instrumentation.

Content

 

Introduction

3

1

Review of Conducted Research on Electron Lenses

6

1.1

Definitions of the research area

6

1.2

Review of the studied lenses with different designs

11

1.3

Methods of correcting aberrations in electrostatic lenses

14

1.4

Justification for the choice of the current study and statement of the problem

26

2

Methods for calculating fields for electrostatic lenses with two planes of symmetry

30

2.1

Modeling and calculation of fields in a box-shaped emission immersion lens

30

2.2

Methodology for calculating the electrostatic field of axisymmetric and quasi-axisymmetric emission immersion lenses

48

3

Development and calculation of paraxial parameters with focusing condition

59

3.1

Algorithmic basis for calculating the lens under study

59

3.2

Numerical method for solving a system of ordinary differential equations for calculating paraxial parameters

69

4

Numerical calculations of aberration characteristics of an emission immersion lens

78

4.1

Formulas for numerical studies of aberration characteristics

78

4.2

Results of calculations of aberration coefficients of a box immersion lens

91

 

Conclusion

104

 

Literature

106

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts:

Phone: +7 (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz

Каримбергенова Мадина Кудайбергеновна ID: 35

Monograph title: PROSPECTS FOR SUSTAINABLE SOCIO-ECONOMIC DEVELOPMENT OF THE REGION

Author: Madina Kudaibergenovna Karimbergenova

ISBN 978-601-345-338-5

Brief Description: The monograph presents the results of research devoted to the development of modern approaches to ensuring the sustainable development of regional systems in conditions of increasing anthropogenic pressure on the environment, as well as a comprehensive assessment of socio-economic factors affecting the effectiveness of regional development management. 

The first chapter provides a literature review aimed at summarising the theoretical and methodological foundations of sustainable regional development, including an analysis of key scientific concepts, factors and mechanisms that determine the socio-economic and environmental sustainability of territories. It is noted that:

1. The interdependence of the environmental, economic and social components of sustainable development shapes the overall trajectory at each stage of the economic system's evolution. At the same time, the rapid intensification of the introduction of scientific and technological progress has triggered accelerated economic growth, resulting in increased environmental risks and negative impacts on the environment. A study of contemporary global and domestic approaches to understanding sustainable development shows the need to consider it as an integral system that unites people, society and nature.

2. Research into the theory of sustainable development highlights a number of fundamental postulates, expressed in the following principles: ensuring balanced economic growth, harmonising economic development and the social sphere, and the principle of intergenerational equity.

3. It has been researched and determined that the organisational and economic mechanism acts as a fundamental tool in the regional management system. This mechanism implements a structured combination of social, economic and environmental factors, under the administrative and regulatory influence of state structures. Its task is to ensure the synergistic interconnection of these components in order to achieve target indicators that ensure the stability of regional development.

4. A review of research by both international and domestic scientists revealed the absence of a universal methodology for assessing the sustainability of regional systems, including a comprehensive analysis and consideration of social, economic and environmental factors, which necessitated the development of integrated approaches to assessing the sustainability of regional systems.

In the second chapter, when studying approaches to assessing sustainability, an approach was chosen to assess sustainability by calculating an integral generalised, aggregated indicator of the level of sustainable development in the region. The integral indicator for determining the level of sustainable development in the region includes indicators of socio-economic development in the region. The study proposes to include indicators reflecting the state of the environment in the integrated indicator. The integral indicator for assessing sustainable development is determined by the product of the indices of change in the individual criteria of a set of economic (Кэ), social (Кс) and environmental (Кэк) indicators. The following social indicators have been identified: unemployment rate; net migration; total floor space of residential buildings commissioned; deaths from all causes; average monthly wage; life expectancy at birth; infant mortality by main causes of death;  ratio of income spent on consumption to the subsistence minimum; subsistence minimum per capita; volume of health care and education services. The following economic indicators have been identified: GRP per capita; index of physical volume of industrial production; index of physical volume of agricultural production; investment in fixed capital; retail trade turnover; degree of wear and tear of fixed assets; profit in the economy. The following environmental indicators have been identified: current environmental protection costs; emissions of the most common atmospheric pollutants from stationary sources; utilisation of pollutants captured by treatment plants.

As part of the study, based on the indicators selected for each component of sustainability, an analysis of the sustainability of the Pavlodar region was carried out using an improved integral indicator as part of a sustainability rating assessment and comparison with other regions of Kazakhstan.

In the third chapter, based on a comprehensive analysis, strategic directions and tools for achieving regional sustainability are developed. Key recommendations: formation of a new institutional framework; development of human capital in the field of environmental management and protection; stimulating technological transformation; improving management mechanisms; implementing standards.

The monograph is intended for doctoral students, master's students and specialists engaged in research in the field of regional economics, sustainable development theory, environmental management, as well as for government agencies involved in strategic planning.

Contents:

 

Introduction

3

1

Theoretical and methodological foundations of sustainable regional development

8

1.1

The essence of the concept of «sustainable development» in theoretical terms

8

1.2

Sustainable development management at the regional level

15

1.3

The concept and characteristics of the organisational and economic mechanism in the concept of sustainable development

33

1.4

International experience in achieving sustainable development

42

2

Assessment of sustainable development in Pavlodar Region

57

2.1

Analysis of socio-economic development indicators and the environmental status of Pavlodar Region

57

2.2

Determining the level of sustainable development in Pavlodar Region in the context of Kazakhstan's industrial regions

72

2.3

Assessment of the functioning organisational and economic mechanism for sustainable development in Pavlodar Region

75

3

Main directions for the formation of an organisational and economic mechanism for sustainable development in the pavlodar region

87

3.1

Strategic management of sustainable development in the region

87

3.2

Organisation of environmental governance and environmental management in the region

103

 

Conclusions

116

 

References

121

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts:

Phone: +7 (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz

Сергазинова Зарина Мухтаровна ID: 34

Title of monograph: SMALL MAMMALS AS BIOINDICATORS OF POLLUTION IN NATURAL STEPPE COMMUNITIES

Author: Sergazinova Zarina Mukhtarovna

ISBN 978-601-345-381-1

Brief description: The monograph is devoted to a comprehensive study of small mammals as bioindicators of pollution in natural steppe ecosystems in Northern Kazakhstan. The work presents the results of many years of monitoring observations carried out in areas affected by the technogenic impact of large aluminium enterprises JSC Aluminium of Kazakhstan and JSC Kazakhstan Electrolysis Plant (Pavlodar). The monograph examines the characteristics of the fauna of small mammals in steppe communities, their distribution depending on the level of technogenic load, the structure of dominance and changes in population indicators. Particular attention is paid to the accumulation of fluorine in the bone tissue of dominant species and the morphophysiological reactions of animals as an indicator of chronic toxic impact.

The first chapter contains a comprehensive analysis of scientific works on bioindication and ecological monitoring involving small mammals. The indicators used in bioindication are considered: abundance, community structure, sex composition, morphophysiological indices, and pollutant accumulation levels. Examples of changes in rodent populations under the influence of fluorides, heavy metals, sulphur compounds and radionuclides are shown. A review of studies in metallurgical and radiation-contaminated areas of Kazakhstan and Russia has been carried out. The criteria for selecting bioindicators are summarised and a comparative characterisation of the reactions of different species to anthropogenic impact is provided.

The second chapter includes a description of the natural conditions of the Pavlodar region: geographical location, relief, climatic features, hydrological regime, soil cover, vegetation and fauna. The diversity of landscapes is shown, ranging from forest-steppes to dry steppes and sandy massifs. Data on the sharply continental climate, precipitation distribution and wind regime are provided. The recreational and wetland biotopes of the Irtysh floodplain, where key habitats for small mammals are formed, are described. Attention is paid to the characteristics of soils that affect the migration and accumulation of fluorine and other elements.

The third chapter describes the studied technogenic zones formed by emissions from Aluminium of Kazakhstan JSC and Kazakhstan Electrolysis Plant JSC. Methods for counting and catching small mammals are presented, including a description of trapping channels, habitat selection criteria, and seasonality of work. The methods of morphological and biochemical processing of material, preparation of bone tissue, determination of fluorine in soil and biosubstrates according to GOST standards, as well as methods of statistical data processing are described in detail. Schemes for the distribution of sites according to levels of technogenic load are described: impact, buffer and control areas.

The fourth chapter includes an analysis of the species diversity of small mammals in the steppe communities of Northern Kazakhstan. A new species, the Eastern European vole (Microtus levis), has been identified for the first time in the region. Faunal complexes, their dynamics and the varying resistance of different species to technogenic loads are considered. Changes in population structure, abundance, reproductive indicators and species dominance depending on distance from emission sources are shown. The results of fluorine determination in soil and animal bone tissue are presented, and spatial accumulation gradients are identified. The morphophysiological reactions of animals ( ) to chronic toxic effects are shown: changes in organ indices, increased asymmetry, and deviations in the size of blood-forming organs. A comparison of control and contaminated sites was carried out, and the mechanisms of population adaptation and changes in the trophic structures of communities were interpreted.

The monograph contains detailed methods for recording, processing and laboratory analysis of samples, including the determination of fluorine in soil and biological tissues, making it a practical tool for ecologists, biologists, toxicologists and environmental protection specialists.

The research materials allow for an objective assessment of the transformation of ecosystems under the influence of anthropogenic factors and the formation of scientifically sound recommendations for monitoring and protecting natural areas.

The monograph is intended for doctoral students, master's students, research staff, hygienists, practicing ecologists, and employees of environmental organizations.

Contents:

REGULATORY REFERENCES

4

DEFINITIONS

5

INTRODUCTION

7

1 LITERATURE REVIEW

12

2 PHYSICAL AND GEOGRAPHICAL CHARACTERISTICS OF THE STUDY AREA

18

2.1

Geographical location

18

2.2

Relief and geological structure

18

2.3

Climate

19

2.4

Hydrology

20

2.5

Soils and soil cover

22

2.6

Flora

23

2.7

Fauna

25

3 MATERIALS AND METHODS

28

3.1

Characteristics of emission sources at Aluminium of Kazakhstan JSC and Kazakhstan Electrolysis Plant JSC

28

3.2

Small mammal trapping sites

30

3

Methods of recording and trapping, materials

33

3.

Methods of processing captured animals

33

3.

Method for determining fluoride in soil and bone tissue of small rodents

34

3.6

Statistical methods for processing materials

37

4 RESULTS AND DISCUSSION

39

4.1

Characteristics of the small mammal fauna of steppe communities in Northern Kazakhstan

39

4.1.1

List of small mammals of the steppes of Northern Kazakhstan.

39

4.1.2

Faunal complexes of small mammals of the steppes of Northern Kazakhstan and the northern Kulundinskaya Plain.

41

4.1.3

Species overview of small mammals and their distribution by biotopes and areas of technogenic load

45

4

Population of small mammals in areas of technogenic load from aluminium production

61

4.2.1

Characteristics of small mammal populations in areas of man-made stress and the control territory

61

4.

Distribution of small mammals by areas of anthropogenic impact

62

4

Assessment of the impact of aluminium industry emissions on vertebrates

71

4.3.1

Fluoride accumulation in the bone tissue of dominant small mammal species in areas affected by aluminium production

71

4.3.2

Interpopulation morphological variability of the narrow-skulled vole in technogenic and control areas.

81

CONCLUSION

85

LIST OF REFERENCES

88

APPENDIX A – Trapping ditches with catch

104

APPENDIX B – Preparation of rodent bone tissue samples

111

APPENDIX C – Determination of fluoride ions in rodent bone tissue samples

112

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts: Phone: +7 (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz

Чидунчи Ирина Юрьевна ID: 33

Monograph title: FUNCTIONAL MORPHOLOGY OF THE MUSCULAR SYSTEM OF SOME TREMATODE REPRESENTATIVES

Author: Chidunchi Irina Yuryevna

ISBN 978-601-345-586-0

Brief Description: The monograph presents the results of a comprehensive study of the anatomy, morphology, ultrastructure, and functional features of the muscular system in certain representatives of the type Plathelminthes and the class Trematoda. The work is aimed at identifying the structural organization of trematode body muscles, mechanisms of their adaptation to a parasitic lifestyle, as well as changes in the muscular apparatus at different stages of the life cycle – from larvae to adult specimens. The obtained data allow for an in-depth understanding of the morphophysiological features of parasitic flatworms and have significant scientific value for helminthology, parasitology, and comparative morphology.

The first chapter addresses the general anatomical and morphological organization of the body muscles in representatives of Plathelminthes and Trematoda. It provides a description of the layers of the integumentary-muscular sac – circular, longitudinal, and diagonal-as well as the arrangement of parenchymal muscle fibers. Special attention is given to the relationship between the tegument and muscle structures, the structure of suckers, the peculiarities of their mechanical function, and morphological changes associated with parasitism.

The second chapter is devoted to the comparative-anatomical, evolutionary, and functional aspects of the muscular system of flatworms. It illustrates the sequence of morphological transformations from free-living to parasitic forms and analyzes progressive and regressive traits arising from changes in habitat.

The third chapter describes the characteristics of the cercariae muscular system, the restructuring of muscle structures during metacercariogenesis, and the ultrastructural features of larval stages. The mechanisms of larval movement, their environmental adaptations, and the biological roles of these structures are examined.

The fourth chapter presents the materials and methods of research, including brief descriptions of the life cycles of the studied species – Prosthogonimus cuneatus, Schistogonimus rarus, Typhlocoelium cucumerinum, Diplostomum huronense their hosts, localization, and the applied morphological, histological, and electron microscopy approaches.

Subsequent chapters provide a detailed examination of the fine morphology and ultrastructure of the body muscles of each studied species. Descriptions are given of the spatial organization of circular, longitudinal, and diagonal muscle fibers, the features of suckers, attachment apparatuses, and parenchymal muscles. Specific adaptations of the muscular system are highlighted for each species, related to their localization within the host organism and their parasitic ecology.

A separate chapter addresses regressive changes in the trematode muscular system associated with parasitism. Reduction of individual muscle elements, specialization of suckers, changes resulting from limited mobility, and environmental conditions are described. The role of the basal layer of the integumentary-muscular sac as a mechanical and protective barrier is examined in detail.

In the chapter on functional morphology, the motile and anchoring functions of trematode muscles, the mechanics of sucker function, movement within the host, and the involvement of the muscular system in life cycle implementation are analyzed. Ultrastructural characteristics of muscle fibers and their relationship with energy metabolism and adaptation to a parasitic lifestyle are presented.

The obtained results provide a deep understanding of trematode adaptive mechanisms, clarify the morphological characteristics of their muscular system, and expand the possibilities for morphological studies of parasitic organisms. The monograph is intended for students, master’s and doctoral students, as well as specialists in parasitology, zoology, and veterinary sciences.

Contents:

 

Introduction

3

1

Anatomy, morphology, and functions of the body musculature of the phylum Plathelminthes and the class Trematoda

6

1.1

Muscular system of flatworms

7

1.2

Specific features of cercarial musculature and metacercariogenesis

27

2

Materials and Methods

34

3

Brief description of the life cycles of the organisms examined in the study

37

3.1

Prosthogonimus cuneatus (Rudolphi, 1809)

37

3.2

Schistogonimus rarus (Braun,1901)

38

3.3

Typhlocoelium cucumerinum (Rudolphi, 1809)

39

3.4

Diplostomum huronense (La rue,1927)

40

4

Fine Morphology and Ultrastructure of Trematode Body Muscles

42

4.1

Ultrastructure of the body muscles of Prosthogonimus cuneatus (Rudolphi, 1809)

42

4.2

Ultrastructure of the body muscles of Schistogonimus rarus (Braun, 1901)

48

4.3

Fine morphology and ultrastructure of the body muscles of Typhlocoelium cucumerinum (Rudolphi, 1809)

60

4.4

Ultrastructure of the body muscles of Diplostomum huronense (La Rue, 1927)

79

5

Muscular System of Trematodes in the Context of Regressive Changes in Parasitic Organisms

86

5.1

Analysis of the ultrastructural role of the basal lamina of the tegument-muscular sac

88

5.2

Functional morphology of the trematode muscular system

91

5.2.1

Ultrastructural features of trematode muscle fibers

91

5.2.2

Adaptive-functional characteristics of the tegument-muscular layer in the studied trematodes

94

 

Conclusion

97

 

References

99

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts:

Phone: +7 (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz

Нургалиева Муршида Елубаевна ID: 32

Monograph title: PEDAGOGICAL CONDITIONS FOR ORGANIZING STUDENTS’ INDEPENDENT WORK IN THE PROCESS OF ENHANCING THEIR INTELLECTUAL POTENTIAL

Author: Nurgalieyva Murshida Elubaevna

ISBN 978-601-345-432-0

Brief description: The monograph is devoted to a relevant issue – the organization of independent work of higher education students. It presents the theoretical foundations of organizing students’ independent work in the process of enhancing their intellectual potential. The essence and content of students’ independent work, which ensures the development of the intellectual potential of future specialists in the educational process, are revealed. The goal and structure of the factors influencing the process of increasing students’ intellectual potential are substantiated. A model for organizing independent work aimed at enhancing students’ intellectual potential is developed, as well as a methodology for improving students’ independent work, which has undergone experimental and practical verification.

The monograph is intended for university and college instructors, doctoral students, researchers in the field of education, practicing teachers, and others.

In the first chapter, the development of the content of higher education and its role in the effective organization of students’ independent work are examined. The renewal of educational content, the introduction of the competence-based approach, and the flexibility and adaptability of academic programs are analyzed as key factors influencing students’ intellectual development. Furthermore, the interrelation of theoretical and practical components of educational content is shown to ensure both personal and professional development of learners.

The analysis explores how the structure of educational material, its volume, conceptual depth, and requirements for mastery affect students’ independent learning activities. It is substantiated that the accessibility, systematicity, and logical coherence of educational content play a particularly important role in organizing independent work. As a result, students’ cognitive activity, abilities for analysis, inquiry, information processing, and application develop.

Methodological approaches and educational technologies aimed at enhancing students’ intellectual potential are examined. Based on psychological and pedagogical theories, the regularities of intellectual development and the characteristics of cognitive processes (thinking, attention, memory, reflection) are analyzed. Modern teaching methods – interactive learning, project-based activities, and research activities – are described as effective tools for students’ intellectual growth.

When determining methodological aspects, the guiding role of the instructor, differentiated learning tasks, and possibilities for forming individual learning trajectories are considered. A set of methods aimed at developing cognitive interest, strengthening learning motivation, and improving skills of applying knowledge is substantiated as an effective system for enhancing intellectual potential.

The philosophy and structure of the credit-based learning system and the requirements it imposes on students’ independent work are analyzed. Since the credit system is based on the principle of students’ independent academic activity, the volume, quality, and effectiveness of independent work become key indicators. From theoretical and methodological perspectives, the principles of academic freedom, modular learning, planning of academic workload, and the assessment of learning outcomes are discussed.

It is also substantiated that the credit technology aims to develop students’ skills of self-regulation, planning, time management, and conducting research. The advantages of the credit system – autonomy, responsibility, creative inquiry, and result-orientation – are described from a scientific and methodological point of view as important conditions for developing students’ intellectual potential.

The second chapter of the monograph reveals the content of pedagogical conditions that facilitate the development of students’ intellectual potential. The organization of the educational environment, motivational support, differentiated presentation of learning material, and stimulation of reflection are considered as conditions playing an important role in fostering students’ independent thinking. The system of pedagogical conditions contributes to the development of students’ interest in independent work and to the formation of their intellectual abilities.

These pedagogical conditions are also described through the lens of effective use of innovative technologies in the educational process, work with digital resources, and the establishment of partnership relations between students and instructors. Such conditions enhance the effectiveness of the educational process and promote students’ personal growth.

The structure of the developed theoretical model, its substantive components, and mechanisms of functioning are described. The model includes motivational, content-related, operational, and evaluative components aimed at developing students’ intellectual potential. The interrelation among these components and their role in improving students’ independent work are systematically outlined.

The model encompasses the stages of planning independent learning activities, performing cognitive tasks, processing information, and analyzing results. It is substantiated that the implementation of this model in the educational process contributes to increased cognitive activity, the development of intellectual abilities, and the formation of professional competencies.

Internal and external factors influencing the development of students’ independent work are analyzed. Internal factors include students’ motivation, interests, learning skills, and personal characteristics; external factors include the educational environment, the instructor’s leadership style, the content of the academic program, and the availability of information resources. The impact of each factor is described with scientific justification.

Additionally, modern trends such as digitalization, the development of educational technologies, and policies promoting academic freedom are considered as important prerequisites for improving students’ independent work. These factors directly contribute to enhancing the effectiveness of independent learning activities and increasing students’ intellectual potential.

The third chapter describes the diagnostic methods used at the initial stage of the research, the instruments applied, and the baseline data obtained. Diagnostics aimed to determine the initial level of students’ intellectual potential, their independent learning skills, cognitive activity, and academic motivation. The methods used included interviews, questionnaires, observation, testing, and analysis of students’ academic products.

The diagnostic results allow determining students’ readiness for independent work, the features of their intellectual development, and problematic areas of the learning process. These data serve as a basis for planning the subsequent stages of the experiment.

The content of the methodological system applied at the formative stage of the experiment is outlined. The methodology includes motivational, content-based, technological, and evaluative blocks, as well as a set of learning tasks, interactive methods, and digital resources aimed at developing students’ intellectual potential. The stages of planning, performing, and reflecting on independent work are presented through specific algorithms.

The methodology is aimed at activating students’ cognitive activity and developing skills of analysis, synthesis, comparison, and evaluation of information. The chapter describes the conditions for applying the methodology and possibilities for its integration into the educational process.

The results of the experimental work are presented through comparative analysis. The indicators of experimental and control groups, the dynamics of students’ intellectual potential development, and improvements in the quality of independent work are confirmed using statistical methods. The results are interpreted using diagrams, tables, and numerical data.

In conclusion, it is emphasized that the proposed pedagogical conditions and methodology have proven effective, and their practical value has been confirmed by the experiment. Recommendations for implementing the research results in higher education practice are also formulated.

Contents:

 

Preface

3

1

Theoretical foundations of organizing students’ independent work in the process of enhancing their intellectual potential

10

1.1

The pedagogical significance of educational content in organizing students’ independent work in higher education institutions

10

1.2

Methodological aspects of the problem of enhancing students’ intellectual potential in higher education

20

1.3

Theoretical and methodological foundations of organizing students’ independent work in the process of enhancing their intellectual potential under the credit-based learning system

33

2

Development of pedagogical conditions for enhancing students’ intellectual potential in the process of organizing independent work

48

2.1

Pedagogical conditions for organizing students’ independent work in the process of enhancing their intellectual potential

48

2.2

Theoretical model of organizing students’ independent work in the process of enhancing their intellectual potential

63

2.3

Factors influencing the development of students’ independent work in the modern educational process of higher education

81

3

Practical and experimental work on organizing students’ independent work in the process of enhancing their intellectual potential

90

3.1

Diagnostics of organizing students’ independent work in the process of enhancing their intellectual potential

90

3.2

Methodology for developing students’ independent work in the process of enhancing their intellectual potential

111

3.3

Results of the experiment and their interpretation

125

 

Conclusion

137

 

References

140

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» NJSC library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts:

Phone: +7 (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz

Калтаев Абдулла Габдылманапулы ID: 31

Monograph title: DEVELOPMENT OF PROTECTION OF ELECTRIC MOTORS ON REED SWITCHES

Author: Kaltayev Abdulla Gabdylmanapuly

ISBN 978-601-345-672-0

Brief Description: The monograph examines the theoretical and practical aspects of developing high-speed and highly reliable relay protection systems for electric motors based on reed switches – hermetically sealed magnetically operated contacts. The research addresses one of the pressing challenges in modern electrical power engineering: eliminating bulky and metal-intensive current transformers in protection circuits, which significantly improves reliability and reduces the overall mass of the devices.

A detailed analysis of existing protection methods for motors rated below and above 1000 V is provided, including traditional overcurrent, differential, and differential-phase protection schemes used in industrial facilities and power plants. Special attention is given to protection systems based on phase-current comparison and majority-logic schemes, which ensure higher tripping dependability and enable self-diagnostics. Based on the analysis of known solutions, several limitations have been identified – low sensitivity to turn-to-turn faults, lack of self-monitoring, structural complexity, and dependence on current transformer parameters.

The scientific novelty of the work lies in the development of new structural and functional principles for designing reed-switch-based motor protection systems characterized by high sensitivity, fast response, and resistance to external electromagnetic interference. Proposed models include devices that monitor the angles between stator phase currents without using measuring transformers, as well as majority-logic schemes («2 out of 3») equipped with functional diagnostic capabilities. Calculations and experimental studies confirm the effectiveness of reed-switch protection under various operating conditions of electric motors, including short circuits, turn-to-turn faults, and phase losses.

The practical value of the monograph is demonstrated by the potential application of the developed solutions in creating a new generation of relay protection systems distinguished by simplicity, cost efficiency, and enhanced reliability. The presented methods and circuit solutions can be applied in the design, commissioning, and operation of electric drives in industry, power engineering, and automated control systems.

The monograph is intended for doctoral, postgraduate, and master’s students specializing in Electric Power Engineering and Relay Protection, as well as for electrical engineers, system designers, and researchers working in the field of motor protection and reliability.

 

Contents:

 

 

Introduction

3

 

Terms and Definitions

5

1

Motor Protection Systems

6

1.1

Protection of motors with voltages below 1000 V

6

1.2

Traditional protection of motors with voltages above 1000 V using current transformers

14

1.2.1

Overcurrent protection

14

1.2.2

Differential protection

16

1.3

Motor protection systems above 1000 V based on phase-current comparison using current transformers

20

1.3.1

Differential-phase protections developed at Novocherkassk State University

20

1.3.2

Motor protection devices based on phase-current comparison developed at Pavlodar State University

23

1.3.3

Motor protection using a phase-sensitive majority-logic scheme with functional diagnostics

26

1.4

Relay protection of electric motors based on reed switches without current transformers

30

 

Conclusions

38

2

Development of Low-Voltage Motor Protection Devices Based on Reed Switches

40

2.1

Assessment of the probability of turn-to-turn faults in motors with lap windings

40

2.2

Protection model against phase loss, turn-to-turn, and interphase faults based on comparing phase-current angles

48

2.3

Interphase fault and phase-loss protection device on reed switches using phase conductors as control windings

58

 

Conclusions

67

3

Improvement of High-Voltage Motor Protection Devices Based on Reed Switches

68

3.1

High-voltage motor protection model using a majority-logic scheme with functional diagnostics

68

3.2

Reliability assessment of the motor protection model based on a majority-logic scheme

74

3.3

Designs for mounting reed switches near phase current-carrying conductors

82

 

Conclusions

89

 

Conclusion

91

 

References

92

 

Appendix A

Phase-current shift angles in the stator winding of an electric motor for various numbers of shorted turns in one phase

101

 

Appendix B

Program for calculating the number of shorted turns in a stator slot of an electric motor

105

The full text of the monograph is available at the Beisembayev Library («Toraighyrov University» Library), 64 Lomov Street, Pavlodar, Kazakhstan.

For purchase inquiries, please contact the Toraighyrov University Publishing House.

Contacts:

Phone: + (7182) 67-36-69 (ext. 1147)

E-mail: kereku@tou.edu.kz