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. // Tomsk State Pedagogical University Bulletin. 1997. Issue 2 (2). P. 3-4

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. // Tomsk State Pedagogical University Bulletin. 1997. Issue 2 (2). P. 6-8

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. // Tomsk State Pedagogical University Bulletin. 1997. Issue 2 (2). P. 8-10

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. // Tomsk State Pedagogical University Bulletin. 1998. Issue 2 (5). P. 62-69

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. // Tomsk State Pedagogical University Bulletin. 1998. Issue 2 (5). P. 111-112

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THE SINGLE-PHOTON DOUBLE-IONIZATION OF NE VALENCE SHELL // Tomsk State Pedagogical University Bulletin. 1998. Issue 5 (8). P. 26-34

// Tomsk State Pedagogical University Bulletin. 1998. Issue 5 (8). P. 34-40

Alternative problem-project model of improvement of qualifications system «A teacher of the open education» // Tomsk State Pedagogical University Bulletin. 2000. Issue 8 (24). P. 46-49

The traditional process of improvement of improve¬ment of qualifications is usually marked by the usage of informative technologies, but it doesn't satisfy the cultural-educational need of the society, school and teacher himself. Simultaneously their takes place the reformation of the educational system accordingly to values of the Open so¬ciety. In this article the subject of alternative problem-project model of the qualifications improvement system «A teacher of the Open education» will be considered.

Inlividualization and differentiation of the process of education in physics at a secondary school // Tomsk State Pedagogical University Bulletin. 2002. Issue 2 (30). P. 63-69

The present article considers the question of the increase of efficiency of the individualization in the education. The experimental research results of the distribution by students from the learning materials at the end of the lecture are published. Possible reasons of the nonlinear education process are discussed.

The formalized description of different types of problems for the automatized simulation // Tomsk State Pedagogical University Bulletin. 2002. Issue 2 (30). P. 73-77

The questions of optimization of study process of different physics problems' decision, the questions of connecting traditional methods with using PC are investigated. The description of algorithm of the automatized decision of physics problems using the model language is given.

The Computer Aided Control of the Knowledge Quality as an Effective Tool to Increase the Students' Learning Activity // Tomsk State Pedagogical University Bulletin. 2003. Issue 4 (36). P. 86-88

The problem of quality is a central one in the education at its different levels. The activity of monitoring centres concerning the quality of education shows that the adequate and continuous diagnostics of a training process becomes more and more meaningful stimulus for the personal, intellectual, professional and creative development of schoolchildren and students in secondary and higher educational institutions. The majority of systems for the knowledge quality control is focused only to the estimation of final results of training. Here we offer a technique, which allows to control the process of mastering the basic parameters of knowledge among the students' on the course of general physics.

Decision Technique of Physic’s Problems with Using Systems of Visual Modeling and the Decision of Problems (SVIMZ) // Tomsk State Pedagogical University Bulletin. 2006. Issue 3 (54). P. 43-47

This paper is about new development in the field of the decision of calculating problems of physics. The decision of a problem is carried out in program development «System of visual modeling and the decision of problems». The basic stages and rules of work in system allowing to describe (to simulate) a problem and to solve one are described. Advantages of the system, in opinion of authors, are problems’ structure modeling as graphic notations and the numerical methods using a method of componental circuits built-in the program. The advantages allow to concentrate directly on modeling and the decision of problems, instead of its numerical performance.

Coulomb Autoionisation of 1s2pnl Quartet States of Li Atom and Be+ Ion // Tomsk State Pedagogical University Bulletin. 2006. Issue 6 (57). P. 42-44

In this work are given the results of calculations of characteristics of Auger-spectrum, arising from the decaying via Coulomb autoionisation of quartet terms 1s2pnl in Li atom and Be+ ion to the adjacent 1s2sеl quartet continuum

New Conception of Principe Vision in Problem Virtual Means Didactic in Method of Teaching // Tomsk State Pedagogical University Bulletin. 2006. Issue 6 (57). P. 120-124

Considered of conception Problem Vision end Visualization in didactic of Physic for application in content Teaching of different degree detail for computer method in learning training. The Elaboration Vision model end formulate gйnйrale Topology for model visual. Demonstrated of grand effect in Teaching possible realize of application composite combination visual end natural models relies for modeling

The Use of Model Potentials in Calclation of the Fullerene Electron Structure // Tomsk State Pedagogical University Bulletin. 2006. Issue 6 (57). P. 170-171

The results of investigation of the fullerene C60 ground state electron structure obtained with the use of model spherical-symmetric potentials of electron-nuclear interaction are presented. The following models: the rectangular potential well, the potential of the uniformly charged sphere, and the potential “in a chosen direction” are used in the calculations. The new potential “in a chosen direction” has been used for the first time, so that the corresponding results are of the most interest. We suppose this potential takes into account, to a certain extend, the real geometry of the molecule C60 and the screening of the nuclei Coulomb field by the inner-shell electrons. The single-electron energies are calculated in both Hartree and Hartree-Fock approximations for the averaged term configuration of 60 outermost valence electrons. The inner-shell electrons are included effectively into the molecular ionic core. The parameters of the potential are chosen to provide the best correspondence of single-electron energies and the experimental ionization thresholds IP1=7.58 eV , IP2=11.50 eV. The calculation showed a good agreement between the calculated results and experimental data. All that will allow utilization of well-developed methods of the theoretical atomic physics to investigation of spectroscopic properties of highly-symmetrical molecular clusters

- // Tomsk State Pedagogical University Bulletin. 2006. Issue 6 (57). P. 175-176

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Research Method in Forming Critical and System Thought During Physics Lessons // Tomsk State Pedagogical University Bulletin. 2007. Issue 6 (69). P. 119-122

The article considers the problem of forming critical and system thought of students in teaching physics. The realization of research method of teaching is presented by the methods on the basis of experimental tasks of research character. The examples of its realization in educational process are given

Forming competences of future teacher of Physics on basis of research experiences // Tomsk State Pedagogical University Bulletin. 2007. Issue 6 (69). P. 122-126

The problem of forming research competences of future teachers of Physics is considered in the article. The method of competences’ forming on basis of complex problems with concealed schemes is proposed. The variants of calculating and experimental tasks are regarded. The examples of method of exploratory problems’ solution in regime of demonstrative experiment and individual work are shown

PROBLEM-ORIENTED APPROACH TO SOLVING TASKS IN PHYSICS AT SPECIAL SCHOOLS AND UNIVERSITY // Tomsk State Pedagogical University Bulletin. 2009. Issue 5 (83). P. 10-15

The article considers complex problem-oriented approach to solving tasks in physics with system use of information and communication technologies. Proposed method enlarges problem file of teaching physics, approaches its content to modern level of scien tific knowledge in physics and project-oriented problems are very important for creative development. Models are applicable for students end teachers of physic and special schools. Positions and suggestions of the article are illustrated with the concrete examples

Keywords: the problemno-focused approach, information-communication technologies in training to the physicist, internet resources in training to the physicist

THE ACTIVE-EDUCATIONAL ENVIRONMENT OF SCHOOL AND UNIVERSITY: ROLE OF PHYSICS IN SOCIAL SPHERE AND ECOLOGY // Tomsk State Pedagogical University Bulletin. 2009. Issue 6 (84). P. 102-106

The information about this can be useful when reading the lectures on the general physics and for the course «The Concept of modern natural sciences». In the article the nuclear reactions applied in neutron – capture therapies (NCT) for treatment are considered, and also the examples of hi-tech processes for manufacture of radioactive isotopes necessary for these purposes at factories of Russia are resulted. It is offered to use the given information for active studying of physics and solving basic contradiction of discrepancy, consciousness and recourses in pedagogical science.

Keywords: the problem-focused approach, information-communication technologies in training physics, internet resources in training physics

MEDIA INFORMATION END EDUCATION FOR TRANSFER A PROBLEMS PHYSICS FOR PROJECTS // Tomsk State Pedagogical University Bulletin. 2009. Issue 10 (88). P. 106-110

The paper presents a concise description of elaboration news methods for solution problems and transfer for projects on the General Physics Course. Results a schemas proposes on obtains products pedagogic a employ for schools end technical university. Set examples be revealed for students possibility realize individuality a media interactive teachers end students. The implementation of this work in the educational process has become possible due to the latest achievements in the information technology fields.

Keywords: the problem-oriented teaching, the method of projects, information technology, educational medium, general physics course

JOINT ACTIVITIES OF STUDENTS DURING PRACTICAL TRAINING IN PHYSICS: THE FORMATION OF PHYSICAL IDEAS AT THE PROJECT LEVEL // Tomsk State Pedagogical University Bulletin. 2012. Issue 2 (117). P. 147-151

This article presents results of the authors in research about elaboration and realization the program by forming joint activities of students during practical training in physics and the formation of physical ideas at the project level of students in schools and technical university in the organization process of children and the teacher.

Keywords: joint activity of children, students, competence to solve problems, forming physical ideas

PROJECT POTENTIAL OF LEARNING TASKS IN PHYSICS AND ITS DIAGNOSTICS ON THE EXAMPLE OF TASKS FROM SECTION „ELECTROSTATICS“ // Tomsk State Pedagogical University Bulletin. 2017. Issue 4 (181). P. 64-70

Wide application of project method in teaching of physics shows the potential of this method for engineering education in modern conditions of training of specialists able to adapt to modern conditions of production. The studies of many authors confirm the need for the formation of the generalized design skills for teaching physics at the technical University throughout the study at the University, including classes in physics. In our previous studies were introduced the notions of learning tasks in physics and generalized design skills and proved their compliance with the stages of the training project activities, represented the design skills formed on these stages corresponding to the phases of professional design activities of engineer. As a means of forming generalized design skills, we propose to use learning tasks in practical classes in physics. This article presents one way of forming common design skills, criteria for the selection of learning tasks in physics with the aim of forming common design skills, introduced the concept of the design potential of learning physical tasks. The authors show the method of formation of the generalized design skills and the step by step algorithm of actions of the teacher to organize the educational process to create and implement projects based on learning tasks in physics.

Keywords: project potential of physical problem, project method, project skills

PHYSICS AND MATHEMATICS SCHOOL AS AN INSTRUMENT TO FORM COGNITIVE ACTIVITY AMONG SCHOOLCHILDREN // Tomsk State Pedagogical University Bulletin. 2017. Issue 12 (189). P. 139-146

The level of modern fundamental sciences and technologies, based on them, not only require an increase in the general level of natural science education, but also should attract talented young people to these areas of activity. These problems are directly related to the problems of activating cognitive interest and cognitive activity in the learning processes. In pedagogy and psychology, considerable scientific and practical materials have been accumulated on the study of cognitive interest and the formation of cognitive activity among children of junior and high school age, by various psychological and pedagogical means, including the introduction of specialized educational subjects. An important role in solving these problems plays extracurricular work with schoolchildren. In the sixties of the last century, the need to involve scientists into the study processes was recognized and therefore developing new ways to organize the teaching process for the schoolchildren. So the combination of physics and mathematics schools appeared (PhMS). Despite more than a half-century history of the physics and mathematics school existence, the PhMS in the context of activating cognitive interest and cognitive activity is considered for the first time. Illustrated by the example of Tomsk State University Physics and Mathematics School, the structure, directions and methods used in this form of extracurricular work are shown. Such forms as a correspondence physics and mathematics school, an evening physics and mathematics school, a summer full-time physics and mathematics school combining rest and training for schoolchildren, as well as a winter physics and mathematics school are considered. Examples of curricular are given, organizational forms of work for different age groups of schoolchildren are described. It is shown how PhMS can be useful for all schoolchildren but at the same time help to identify gifted students. The efficiency of the PhMS was analyzed based on the results of the Unified State Exam.

Keywords: cognitive activity, cognitive interest, physics and mathematics school, gifted children, Unified State Exam