Comprehensive and interdisciplinary solution of priority scientific objectives is provided by a unique combination of equipment of the Collaborative Use Center for creation of plasma with subthermonuclear temperature based on the spherical tokamak Globus-M and equipment for material diagnostics using a complex of precision analytical equipment, which allows to obtain with high accuracy, sensitivity and spatial resolution structural information up to atomic scale.
Increasing the complexity and expanding the list of services performed for users is regulated by the relevant documents; development of material and technical, normative-methodological, metrological and information components of the Collaborative Use Center is also among the main tasks of.
Collaborative Use Center conducts research in support of the implementation of priority scientific objectives in the following main areas:
- Research and development of efficient schemes for continuous current maintenance in the compact tokamak, a prototype neutron generator.
- Development of methods for heating the tokamak plasma to subthermonuclear temperatures, providing conditions for effective neutron generation in the beam-plasma fusion reaction.
- Development of technology for the output of fusion products through specially designed divertor-type interfaces.
- Study of the materials for the first wall of the compact tokamak, providing steady-state operation, resistant to plasma and neutron irradiation.
Services provided by the Center:
- diagnostic support of federal, regional, and international initiative projects and programs carried out by scientific teams;
- diagnostic support of high technologies and science-intensive production;
- training of students, work with postgraduate students and doctoral candidates, organization of advanced training courses for specialists-users of the latest analytical equipment;
- development of existing and creation of new directions of diagnostics, experimental methods and scientific equipment.
Comprehensive and interdisciplinary solution of priority scientific objectives is provided by a unique combination of equipment of the Collaborative Use Center for creation of plasma with subthermonuclear temperature based on the spherical tokamak Globus-M and equipment for material diagnostics using a complex of precision analytical equipment, which allows to obtain with high accuracy, sensitivity and spatial resolution structural information up to atomic scale.
Increasing the complexity and expanding the list of services performed for users is regulated by the relevant documents; development of material and technical, normative-methodological, metrological and information components of the Collaborative Use Center is also among the main tasks of.
Collaborative Use Center conducts research in support of the implementation of priority scientific objectives in the following main areas:
- Research and development of efficient schemes for continuous current maintenance in the compact tokamak, a prototype neutron generator.
- Development of methods for heating the tokamak plasma to subthermonuclear temperatures, providing conditions for effective neutron generation in the beam-plasma fusion reaction.
- Development of technology for the output of fusion products through specially designed divertor-type interfaces.
- Study of the materials for the first wall of the compact tokamak, providing steady-state operation, resistant to plasma and neutron irradiation.
Services provided by the Center:
- diagnostic support of federal, regional, and international initiative projects and programs carried out by scientific teams;
- diagnostic support of high technologies and science-intensive production;
- training of students, work with postgraduate students and doctoral candidates, organization of advanced training courses for specialists-users of the latest analytical equipment;
- development of existing and creation of new directions of diagnostics, experimental methods and scientific equipment.
Comprehensive and interdisciplinary solution of priority scientific objectives is provided by a unique combination of equipment of the Collaborative Use Center for creation of plasma with subthermonuclear temperature based on the spherical tokamak Globus-M and equipment for material diagnostics using a complex of precision analytical equipment, which allows to obtain with high accuracy, sensitivity and spatial resolution structural information up to atomic scale.
Increasing the complexity and expanding the list of services performed for users is regulated by the relevant documents; development of material and technical, normative-methodological, metrological and information components of the Collaborative Use Center is also among the main tasks of.
Collaborative Use Center conducts research in support of the implementation of priority scientific objectives in the following main areas:
- Research and development of efficient schemes for continuous current maintenance in the compact tokamak, a prototype neutron generator.
- Development of methods for heating the tokamak plasma to subthermonuclear temperatures, providing conditions for effective neutron generation in the beam-plasma fusion reaction.
- Development of technology for the output of fusion products through specially designed divertor-type interfaces.
- Study of the materials for the first wall of the compact tokamak, providing steady-state operation, resistant to plasma and neutron irradiation.
Comprehensive and interdisciplinary solution of priority scientific objectives is provided by a unique combination of equipment of the Collaborative Use Center for creation of plasma with subthermonuclear temperature based on the spherical tokamak Globus-M and equipment for material diagnostics using a complex of precision analytical equipment, which allows to obtain with high accuracy, sensitivity and spatial resolution structural information up to atomic scale.
Increasing the complexity and expanding the list of services performed for users is regulated by the relevant documents; development of material and technical, normative-methodological, metrological and information components of the Collaborative Use Center is also among the main tasks of.
Collaborative Use Center conducts research in support of the implementation of priority scientific objectives in the following main areas:
- Research and development of efficient schemes for continuous current maintenance in the compact tokamak, a prototype neutron generator.
- Development of methods for heating the tokamak plasma to subthermonuclear temperatures, providing conditions for effective neutron generation in the beam-plasma fusion reaction.
- Development of technology for the output of fusion products through specially designed divertor-type interfaces.
- Study of the materials for the first wall of the compact tokamak, providing steady-state operation, resistant to plasma and neutron irradiation.
Services provided by the Center:A
- diagnostic support of federal, regional, and international initiative projects and programs carried out by scientific teams;
- diagnostic support of high technologies and science-intensive production;
- training of students, work with postgraduate students and doctoral candidates, organization of advanced training courses for specialists-users of the latest analytical equipment;
- development of existing and creation of new directions of diagnostics, experimental methods and scientific equipment.
Services provided by the Center:
- diagnostic support of federal, regional, and international initiative projects and programs carried out by scientific teams;
- diagnostic support of high technologies and science-intensive production;
- training of students, work with postgraduate students and doctoral candidates, organization of advanced training courses for specialists-users of the latest analytical equipment;
- development of existing and creation of new directions of diagnostics, experimental methods and scientific equipment.