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	SMV-2014-20: Development of welding and soldering technology for testing expansion turbines Zobač, Martin ; Vlček, Ivan The subject of the project was further research and development of permanent joints of metallic materials for experimental expansion turbines using the electron beam welding and the vacuum brazing. The project results are technological processes for specific assemblies. Detailed record
	SMV-2012-11: Research and development of permanent joints of metal materials for xray sources by electron beam welding and vacuum brazing Zobač, Martin ; Vlček, Ivan ; Dupák, Libor The subject of the project was further research and development of permanent joints of metal materials by electron beam welding and vacuum brazing. The outcome of the project were specific technological procedures for the given assemblies, as well as technological procedures for various combinations of metal materials with general usability. The significant experimental demands were characteristic for this project. Detailed record
	SMV-2012-30: Electron Beam Welder MEBW-60/2 Zobač, Martin ; Vlček, Ivan ; Dupák, Jan ; Dupák, Libor ; Kapounek, Petr License fee from production and sales of the electron beam welder MEBW-60/2, which research and development was conducted at ISI in years 2006-2008. The device is significantly upgraded version of the electron beam welder developed at ISI during past 20 years. It features a working chamber with volume of 7 liters, an electron gun with accelerating voltage of 60 kV. The beam power is fluently adjustable up to 2 kW. For movement of the welded pieces it is possible to use 2-axis motorized manipulator. The control of the welder is fully digital and all functions are available to user through movable control panel. The device includes work table with work area large enough for needed preparatory work. Spatial arrangement is variable so it allows customization in place of installation. Detailed record
	SMV-2012-25: Research and development of permanent joints of metal materials by electron beam welding Zobač, Martin ; Vlček, Ivan ; Dupák, Libor The subject of the project was further research and development of permanent joints metal materials by electron beam welding for preparation of samples for research of advanced forming methods. The outcome of the project were specific technological procedures for various combination of materials. The significant experimental demands were characteristic for this project. Detailed record
	SMV-2012-24: Research and development of permanent joints of metal materials for scientific instruments by electron beam welding and vacuum brazing Zobač, Martin ; Vlček, Ivan The subject of the project was further research and development of permanent joints of metal materials by electron beam welding and vacuum brazing. The outcome of the project were specific technological procedures for the given assemblies, as well as technological procedures for various combinations of metal materials with general usability. This project was characteristic by significant diversity of shape and material of welded assemblies and the resulting significant experimental demands. The results of the project were summarized in a research report. Detailed record
	SMV-2012-23: Research and development of permanent joints of metal materials for scientific instruments by electron beam welding and vacuum brazing Zobač, Martin ; Vlček, Ivan The subject of the project was research and development of permanent joints of metal materials by electron beam welding and vacuum brazing. The outcome of the project were verified technological procedures for various assemblies of wide variations of shape and material. This variety leading to high experimental demands was characteristic for this project. The results of the project were summarized in the research report. Detailed record
	SMV-2013-33: Development of dissimilar joints welding technology for advanced methods of forming Zobač, Martin ; Vlček, Ivan The subject of the project was further research and development of permanent joints metal materials by electron beam welding for preparation of samples for research of advanced forming methods. The outcome of the project were specific technological procedures for various combination of materials. The significant experimental demands were characteristic for this project. Detailed record
	SMV-2013-32: Development of the electron gun for welding of the radioactive samples in the hot chamber used in nuclear industry Zobač, Martin ; Vlček, Ivan The subject of the project was the research and development of the electron gun for electron beam welding with accelerating voltage 60 kV and maximal power 2 kW. The device was developed for work in so called "hot chamber", where it is exposed to radioactive radiation. Requested parameters were met according to specification. The project was characteristic by solving complex problems from different fields and resulted in construction of functional prototype, that was successfully tested in cooperation with the client. Detailed record
	SMV-2013-30: Development of welding methods of zirkonium alloy intended for creep tests Zobač, Martin ; Vlček, Ivan The subject of the project was further research and development of permanent joints of zirconium alloys by electron beam welding for the needs of the nuclear industry. The outcome of the project were specific technological procedures for the given assemblies verified by test series. The significant experimental demands were characteristic for this project. Detailed record
	SMV-2013-28: New brazing and welding methods for development of precise mechanical parts of electron microscopes Zobač, Martin ; Vlček, Ivan The subject of the project was further research and development of permanent joints of metal materials by electron beam welding and vacuum brazing. The outcome of the project were specific technological procedures for the given assemblies, as well as technological procedures for various combinations of metal materials with general usability. This project was characteristic by significant diversity of shape and material of welded assemblies and the resulting significant experimental demands. Detailed record

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