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CORDIS Database: PARTNERS
Telecom-STV Co. Ltd. Record Control Number : 49161 Quality Validation Date : 1999-06-01 Update Date : 1999-06-01 Name : Telecom-STV Co. Ltd. City : Moscow Country : RUSSIAN FEDERATION Type : Consultancy, Research, Industry Subject Details : Basing own developments Telecom-STV produces installation for technology control, readmode product parameter testing and installation for solar cell manufacturing:1. Microwave relaxometers - the apparatus for nondestructive quantitative proximate measurement of nonequilibrium charge carrier lifetime in semiconductors.2. The apparatus for measuring solar cell principal photovoltaic parameters. Collaboration Title : The novel method of testing semiconductor materials in order to determination the type and concentration of defects with deep energy levels within forbidden gap Type Details : The goal of the project is to developed the method and apparatus for measurements recombination characteristics of semiconductor associated with defects having deep energy levels within forbidden gap in order to estimate such contamination.2.11. Keywords: Semiconductor; Contamination; Defect testing; Deep levels; Photoconductivity; Microwave; 2.12. Partners skills and competencies Expertise is required. The description of this method as well as theoretical backgrounds based on known recombination rate equations is not and has never been prepared for publication in magasins and patents. Programme : IST Validity Date : 1999-12-31 Target Partner Country : Any Country Contact Person Name : BEREZIN, Andrew Organisation : Telecom-STV Co. Ltd. City : Moscow Country : RUSSIAN FEDERATION Telephone : 70955353322 Electronic Mail : anber@iopsys.ru Russian Federal Nuclear Center - All-Russian Scientific Research Institute of Experimental PhysicsRecord Control Number : 49152 Quality Validation Date : 1999-06-01 Update Date : 1999-06-01 Name : Russian Federal Nuclear Center - All-Russian Scientific Research Institute of Experimental Physics City : Sarov Country : RUSSIAN FEDERATION Type : Research Number of Employees : > 500 Subject Index Codes : Electronics, Microelectronics, Materials Technology, Scientific Research, Other Technology Subject Details : Technology for polymer materials (foam plastics, composites, glues, compounds) ; Welding technology (electron-ray, laser, ultrasonic, contact, pulse, argon-arc, diffusional) ; Powder metallurgy; Pulse methods for metal treatment (explosive stamping, explosive welding, electrohydropulse welding) ; Technology for protective coatings (plasma, flame, electron ray spraying, magnetron sputtering, varnish-and-paint coatings, galvanic coatings, galvanoplastics) ; Nondestructive material control; Metallographic investigations of metals, materials. Collaboration Title : Development of Environmentally Conscious Resource-Saving Technology for Welding Mounting of Electron Components on Printed Circuit Boards with Simultaneous Nondestructive Joint Quality Control Type Details : Objectives The goal of the proposed Project is the following: Development of environmentally conscious technology for welding electron component mounting on printed circuit boards; Development of technology for nondestructive quality control of welded joints on printed circuit boards directly in mounting. The basis of this Project is concept for development of mounting technology for radioelectron apparatus free of using toxical lead-containing soldering pastes and solders, active fluxes, and also chloro-fluoro-hydrocarbons, using for washing of radioelectron apparatus after soldered mounting. The proposed technology provides for non-pollution of man habitat, high reliability for joints in radioelectron apparatus as comparaed to conventional soldering methods. Welding mounting technology will allow to provide serviceability of radioelectron apparatus in a wide range of mechanical and climate conditions (autoelectronics, aviation- and ship- radioelectron apparatus, mobile radiocommunication, modern household appliances and others) . Programme : IST Validity Date : 1999-12-31 Target Partner Country : Any Country Contact Person Name : CHUDINOV, Sergey (Mr) Position : Project manager Organisation : Russian Federal Nuclear Center - All-Russian Scientific Research Institute of Experimental Physics Department : Technological Department Address : 37 Mir Ave., Sarov, Nizhni Novgorod Region, Russia City : Sarov Country : RUSSIAN FEDERATION PostCode : 607190 Telephone : +7-8312-657906 Fax : +7-8312-657906 Contact Org. URL : http://www.VNIIEF.ru/ Electronic Mail : Ric@unn.ac.ru Latvian Technological Center Record Control Number : 48901 Quality Validation Date : 1999-05-21 Update Date : 1999-05-21 Remarks : 6-99 Name : Latvian Technological Center Address : Aizkraukles 21 City : Riga PostCode : 1006 Country : LATVIA Type : Research, Education Number of Employees : 10 - 49 Subject Details : Information about the Laboratory: Proposal for the project is prepared by the Research Laboratory Nonlinear Phenomena of Vibrating Systems of Riga Technical University. The main field of activity, development of new high-sensitive methods and facilities for nondestructive testing of engineering objects based on utilization of nonlinear vibration effects. The scientific leader of the Laboratory is Latvian State Prize Laureate in the field of science and technology, Dr. Habil., Prof. S. Tsyfansky. The Laboratory is equipped with specialized analog-digital computational complex (it is defended by 20 patents) , which makes it possible to solve complex sets of nonlinear differential equations beyond the bounds of possibilities of analytical methods. The results of research are published in scientific literature (4 monographs, 152 papers, 112 patents) . The Laboratory has experience in International Scientific collaboration: Joint research together with the scientists from England, Netherlands, Denmark and Bulgaria in the development of new methods for nondestructive testing of wind turbine blades (European Commission Project JOU2-CT92-0091) . Joint research together with the scientists from Kobe University (Japan) in the development of new methods for vibrodiagnostics of cracks in rotating shafts. Collaboration Title : Nonlinear vibrodiagnostics of technical condition of aeronautic objects Programme : LIFE QUALITY, IST, GROWTH, EESD, INCO 2, INNOVATION-SME, HUMAN POTENTIAL Research Interest : Statistics, operations research, programming, actuarial mathematics, Technological sciences, Construction technology, Transport technology, Air transport technology Partners Aquired : ADM_RMK IRC Del No. 197 BBS Ref. 6-99 Target Partner Expertise : (1) Specialists in solving of sets of nonlinear differential equations describing the dynamics of damaged aviation structures. (2) Laboratories equipped with vibroexciters and modern instrumentation for vibration analysis. (3) Companies and enterprises of aircraft and aerospace industry concerned with fatigue cracks detection in aviation structures (thin-walled reinforced constructions) . (4) Specialists involved with the development of compact electrosparking hydraulic vibroexciters with high amplitude of generated force (up to 100 kN) . Country : EUROPEAN UNION Contact Person Name : KOVALCUK, Jevgenij Organisation : Latvian Technological Center Address : Aizkraukles 21 City : Riga Country : LATVIA PostCode : 1006 Telephone : +371-7540703 Fax : +371-7540709 Electronic Mail : femirc@edi.lv Research Laboratory "Nonlinear Phenomena of Vibrating Systems" of Riga Technical University Record Control Number : 48905 Quality Validation Date : 1999-05-24 Update Date : 1999-05-24 Name : Research Laboratory "Nonlinear Phenomena of Vibrating Systems" of Riga Technical University Address : Kalku 1 City : Riga PostCode : 1658 Country : LATVIA Type : Research, Education Number of Employees : 50 - 249 Subject Index Codes : Construction Technology, Environmental Protection, Materials Technology, Measurement Methods, Safety, Standards, Transport, Waste Management Subject Details : Proposal for the project is prepared by the Research Laboratory "Nonlinear Phenomena of Vibrating Systems" of Riga Technical University. The main field of activity - development of new high-sensitive methods and facilities for nondestructive testing of engineering objects based on utilization of nonlinear vibration effects. The scientific leader of the Laboratory is Latvian State Prize Laureate in the field of science and technology, Dr. habil., Prof. S. Tsyfansky.The Laboratory is equipped with specialized analog-digital computational complex (it is defended by 20 patents) , which makes it possible to solve complex sets of nonlinear differential equations beyond the bounds of possibilities of analytical methods. The results of research are published in scientific literature (4 monographs, 152 papers, 112 patents) .The Laboratory has experience in International Scientific collaboration: Joint research together with the scientists from England, Netherlands, Denmark and Bulgaria in the development of new methods for nondestructive testing of wind turbine blades (European Commission Project JOU2-CT92-0091) . Joint research together with the scientists from Kobe University (Japan) in the development of new methods for vibrodiagnostics of cracks in rotating shafts. Collaboration Title : Methods and Facilities for Vibrodiagnostics, Detection of Damages and Fatigue Cracks, Nondestructive Testing, Nonlinear Vibration Effects, Aeronautic Objects, Mechanical Engineering Type Details : Existing linear methods for vibrodiagnostics have some limitations (a few number of vibration parameters, which can be used as diagnostic signs; low sensitivity to defects; necessity of comparison standard object) , which confine the field of their application. Due to low sensitivity of these methods high-precision and expensive instrumentation has to be used ; procedures of nondestructive testing usually are very laborious and require a great many working hours of failure shooting.The proposed project seeks to develop new trend in technical diagnostics - nonlinear vibrodiagnostics, based on the utilization of nonlinear vibration effects as a collection of diagnostic factors, which point to the appearance of faults in a testing aeronautic object. Nonlinear properties are inherent to many aerospace units (liquid dampers, dampers with dry friction, couplings with preload, etc.) ; besides mathematical nonlinearity of the system can be conditioned by the origin in it of fatigue cracks, which are considered as additional elastic nonlinearities. What is more, within the scope of nonlinear dynamic model there is a significantly greater variety of effective and high sensitive diagnostic signs: characteristics of vibration spectrum, time responses and phase portraits of nonlinear regimes, characteristic dimensions of attractive regions, magnification factors of nonlinear resonant regimes, bifurcation frequencies, vibration modes, effects of internal resonance, statistic parameters of chaotic motions, etc. High detection sensitivity of nonlinear diagnostic signs is caused by more abrupt response of nonlinear system (in comparison with the linear one) to changes in its parameters. Programme : GROWTH, EESD, INNOVATION-SME, FP5-EAECJRC C, FP5-EAECTP C Validity Date : 2000-01-01 Target Partner Expertise : (1) Specialists in solving of sets of nonlinear differential equations describing the dynamics of damaged aviation structures.(2) Laboratories equipped with vibroexciters and modern instrumentation for vibration analysis.(3) Companies and enterprises of aircraft and aerospace industry concerned with fatigue cracks detection in aviation structures (thin-walled reinforced constructions) .(4) Specialists involved with the development of compact electrosparking hydraulic vibroexciters with high amplitude of generated force (up to 100 kN) . Country : Any Country Contact Person Name : BERESNEVICH, Vitaly (Dr Sc) Position : Senior Researcher Organisation : Research Laboratory "Nonlinear Phenomena of Vibrating Systems" of Riga Technical University Address : Kalku 1 City : Riga Country : LATVIA PostCode : 1658 Telephone : +371-7-089469/540703 Fax : +371-7-820094/540709 Electronic Mail : femirc@edi.lv Latvian Technological Center Record Control Number : 48949 Quality Validation Date : 1999-05-21 Update Date : 1999-05-24 Remarks : 3-99 Name : Latvian Technological Center Address : Aizkraukles 21 City : Riga PostCode : 1006 Country : LATVIA Type : Research, Education Number of Employees : 10 - 49 Subject Details : Information about the Laboratory: Proposal for the project is prepared by the Research Laboratory Nonlinear Phenomena of Vibrating Systems of Riga Technical University. The main field of activity, development of new high-sensitive methods and facilities for nondestructive testing of engineering objects based on utilization of nonlinear vibration effects. The scientific leader of the Laboratory is Latvian State Prize Laureate in the field of science and technology, Dr. Habil., Prof. S. Tsyfansky. The Laboratory is equipped with specialized analog-digital computational complex (it is defended by 20 patents) , which makes it possible to solve complex sets of nonlinear differential equations beyond the bounds of possibilities of analytical methods. The results of research are published in scientific literature (4 monographs, 152 papers, 112 patents) . The Laboratory has experience in International Scientific collaboration: Joint research together with the scientists from England, Netherlands, Denmark and Bulgaria in the development of new methods for nondestructive testing of wind turbine blades (European Commission Project JOU2-CT92-0091) . Joint research together with the scientists from Kobe University (Japan) in the development of new methods for vibrodiagnostics of cracks in rotating shafts. Collaboration Title : Advanced Technologies for Nanodispersed Powders and Fine Ceramics Programme : LIFE QUALITY, IST, GROWTH, EESD, INCO 2, INNOVATION-SME, HUMAN POTENTIAL Research Interest : Electronics & Electrical Technology, Transport technology, Electronics, Microelectronics, Air transport technology Partners Aquired : ADM_RMK IRC Del No. 197 BBS Ref. 3-99 Target Partner Expertise : firms for engine building, aeronautics, radio engineering, electronics, chemical industry, metallurgy and other. Country : EUROPEAN UNION Contact Person Name : KOVALCUKS, Jevgenijs Organisation : Latvian Technological Center Address : Aizkraukles 21 City : Riga Country : LATVIA PostCode : 1006 Telephone : +371-7540703 Fax : +371-7540709 Electronic Mail : femirc@edi.lv