"Development of the Universal Method for Controlling
the Heat-Carrier Leakage from Liquid-Metallic
Contours".
Abstract: The objective of this Project is development of a universal method for control of leakage from liquid metallic contours and other types of heat carrier of working medium (cesium, sulphur, water, etc.). Another objective of the Project is development of the universal combined method for Heat-Carrier leakage, increase reliability of registration of the starting moment of heat carrier atoms leakage and their immediate utilization.
Project Number: G-025
Beginning/Completion date: 1996-1998
Senior Project Manager: Tyurin I. A.
Funded: EU
Collaborators: Prof. Constantine Politis
University of Patras, Engineering Science Development
"Development of Oxygen Ion-Implanted Collector Materials for Thermal Emission Converters of Thermal Energy into the Electric One".
Abstract: The objective of this work is to prepare an issue a final summarizing report on the results of the many-years’ work of the author and his colleagues in the field of development of new oxygen ion-implanted collector materials for thermo ionic energy converters (TEC).
Project Number: G-032
Beginning/Completion date: 1996-1998
Senior Project Manager: Zykov S. A .
Project Manager: A. Guldamashvili
Funded: Sweden
Leading Institute: National High Technology
Center of Georgia
"Development and Thermophysical Calculations of Effective Cryogenic Means of Pumping".
Abstract: The purpose of the given Project is the development of effective non-compressing cryogenic (cryosorption CP and cryocondensation CSP) pumping means, intended for providing in the technological installations perfectly “pure” workspace – vacuum in the range of 105-10-10 Pa, with the operating resource 4-6 month after single priming.
Project Number: G-027
Beginning/Completion date: 1997-1999
Senior Project Manager: Novozhilov V.
V.
Project Manager: G. Dgebuadze
Funded: USA, EU
Collaborators: MVE Inc. / Cryogenic & Vacuum;
VTD Vakuum technik GmbH
"Design of the Processes for the Development of Ion-implanted Semiconductor Thermal Neutron Detectors".
Abstract: The
main objective of the Project is to develop the basic processes of
radiation technology for the development of a new class
implantation semiconductor detectors with p-n junction, with the
highest parameters of recording the intensity of the continuous and
pulsed flows of thermal neutrons.
Project Number: G 033
Beginning/Completion date: 1998-1999
Senior Project Manager: Lapidus O. V.
Project Manager: A. Guldamashvili
Funded: EEC
Collaborators: Dr. Jose Salgado, Instituto
Technology Nuclear
Leading Institute: National High Technology
Center of Georgia
"Technique and Technology of Cryogenic Sorption Vacuum Pumps"
Abstract: The
propose of suggested project is elaboration of manufacturing
technology of the high vacuum cryosorption pump (CSP),
manufacturing of CSP two prototypes, and testing cryovacuum
parameters:
• To obtain super-pure
vacuum;
• To provide the maximum acting
rapidity at the minimum pump size in the range of working pressure
from 10 Pa to 10-5 Pa.
Project Number: G-401
Beginning/Completion date: 2001-2003
Senior Project Manager: Novozhilov V.
V.
Project Manager: G. Dgebuadze
Funded: USA, EU
Collaborators: Ph.D. Stan D. Augustynowicz,
Cryogenic and Vacuum Dynacs Eng. At KSC NASA, Kennedy Space
Center
"Investigation of Helioenergetical Resources of Georgia and Creation of Solar Energy Cadastre"
Abstract: The purpose of the Project is preparation of the full-scaled work-plan with the comments from USA taken into account.
Project Number: G-697
Beginning/Completion date: 2002-2003
Senior Project Manager: Komashko B A
Project Manager: V. Kashia
Funded: USA
Collaborators:
- Samit K. Bhattacharrya, Argonne National Laboratory,
Illinois, Usa
Prof. Fernando D. S. Marquis, South Dakota School of Mines and
Technology, South Dakota, USA
"Development of Technology for Obtaining Hard and Elastic Structural Materials with High Absorbing Properties for Neutron Irradiation Sources".
Abstract: The objectives of the project are:
-To develop structural materials with high sorption properties
on the base of HNC, with the addition of the boron based
component.
-To develop hard composite materials of high sorption
properties by shock wave consolidation technology.
Project Number: G-762
Beginning/Completion date: 2003-2006
Senior Project Manager: Ryzhova T. B.
Project Manager: Dr. V. Sherozia
Funded: USA
Collaborators:
Dr. Karl Stauthammer, Los-Alamos National Laboratory, New
Mexico, USA
Prof. Fernando D. S. Marquis, South Dakota School of Mines and
Technology South Dakota, USA
Participating Institutes:
-Sukhumi Institute of Physics and Technology (Leading)
-Institute of Mining Mechanics
-P. Melikishvili Institute of Physical and Organic
Chemistry
"Investigation and Monitoring of the Long Life Radionuclide Pollution (90Sr, 137Cs) of Georgia’s Plant Cover and Soils".
Abstract: The
purpose of the Project is to organize in accordance with the
vertical zonality of the objects of investigation, systematic
monitoring of the contamination of Georgia’s plant cover and soils
by Sr-90 and Cs-137 and to draw up corresponding
recommendations. Another purpose of the Project is to make,
on the basis of elicited zones of radio contamination,
corresponding maps for timely forecasts of the contamination of
crops, pastures, large forest tracts, and soils by biologically
hazardous chemical elements, and to take corresponding protective
actions.
Project Number: G-1106
Beginning/Completion date: 2005-2008
Senior Project Manager: Rudneva V. Ya.
Project Manager: T.Urushadze
Funded: EU
Collaborators:
-Prof. Diedrich Steffens, JUSTUS LIEBIG, University Giessen,
Institute of Plant Nutrition, Agricultural Ecology and Natural
Resources Management, Germany
-Prof. Jaume Bech, University of Barcelona, Spain
"Development of New Technology of Electra and Heat conductive Metallized Polyimide Constructs with High Reflectivity"
Abstract: The project is directed on the development of the metallized polyimide films obtaining technology (with metals: silver, cobalt, nickel, platinum, gold, palladium), which could find their use as collectors and light reflectors for accumulation and solar energy transmission, antennas, antiradar shielding and also as chips for microelectronics. Kazakh-American JSC «KK Interconnect» has taken interest in the further development of the product. That is a unique opportunity for Kazakhstan to develop the national economy through new products and advanced technologies. The object of this project is development of the new technology of non-traumatic polyimide films metallization as well as foundation of coatings on the basis of polyimides and their macromolecular blends for the purpose of obtaining of constructs with mirror surface of high electric and heat conductivity.
Project Number: K-1117
Beginning/Completion date: 2006-2009
Senior Project Manager: Ryzhova T. B.
Project Manager: R. Iskakov
Sub-Manager from SIPT: M. Biliseishvili
Funded: EU
Collaborators:
-Prof. Mark J. M. ABADIE, Laboratory of Polymer & Advanced
Organic Materials, University of Montpellier II, France
-Prof. Gary W. BEALL, Nanophase Research Center, Dept.
Chemistry & Biochemistry, Texas State University, USA
-Prof. Alain Perichaud, Laboratory of Macromolecular Chemistry
of University of Provence Aix-Marseille, France
Participating Insitutes:
-A.B. Bekturov Institute of Chemical Sciences (ICHEMSCI)
(Leading)
-Sukhumi Institute of Physics and Technology
Kazakh National University
"Development of communication systems in Ilia Vekua Sokhumi Institute of Physics and Technology"
Abstract: Expected Results: After project realisation, the scientific and technical information base at institutes considerably will improve, will develop scientific communications, it will give the chance to institutes to pass all to higher and stable level of development.
Project Number: CSP-051
Beginning/Completion date: 2008-2009
Project Manager: T. Devishvili
Funded: EU
Participating Institutes:
Ilia Vekua Sokhumi Institute of Physics and Technology
(Leading)
Durmishidze Institute of Biochemistry and Biotechnology
F. Tavadze Institute of Metallurgy and Material Sciences
E. Andronikashvili Institute of Physics