International Science Foundation

Acknowledgment. Research described in this paper was made possible in part by Grant No JDBIOO from International Science Foundation and Russian Government. 

Let us enumerate some of them Lithuanian Academy of Sciences, State Institute of Theoretical Physics and Astronomy, Lithuanian Branch of the International Centre for Scientific Culture - World Laboratory, Nordisk Institut for Teoretisk Fysik (NORDITA) in Denmark, the University of Lund in Sweden, International Science Foundation. 

This research was supported in part by the Russian Foundation for Basic Research (Project No. 97-03-33020) and International. Science Foundation (Grants MSE000 and MSE300). 

This paper is part of a project supported by the International Science Foundation (ISF). Grant MEL 000. 

The research described in this publication was performed in part under Grant No. K 37 100 from the Joint Fund of the Government of Ukraine and International Science Foundation. 

The research described in this publication was made possible in part by Grants No RPVOOO and RPV300 from the International Science Foundation and the Russian Ministry of Science. 

It should be stressed that our oxoacidity studies could not have been realized without the kind financial support of the International Science Foundation (Grant No. YSU 083062), the State Foundation of Basic Researches of Ukraine (Project No. 03.07/00138) and the National Academy of Sciences of Ukraine. 

ISF International Science Foundation KAB keep America beautiful... 

Participation of a sizeable Russian delegation in the International Conference on Mathematics and Computations, Reactor Physics and Environmental Analyses, held in Portland (Oregon), April 30-May 4, 1995. This participation was made possible through the generous financial support of the International Science Foundation. The proceedings of this biennial topical conference of the Mathematics and Computation Division of the American Nuclear Society were published by the American Nuclear Society [3]. 

We express our appreciation to the International Science Foundation, the Petroleum Research Fund, the ACS Division of Polymeric Materials Science and Engineering, Inc., the Hoechst Celanese Research Company, and the Edison Polymer Iimovation Corporation for providing financial support for travel for a number of foreign scientists. 

Authors express gratitude to Dr. V.S.Bezborodov for the synthesis of amines and T.L.Lebedeva for IR spectroscopy measurements and fruitfiil discussions. The research described in this publication was made possible in part by Grant No MR-300 from the International Science Foundation, Russian Foundation for Fundamental Research (Grant No 94-03-09535) and the Program "Universities of Russia". 

We greatly acknowledge the support of this work to the International Science Foundation, Projects REAOOO and REA300, and the Russian Fund for Fundamental Research, IVoject 93-03-4705, and to Drs. Ju.A.01khov and .A.Dzhavadyan for the measurements of thermal and mechanical characteristics of the polymers. 

We appreeiate the long-term support of our studies from the International Science Foundation and Russia Government (Projects No. RA 9000, RA 9300), Russian Foundation for Basic Research (Projects No. 93-03-05112, 00-03-32516, 05-03-32236, 11-03-00093), Presidium of the Russian Academy of Sciences (Projeets No 8.1 9.1), and Department of Chemistry and Materials Scienee of the Russian Aeademy of Scienees (Projects No. 4.2.3 5.2.2 ). Special gratitude to the Boreskov Institute of Catalysis SB RAS it is the only place where sueh work eould become feasible. Personal tribute to the seientists whose close collaboration provided the development of the DD method A.A. Vlasov (stoichiograph design, software), N.N. Boldyreva and L.S. Dovlitova (development of techniques for DD analysis of objects), and LG. Vasilyeva (problems of materials scienee to be solved by the DD method). 

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