Journal "Scientific Israel- Technologival Advantages" vol.18 no. 1 , 2016

FUNDAMENTAL TRIAD OF KNOWLEDGE AND VOLUME PERIODICITY IN STRUCTURE OF PHYSICAL-CHEMICAL ELEMENTS   B.V.Gusev (President of IAE and RAE)1, Y.А. Galushkin (Member of IAE)2 , Samuel Yen-Liang Yin3, A.A. Speransky (Vice-President of RAE)2  1Moscow State University of Railway Engineering, Moscow, Russia, 2Institute for High Engineering Technologies (INIT RAE), Moscow, Russia, 3National Taiwan University, Taipei, Taiwan                                                                   L.a.ivanov@mail.ru

ABSTRACT

 

The paper covers fundamental triad of knowledge within the system “Substance – Energy – Information” as a basis for development of idea of universal periodic LT-model of structure of physical-chemical elements by Yury.A. Galushkin, perspectives of creating instruments for observation of homeostatic states of new materials of technosphere and biosphere of VI wave of innovation

  

METHOD OF STRUCTURAL TRANSFORMATIONS IN IDENTIFICATION

OF DYNAMICAL RESPONSES IN MECHANICAL OSCILLATION SYSTEMS

 

A.P. Khomenko (Member of RAE),  S.V. Eliseev(Member of RAE), A.I. Artyunin,

R.S. Bolshakov

 Irkutsk State Transport University, Irkutsk, Russia

eliseev_s@inbox.ru 

  ABSTRACT

 Method of definition of responses of ties in vibroprotection systems which compose of protection object and vibroprotection devices (VPD) is offered. In simplest form VPD is presented in view elastic elements which can be joined dissipative links and devices for motion trasformation, including lever mechanisms. Is shown that VPD can to have rather complicated structure. Wherein the responses at the entrance and at the exit VPD may coincide if VPD composition hasn’t of massinertial elements with independent coordinates of movement. Otherwise, the dynamic response of ties at the inlet and at the outlet will be different that is depend on the features of the inertial forces which generated by movement of the intermediate elements. The essence of the method lay in that at using of structural models in the form of structural schemes which equivalent in a dynamic relation of automatic control system, it becomes possible to separate the protection object in the form of a integration links of second order. In this case dynamical response of ties is interpeted as negative feedback. Coefficient of gain of tie  corresponds to a coefficient of rigidity of the mechanical system which formed as a result of structural transformations. Statical responses define on same algorithmical base at “zeroing” of complex variable with taking into account the location constantly operating forces. Full response of ties define as the sum of static and dynamic components. Examples of transformations and applications are given.

 

 NANOCOMPOSITES BASED ON HYBRID ORGANO-SILICATE MATRIX

 P.G.Kudryavtsev¹, O.L.Figovsky (Foreign Member of RAE) ², N.P. Kudryavtsev²

 ¹ Holon Institute of Technology, Holon , Israel,

²  Polymate Ltd - Israel Nanotechnology Research Center,  Migdal HaEmek , Israel

pgkudr89@gmail.com

 

ABSTRACT

This paper examines water-soluble high-modulus silicate systems’ properties and production techniques, how these systems transform from lower to higher oligomers as well as formation of silica sol and of the sol-gel processes for these oligomers. The authors explore in-depth the different aspects of using these materials as a binder and modifiers for manufacturing of hybrid nanostructured composites through  sol-gel processes, as well as features of their structuring, synthesis and application of hybrid materials based on silica with grafted polymers. Production of nanostructured silica polymer concrete serves as an example of the application of such silicate systems. Modification of compositions with nanostructuring agents as tetrafurfuryloxysilane and an aqueous dispersion of chlorosulfonated polyethylene and other polymers are studied. The paper also describes the ways of modification products sol-gel synthesis by polyurethanes. It covers application of the sols for production of the hybrid nanocomposite monolithic blocks and fire-resistant materials and techniques for producing of the new nanocomposite acid-resistant materials and linings for corrosive environments.

 

POLYMER NANOCOMPOISITES

WITH HIGH RESISTANCE TO AGGRESSIVE ENVIRONMENT

 O.Figovsky (Foreign member of RAE), D. Beilin

 Polymate Ltd.-Internatyional Nanotechnology Research Center, Migdal HaEmek, Israel

 figovsky@gmail.com

 

ABSTRACT

 Coating application is one of the traditional methods of protecting materials against corro­sion. Polymeric materials for structures and coat­ings are increasingly dominating corrosion- protection technology. The most effective method of improving protective properties is to reduce the permeability of coatings due to the change in the molecular and meta-molecular struc­tures of the material and the use of additional components reducing the rate of diffusion of electrolytes in polymers and anti-corrosive silicate compounds. We have proposed the set of inorganic substances of composite polymeric materials which selectively interact with the water or water solutions of acids, salts, and alkalis in order to decrease their penetrability and increase their chemical resistance simultaneously.

 

 WAVES OF INNOVATION, AND SUSTAINABLE DEVELOPMENT OF INDUSTRY, ON AN EXAMPLE OF CONSTRUCTION

 B.V.Gusev (President of IAE and RAE)¹, Jenn-Chuan Chern ²,

A.A. Speransky (Vice-President of RAE)³

 ¹Moscow State University of Railway Engineering, Moscow, Russia, ²National Taiwan University, Taipei, Taiwan, ³Institute for High Engineering Technologies (INIT RAE), Moscow, Russia,

                                                                   L.a.ivanov@mail.ru

ABSTRACT

On the occasion of the 25^th Anniversary of the Russian Academy of Engineering (RAE), a historic retrospective review is presented, to show development of applied technological novelties in construction industry. The proposed analysis makes it possible to obtain a deeper understanding of the principles of gaining, by countries and peoples, of technological leadership in resource saving, energy efficiency, independence from import, and all types of technological and ecotechnological safety.