HEAT ACCUMULATING BLOCKS BASED ON THE PYROPHYLLITE AND THERMALLY EXPANDED GRAPHITE

Tolkach O.M., Sobolevsky R.V., Iskov S.S. Defining the criteria for quality pyrophyllite schists, Journal ZSTU, Ukraine, vol. 2/issue 57, pp 170-176, 2011.

Stelmakh O.I., Matsuy L.Yu., Vovchenko L.L. Electrical resistivity of composite materials based on thermoexfoliated graphite, Journal "Physics and Chemistry of Solids State", Ukraine, vol. 8/issue 2, pp 408-413, 2007.

Hutnichenko O.A., Melnyk O.L. Structure and properties of graphite -ceramic composite materials during sintering in closed forms, Journal ZSTU, Ukraine, vol. 1/issue 56, pp 3-9, 2011.

Grabar I.G., Hutnichenko O.A., Kubrak Yu.O. Percolation-fractal materials: properties, technology, applications, Book, Ukraine, 2007, 354 p.

Mukhopadhyay T.K., Ghatak S., Maiti H.S. Pyrophyllite as raw material for ceramic applications in the perspective of its pyro-chemical properties, Council of Scientific & Industrial Research, India , issue 36, pp 909-916, 2010.

llhan A. Aksay, Daniel M. Dabbs , Mehmet Sarikaya. Mullite for Structural, Electronic, and Optical Applications, Journal of the American Ceramic Society, USA, vol. 74/issue 10, pp 2343-2358, 1991.

Suriyanarayanan N., Kannan Nithin K.V., Enrico Bernardo. Mullite glass ceramics from coal ash and alumina by high temperature plasma, Journal of Non -Oxide Glasses, Iran, vol. 1/issue 4, pp 247 -260, 2009.

Sanchez P.J. Thermal analysis of pyrophyllite transformation, Thermochimica Acta, Spain, issue 138, p 267-276, 1989.

Joe B., Kersey R.C. The effect of firing temperature on properties of natural steatite and pyrophyllite, Journal of Material Science, USA, vol. 7/issue 6, pp 621-626.

Balagurov B.Ya. About the influence of the form inclusions on the cond uctivity of two-dimensional models of composites, Technical Physics, Russia, vol. 81/issue 5, p 1-8, 2011. 16th International Multidisciplinary Scientific GeoConference SGEM2016 www.sgem.org

Tolkach O.M., Sobolevsky R.V., Iskov S.S. Defining the criteria for quality pyrophyllite schists, Journal ZSTU, Ukraine, vol. 2/issue 57, pp 170-176, 2011.

Stelmakh O.I., Matsuy L.Yu., Vovchenko L.L. Electrical resistivity of composite materials based on thermoexfoliated graphite, Journal "Physics and Chemistry of Solids State", Ukraine, vol. 8/issue 2, pp 408-413, 2007.

Hutnichenko O.A., Melnyk O.L. Structure and properties of graphite -ceramic composite materials during sintering in closed forms, Journal ZSTU, Ukraine, vol. 1/issue 56, pp 3-9, 2011.

Grabar I.G., Hutnichenko O.A., Kubrak Yu.O. Percolation-fractal materials: properties, technology, applications, Book, Ukraine, 2007, 354 p.

Mukhopadhyay T.K., Ghatak S., Maiti H.S. Pyrophyllite as raw material for ceramic applications in the perspective of its pyro-chemical properties, Council of Scientific & Industrial Research, India , issue 36, pp 909-916, 2010.

llhan A. Aksay, Daniel M. Dabbs , Mehmet Sarikaya. Mullite for Structural, Electronic, and Optical Applications, Journal of the American Ceramic Society, USA, vol. 74/issue 10, pp 2343-2358, 1991.

Suriyanarayanan N., Kannan Nithin K.V., Enrico Bernardo. Mullite glass ceramics from coal ash and alumina by high temperature plasma, Journal of Non -Oxide Glasses, Iran, vol. 1/issue 4, pp 247 -260, 2009.

Sanchez P.J. Thermal analysis of pyrophyllite transformation, Thermochimica Acta, Spain, issue 138, p 267-276, 1989.

Joe B., Kersey R.C. The effect of firing temperature on properties of natural steatite and pyrophyllite, Journal of Material Science, USA, vol. 7/issue 6, pp 621-626.

Balagurov B.Ya. About the influence of the form inclusions on the cond uctivity of two-dimensional models of composites, Technical Physics, Russia, vol. 81/issue 5, p 1-8, 2011. 16th International Multidisciplinary Scientific GeoConference SGEM2016 www.sgem.org