Posted onCategoriesБез рубрики

Pages:   2837


Authors:  ABRAMOVSKAYA Irina Romanovna, master student;

AYZENSTADT Arcady Mikhailovich, Doctor of Chemistry;

FROLOVA Maria Arcadievna, Ph.D in Chemistry;

VESHNYAKOVA Ludmila Alexandrovna, Ph.D. student;

TUTYGIN Alexander Sergeevich, senior lecturer

Northern (Arctic) Federal University named after M.V. Lomonosov


Extended Abstract:  The effect of the composition of silica-rock and basalt composite in a highly dispersed state on its energy characteristics has been investigat­ed. The dependences for the surface energy, the Gibbs energy and the Ha­maker constant on the system composition have been obtained.


Key words: composite, highly dispersed material, atomization energy, Hamaker constant, Gibbs energy change.



1. Lesovik V.S. Geonika. The object and problems. Belgorod State Technological Uni­versity Publishing House. 2012. 213 p.

2. Evaluation of Energetic State of Raw Material for Production of Building Materi­als / L.A. Veshnyakova, M.A. Frolova, A.M. Aisenstadt et al. // Construction Ma­terials. 2012. № 10. Р. 21–23.

3. Design of composite construction with the thermodynamic compatibility of highly disperse systems of rocks / A.S. Tutygin, A.M. Aisenstadt, V.S. Lesovik et al. // Construction Materials. 2013. № 3. Р. 73–74.

4. Amorphous and nanocrystalline structure: similarities, differences, mutual tran­sitions / A.M. Glaser // J. Ros. Chem. of the society of. D.I. Mendeleev. 2002. Vol. XLVI. № 5. Р. 57–63.

5. Calculation of the energy intensity for the rock as the raw material for the produc­tion of building materials / I.R. Abramovskaya, A.M. Aisenstadt, V.S. Lesovik et al. // Industrial and Civil Engineering. Moscow: Publishing House «PGS». 2012. № 10. P. 23–25.

6. Zuev V.V. Crystal energy as a basis for the assessment of the magnesia properties of solid state materials (including magnesium cements) / V. Zuev, L. Potselueva, Y.D. Goncharov. St. Petersburg. 2006. 139 p.

7. Application of the thermodynamic approach to the assessment of the surface ener­gy state of the dispersed materials / M.A. Frolova, A.S. Tutygin, A.M. Aisenstadt et al. // Nanotechnologies in Construction: A Scientific Internet–Journal. Moscow. «NanoStroitelstvo». 2011. № 6. Р. 13–25.


Full text in PDF format (28-37)