Browse Journals

[1] B. S. Jatau, I. S. Amoka and S. I. Fadele, Washability and froth flotation tests of Lafia-Obi coal deposit, Nasawara State, North-Central Nigeria, International Research Journal of Natural Sciences 1 (2013), 1-9.

[2] V. N. Petukhov, Intensification of flotation of coals by the directed synthesis and research reagents based on the physicochemical properties of the surface, Abstract. diss. Doctor. Techn. Sciences. - St. Petersburg (1992), 42.

[3] Hafiz Muhammad Anwaar Asghar, Muhammad Sheharyar Mirza, Khalid Mehmood et al., Beneficiatipon of Chamalang Coal by Froath Floatation, International Conference on Advances in Environment Research (2015) Volume 87 of IPCBEE (2015) DOI: 10.7763/IPCBEE. 2015. V87. 4.

[4] H. Khoshdast and A. Sam, Flotation frothers: Review of their classifications, properties and preparation, The Open Mineral Processing Journal 4 (2011), 25-44.

[5] S. L. Hyrsan, Quantum mechanics and chemistry, – Ufa: PE Rayanov, (2005), 164.

[6] E. V. Frantsina, J. I. Afanasjeva, E. D. Ivanchina et al., Simulator development of industrial process of normal alkanes C9-C14 dehydrogenation using methods of quantum chemistry, Petroleum & Coal. 52(2) (2010), 129-138.

[7] O. H. Poleshuk and D. M. Kigner, Chemical investigation by method of electron molecular structure use, Tomsk: Publishing House TPU (2006), 146.

[8] P. M. Solozhenkin, V. N. Petukhov, G. A. Han et al., Alkyl derivatives of 1,3-dioksane - are new efficient coal flotation collectors, Solid Fuel Chemistry 2 (1976), 114-120.

[9] A. A. Lavrinenko and N. Y. Svechnikova, Study of quantum-chemical characteristics to substantiate the reagent flotation capacity, Vestnik of Nosov Magnitogorsk State Technical University No. 1(21), Magnitogorsk, (2008), 83-85.

[10] D. A. Kubak, V. N. Petukhov and D. G. Semenov, The study of the chemical composition of the group of complex reagents on the efficiency of coal flotation, Vestnik of Nosov Magnitogorsk State Technical University 4 (2013), 5-10.

[11] V. N. Petukhov, N. L. Medyanik, Kh. Ya. Girevaya and D. A. Kubak, Quantum-chemical assessment of the flotation of RNKh-3010 reagent, Coke and Chemistry 6 (2013), 29-35.

[12] V. N. Petukhov, N. Y. Svechnikova, A. A. Yunash and A. V. Sablin, New reagent conditions for coal flotation based on thermodynamic data for hydrocarbon adsorption on the coal surface, Coke and Chemistry 9 (2007), 6-9.

[13] V. N. Petukhov, M. S. Limarev and O. A. Yuzhakova, Investigation of the influence of the elemental composition and structure of chemical compounds on the effectiveness of their actions in the flotation of coal, Vestnik of Nosov Magnitogorsk State Technical University 4 (2010), 10-12.

[14] V. N. Petukhov and D. A. Kubak, Assessment of the flotation activity of reagents in terms of the hydrogen bond energy in molecular complexes with active sites of the coal surface, Coke and Chemistry 57 (7) (2014), 298-304.

[15] Kh. Ya. Girevaya, More effective flotation of G coal with quantum-chemical selection of the reagents, Cand. Sci. Dissertation, Magnitogorsk (2006), 167.

[16] V. N. Petukhov, Kh.Ya. Girevaya, D. A. Kubak and T. A. Girevoy, Interaction of the coal surface with water, Coke and Chemistry 8 (2013), 8-13.

[17] E. P. Galchenko, V. N. Petukhov, R. S. Musavirov et al., Some of the possible applications of silicon analogues of cyclic acetals, Journal of Applied Khimii 11 (1990), 2527-2532.