Search Results - "Storozhuk, L. P."

Electrical and Magnetic Properties of Polymeric Nanocomposites Based on Nickel Ferrites Modified by Copper Sulphide by Mazurenko, R. V., Prokopenko, S. L., Gunja, G. M., Storozhuk, L. P., Makhno, S. M., Gorbyk, P. P.

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Transformations of Titanium(IV) Butoxide on Magnetite Surface in the Presence of Pluronic P-123 by Semko, L. S., Storozhuk, L. P., Khutornyi, S. V., Gorbyk, P. P.

“…The technique of producing magnetically operated nanocomposites Fe3O4/TiO2 with high specific surface area (to 320 m2/g) was developed. A copolymer…”
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Synthesis and properties of magnetic sorbents based on transition metal ferrites by Storozhuk, L. P., Khutornoi, S. V., Mudrak, I. M.

“…We have developed and optimized a procedure for the synthesis of magnetically controlled nano-composites based on transition metal oxides (MFe 2 O 4 , M = Fe…”
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Template synthesis, structure, and properties of magnetically controlled, large surface area Fe3O4/TiO2 adsorbents by Semko, L. S., Storozhuk, L. P., Khutornoi, S. V., Abramov, N. V., Gorbik, P. P.

“…We have developed a process for the preparation of magnetically controlled Fe 3 O 4 /TiO 2 nanocomposites with increased specific surface areas and…”
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Template synthesis, structure, and properties of magnetically controlled, large surface area Fe sub(3)O sub(4)/TiO sub(2) adsorbents by Semko, L S, Storozhuk, L P, Khutornoi, S V, Abramov, N V, Gorbik, P P

“…We have developed a process for the preparation of magnetically controlled Fe sub(3)O sub(4)/TiO sub(2) nanocomposites with increased specific surface areas…”
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Nanosystems in traditional and advanced printing technologies by Sherstyuk, V. P., Shvalagin, V. V., Gumenyuk, O. V., Storozhuk, L. P., Gorbik, P. P.

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