Viktoria D. OLEYNIK

Born in Februar 04, 1972 in Ukraine, single

Education

Diploma of Chemical Department of Shevchenko Kiev University (1995).

Present appointment

Taras Shevchenko University, post-graduate student.

Degrees

1990-93 Kiev State University, Chemistry dept., full-time student: BSc, A level (examinatins: inorganic, analytican, organic, physics chemistry, crystallography, physics metods in chemical reseaches, guantitative chemistry, chemistry of polymers, colloid chemistry, chemical technology).

1993-95 Kiev State University, full-time student, MSc, A level (examinatins: coordination chemistry, chemistry of solid state, experimental methods in inorganic chemistry, X-ray, IR, NMR, ESR and electronic spectroscopy of inorganic compounds Bio-inorganic chemistry).

1995 - till now Shevchenko University, PhD student.

 

Field of interest

Adsorbents preparation for water purification, coordination compounds on the modified surfaces. Chemistry of two dimention: coordination chemistry of organic ligands, bonded to the surface of solid state materials, chemical and biological sensors. Hight selective adsorbents for concentration and resolution of metal ions, environmental adsorbents. Structure and topography of copper complexes with multidonor alyphatic amines covalently fixed on silica.

Honours and Awards

1993,1995 Annual Kiev University Students Research Conferences awords

1994 - International Science Foundation Individual student’s Grant GSU04051

1994 - Participation in International Science Foundation “Long term reseach Grant”U52000

1995 - Participation in International Science Foundation “Long term reseach Grant” U52200

1995-97 Coworker on European Community reseach Grant INTAS-252-94.

1997 -- International Science Foundation Individual post-graduate student’s Grant PSU073118

Publications

  1. Zaitsev V.N., Gorlova L.S.,Oleynik V.D., Pecheny A.B.,Skopenko V.V. Silicas with chemically bond ligands for chemical optosensors development. Book of abstracts 2-nd European Conference on Optical chemical sensors and biosensors. Florence. October 19-21, 1994, 1, p.178.
  2. Zaitsev V.N., Oleynik V.D., Skopenko V.V., Antoschuk V.V. Functional materials 1995, 2(1), p.69-75.
  3. Zaitsev V.N., Kadenko I.N., Vassilik L.S., Oleynic V.D. Izvestia Vuzov (Russ.) 1995, 38(4), p.40-45.
  4. Oleynik V.D., Zaitsev V.N., Skopenko V.V. Book of abstracts XIY Ukrainian Inorganic Conference. Kiev, September, 1996, 1, p.182.
  5. Oleynik V.D., Zaitsev V.N., Volkov A.N., Zub V.Y. Book of abstracts XII-th Conference “Physical methods in Coordination and Supramolecular Chemistry.” Moldova, September, 1996, 1, p.90.
  6. Oleynik V.D., Zaitsev V.N., Skopenko V.V. Book of abstracts 1-st Conference “Hight-organized substances”, June, St.Petersburg, 1996, p.277-280.
  7. Oleynik V.D., Zaitsev V.N., Budarin V.L.,Pecheny O.B. Physica kondensovanyh vysokomolekylyarnyh system, 1997, ¹3, p. 199-202.
  8. Zaitsev V.N., Pecheny O.B,.Oleynik V.D., Budarin V.L. Visnyk Universitety. 1998, 35 p.34-39.
    9.
  9. Vladimir N. Zaitsev and Viktoria D. Oleynik Peculiarities of protonation reaction in interfacial layer of silica with covalently bonded N-methylaminopropyl groups. Adsorption Sci. & Technol., 1999 

ABSTRACT: reaction between strong acid water solution and silica chemically modified with methylaminopropyl groups was studied potentiometrically. The reaction can not be described with single constant. Two processes should be counted: 1) protonation of pair neighbouring amines and 2) reaction of charged associate with second proton. From thermodynamic characteristics of the reactions structure o interfacial layer was evaluated. The first reaction does not destroy interaction between neighbours. Second proton promotes significant geometry changing in interfacial layer. No changing in geometry of bonded layer were detected when temperature of media was increased.
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