P U B L I C A T I O N S,P R E S E N T A T I O N S |
| 1. Method of Membrane porosity and permeation determination.
Research report 41 OI, SCB AP USSR Academy of Science, Leningrad, 1974, 22 p. 2. Determination of the structural characteristics of porous membranes. Zhurnal Fizicheskoi Khimii, Moscow, 1976, v.50, #9, p.2425-2428. /with M.L.Aleksandrov and L.S.Reifman/ 3. Membrane division of macromolecule investigations by statistical decision method. Research report 86 NIR, SCB AP USSR Academy of Science, Leningrad, 1977, 45 p. /with L.S.Reifman, O.V.Kuznetsova and N.S.Pliss/ 4. Dynamic of mass-molecular distribution during filtration through porous membrane. Theses of a report of the 1-st All-Union conference "Statistical properties of microstructures". Moscow, 1978. /with M.L.Aleksandrov, O.V.Kuznetsova, N.S.Pliss and L.S.Reifman/ 5. Counting of probability of macromolecule location inside the porous by mean of the statistical decision method. Theses of a report of the 1-st All-Union conference "Statistical properties of micro structure".Moscow,1978. /with M.L.Aleksandrov,O.V.Kuznetsova, N.S.Pliss and L.S.Reifman/ 6. Definition of pore size distribution in selective membranes by mean of electron microscopy method. Theses of a report of the 3-d All-Union membrane division of mixtures conference. Vladimir. 1981. /with T.A.Mikhailova, L.S.Reifman and A.M.Tsigankov./ 7. Study of pore size distribution of selective membranes by mean of through flow porometry. Devises for scientific investigations and automation of experiments. Leningrad. Nauka, 1982 p. 46-53 /with L.S.Reifman, V.D.Sobolev, A.M.Tsigankov, N.V.Churaev./ 8. Designation of selective membrane porous structure. Research report. State registration # 79060715, 1983, 111 p. / with L.S.Reifman and A.M.Tsigankov./ 9. On the mechanism of the gas flow trough a capillary immersed into liquid. Kolloidnyi Zhurnal, Moscow, 1984, v.46, #3, pp. 549-550. /with L.S.Reifman and V.D.Sobolev. 10.The mechanism of the gas flow trough a capillary immersed into liquid. Colloid Journal USSR, USA, 1984, v.46 #3, pp. 486-487. /with L.S.Reifman and V.D.Sobolev./ 11. Highly productive reparative liquid chromatography for biotechnology in module performance. Elaborations of foundations. Research report. State registration # 01860083742, 1987, 22 p. /with I.V.Pavlenko, O.R.Pertsovskiy and V.N.Homolitskiy/. 12. Set of reparative column modules for low pressure chromatography. Theses of a report of All-Union symposium: "Reparative chromatography of physiologic selective substances by polymer absorbents. Leningrad.Nauka, 1988. /with I.V.Pavlenko, O.R.Pertsovskiy and V.N.Homolitskiy/. 13. Scientific foundations and principles of elaboration of installations for getting super clean water. Research report. State registration # 01870068657, 1988, 156 p. /with I.V.Pavlenko, V.N.Homolitskiy and L.S.Reifman/. 14. Sorption filter. Author certificate. # 156724, 02/01/1990. /with I.V.Pavlenko, V.N.Homolitskiy, L.S.Reifman and other. 15. Kinetics of pore opening of selective membrane. Theses of a report All-Union membrane symposium. Divnomorsk. 1989. State and development of membrane techniques. Moscow, 1989, p. 71-72. /with P.P.Zolotarev, L.S.Reifman and V.D.Sobolev. 16. Membrane chromatography methods and devices for protein division. Research report. State registration # 01890074536, 1989. /with B.G.Belenkiy, V.N.Homolitskiy and I.K.Kalinina./ 17. Flow pore size measuring of ultrafiltration and microfiltration membranes. Summary of Thesis of PhD.dissertation. Leningrad, 1990, 18 p. 18. Flow pore size measuring of ultrafiltration and microfiltration membranes. Thesis of PhD. dissertation. Leningrad, 1990, 128 p. 19. Gas flow method of selective membrane pore size distribution measuring. SC Science and Mathematics Symposia on "Chaos, Fractals, and Dynamics:Computers Experiments in Mathematics" Sixty-Sixth Annual Meeting Report&endash;&endash; Bulletin of the South Carolina Academy of Science. Vol. LV, p.59, 1993. 20. Modeling of Separation on Porous Membranes. SC Science and Mathematics Symposia . Bulletin of the South Carolina Academy of Science. Vol. LVIII, p.80, 1996. /with J. Anthony Brown and Michael P. McLaughlin/ 21. Modeling of Separation on Porous Membranes.
22. Physics: Learned in Russia - Taught in America. SACS-AAPT Spring Meeting 1996 . Charleston, SC. 23. Ultrafiltration of Biological Solutions by Living Tissue.
24. Tidal Electric Generators.
25. Physics: Learned in Russia - Taught in America - II. SACS-AAPT Spring Meeting 1997 . Aiken, SC. 26. Flow dynamics of Blood in Vessels and Aneurysms.
27. Influence of teacher’s enthusiasm and employment of diverse
background on the teaching-learning process in a Liberal Arts Institution
28. A Study Of Airfoil Lift.
30. Cooperative Student Skill and Background Employment into Teaching-Learning
Process at a Liberal Arts Institution.
31. Physics Lab with Flavor
32. Diversity of Students’ background as a source for improving
teaching Physics at a Liberal Arts Institution
34. Lectures on Physics 102 /Supplemental book/.
35. Students’ Background as a Source for Improving Teaching Physics
36. Physics Labs with Flavor
37. Lectures on Physics 102 /Supplemental book/ 2002 update.
38. Lectures on Physics 101 /Supplemental book/ .College of Charleston.. pp. 150. Dec. 2001/Jan. 2002 39. Multi-Sensory Interaction in Physics Classroom Activity
40. Multi-Sensory Interaction in Math and Natural Sciences Classroom
Activity
41. M. Agrest. Lectures on Physics 101, Tavenner Publishing Company, 2002. 151 pages with illustrations; ISBN 1-930208-54-5. 42. M. Agrest. Lectures on Introductory Physics I, Tavenner Publishing Company, 2002. 154 pages with illustrations; ISBN 1-930208-67-7 43. M. Agrest. Lectures on Physics 102, Tavenner Publishing Company, 2002. 154 pages with illustrations; ISBN 1-930208-54-3. 44. M. Agrest. Lectures on Physics 202, (Calculus based) Tavenner Publishing Company, 2002. 165 pages with illustrations; ISBN 1-930208-57-X 45. Multi-Dimensional Interaction in Physics Classroom Activity
46. Physics Lab with Flavor II
47. Multi-Dimensional Interaction in Physics Classroom Activity.
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