Conference Proceedings and Abstracts

     (Inverse Chronological Order)

 

29. N. Gheorghiu and G.Y. Panasyuk, "Physics is the queen,"

      contributed talk, abstract online at AAPTSummer07_poster

      and published as "Scientific Reasoning "in the Addendum for

      "The Accelerating Universe of Physics Education,"

      2007 AAPT Summer Meeting, Greensboro, NC.

 

28. N. Gheorghiu and G.Y. Panasyuk, "Computational physics for advanced

      undergraduate/graduate students," poster presentation, abstract online at

      AAPTSummer07_talk and published as "Integrating Computation into

      the Curriculum "in the Addendum for

      "The Accelerating Universe of Physics Education, "

      2007 AAPT Summer Meeting, Greensboro, NC.

 

27. V.A. Markel, G.Y. Panasyuk and J.C. Schotland, "New approach to solving

      the radiative transport equation," in Biomedical Optics 2006 Technical

      Digest (Optical Society of America, Washington, DC, 2006).  PDF

 

26. G.Y. Panasyuk, V.A. Markel and J.C. Schotland, "Transport-corrected

      diffusion theory for image reconstruction in optical tomography," in

      Optical Tomography and Spectroscopy of Tissue VI, Proc. of SPIE 5393,

      p. 1-4, SPIE (2005).  PDF

 

25. G.Y. Panasyuk, J. Kelly, P. Bos, E.C. Gartland, D.W. Allender,

 "Geometrical optics approach in liquid crystal cells with two- and three

  dimensional director variations," Proceedings of the International Society

  for Optical Engineering (SPIE), 16th Annual Symposium on Electronic

  Imaging: Liquid Crystal Materials, Devices, and Applications

  X vol. 5289, p. 119-131 (2004) (invited paper).  PDF

 

24. G. Panasyuk,  J. Kelly,  D.W. Allender, E.C. Gartland,  "Geometrical
      optics approach for LCDs with three dimensional director variations,"
       SID Digest 31, 502-505  (2002).  PDF

23. G. Panasyuk, J. Kelly, D.W. Allender, E.C. Gartland, "Light propagation

      through liquid crystal cells with three dimensional director variations,"

      19th International Liquid Crystal Conference: Final Program, P307,

      (2002), Edinburgh, UK.

 

22. D.W. Allender, G. Panasyuk, "Extended Landau model elasticity for nematics,"

      2000 March meeting: Bulletin of the American Physical Society Vol. 47,

      No. 1, Part II, p. 939 (2002), Indianapolis, IN.

 

21. G. Panasyuk, D.W. Allender, "Modeling of the liquid crystal alignment in a

      cell with disclination lines, "2000 March meeting: Bulletin of the American

      Physical Society Vol. 47, No. 1, Part II, p. 817 (2002), Indianapolis, IN.

 

20. G. Panasyuk, D.W. Allender, J. Kelly, "A simplified model for the director
      in multidimensional LCDs," SID Digest 30, 850-853  (2001).  PDF

19.  G. Panasyuk, D.W. Allender, J. Kelly, "A model for description of two- and

three dimensional LC cells," Technical reports of Advanced Liquid Crystalline

Optical Material Symposium (ALCOM): Nanostructured Liquid Crystals

13, p.157-162 (2001).

 

18. G. Panasyuk, D.W. Allender, J. Kelly, "A model for description of the two-

      and three dimensional director and electric field in a liquid crystal cells,"

      2001 March meeting: Bulletin of the American Physical Society Vol. 46,

      No. 1, Part 1, p. 1029 (2001), Seattle, WA.

 

17. G. Panasyuk, D.W. Allender, J. Kelly, "Approximate description of the two-

 and three dimensional director in an LCD, "Technical reports of Advanced

 Liquid Crystalline Optical Material Symposium (ALCOM): Optical Beam

 Steering 11, p.71-76 (2000).

 

16. D.W. Allender, G. Panasyuk, "An approximate method for modeling the

      director and electric field with variations in two and three dimensions,"

      The 18th International Liquid Crystal Conference: Advance Program,

      24D-11-P, p. 128 (2000), Sendai, Japan.

 

15. G. Panasyuk, D.W. Allender, J. Kelly, "Approximate description of the two 

 dimensional director field in an LCD," Advanced Liquid Crystalline

 Optical Material Symposium Technical Reports (ALCOM) Vol. XII, 

 p. 23, (2000).

 

14. G. Panasyuk, D.W. Allender,"Approximate description of the two

      dimensional director and electric field in a liquid crystal display,"

      2000 March meeting: Bulletin of the American Physical Society

      Vol. 45, No. 1, p. 392 (2000), Minneapolis, MN.

 

13. G. Panasyuk, D.W. Allender, "Theoretical description of the HMD display,"

 Technical reports of Advanced Liquid Crystalline Optical Material Symposium

      (ALCOM): Chiral Materials and Applications 10, p.139-144 (1999).

 

12. G. Panasyuk, D.W. Allender, "The electric field and director distribution in a

      nematic liquid crystal display having two patterned electrode surfaces,"

      1999 Centennial meeting: Bulletin of the American Physical Society Vol. 44,

      No.1, Part II, p. 1043 (1999), Atlanta, GA.

 

11. N.L. Bashlov, A.A. Voronov, V.M. Milenin, G.Yu. Panasyuk, N.A. Timofeev,

 "Theory of cathode layer of the glow discharge. Comparison with experiment,"

 Proceedings of Conference on Low-Temperature Plasma. Russia, Petrozavodsk,

 p. 226-227 (1995).

 

10. N.L. Bashlov, V.M. Milenin, G.Yu. Panasyuk, N.A. Timofeev, "Study of

      a discharge in a mixture of mercury and argon under increased pressure, "

 Proceedings of Conference on Low-Temperature Plasma. Russia,

 Petrozavodsk,  p.247-250 (1995).

 

9.  N.L. Bashlov, Le Van Hieu, V.M. Milenin, G.Yu. Panasyuk, N.A. Timofeev,

"The investigation of mercury-argon discharge plasma in narrow tubes under

increased pressure," Proceedings of XI Europhysics Conference on Atomic and

Molecular Physics of Ionized Gases (ESCAMPIG), St. Petersburg, Russia,

p. 291-292 (1992).

 

8.   N.L. Bashlov, V.M. Milenin, G.Yu. Panasyuk, N.A. Timofeev, "Application

    of similarity laws for optimization of gas-discharge sources of light,"

    Proceedings  of  VIIIth USSR Conference on Low-Temperature Plasma.

    Minsk 3, p.102-103 (1991).

 

7.   N.L. Bashlov, V.M. Milenin, G.Yu. Panasyuk, N.A. Timofeev, "Similarity

laws and their application to the plasma research," Proceedings of X Europhysics

Conference on Atomic and Molecular Physics of Ionized Gases (ESCAMPIG),

Orleans, France, p. 185-186 (1990).

 

6.  N.L. Bashlov, V.M. Milenin, G.Yu. Panasyuk, N.A. Timofeev, "The application

of the gas discharge similarity for the plasma research," Proceedings of the XIX

International Conference on Phenomena in Ionized Gases (ICPIG), Belgrade, 

Yugoslavia Vol. 4, p. 984-985 (1989).

 

 

5.   N.L. Bashlov, V.P. Kalanov, G.Yu. Panasyuk, N.A. Timofeev, "Application of

the similarity rules to study of plasma of gas discharge luminescent sources

of light," Proceedings of VIIth USSR Conference on Low-Temperature Plasma.

Tashkent 2, p. 252-253 (1987).

 

4.  N.L. Bashlov, V.P. Kalanov, V.M. Milenin, G.Yu. Panasyuk, N.A. Timofeev, 

"Study of time dependent characteristics of a pulse-periodic discharge plasma in

a mixture of mercury and rare gases," Proceedings of IIIth USSR Conference:

Physics of Gas Discharge Kiev, p. 171-173, (1986).

 

3.   V.M. Milenin, G.Yu. Panasyuk, N.A. Timofeev, "Investigation of plasma of

positive column discharge in argon-mercury mixture under pulsed current

modulation," Proceedings of VIth USSR Conference Low-Temperature Plasma.

Leningrad 1, p. 425-427 (1983).

 

2.   V.M. Milenin, G.Yu. Panasyuk, N.A. Timofeev, S.Yu. Tokarev,

"Positive column discharge in mixture of metal vapor and inert gases,"

Proceedings VIth USSR Conference on Low-Temperature Plasma.

Leningrad 2, p. 18-20 (1983).

 

1. G.Yu. Panasyuk, B.A. Storonkin, "Tricritical phenomena in two models of 

orientation ordering," Proceedings of VIth USSR Conference: Methods of

    Production and Analysis of High-Pure Substances, Gorky, p. 15 (1981).