Moscow State University, May 27-28,
1997
Workshop
Electromagnetic and Light Scattering: Theory and Application
9-15 Welcome
9-30 G. Pan and M. Toupikov, ASU, USA
Wavelets in Computational
Electromagnetics
10-00 P. Mazeron and S. Muller, LESOC, France
Surface Fields and Scattering
10-30 E.V. Zakharov, MSU, Russia
Hyper Singular Integral Equations in EM Wave
Scattering
11-20 A.S. Il'inski and Yu.G. Smirnov, MSU,
Russia
Vector Pseudodifferential
Equations in Electromagnetic Diffraction Problem on
Arbitrary Screen
11-40 M. Toupikov and G. Pan, ASU,
USA
A Computationally Efficient Algorithm of Moment
Method Based Wavelets
12-00 V.I. Ivakhnenko, A.S. Il'inski, V.S. Solosin
Mathematical Modeling of EM
Field Diffraction at Triangular Perfectly Conducting
Plate
12-20 A.Yu. Grinev, E.N. Voronin and
A.S. Il'inski, MAI, Russia
Reconstruction of Obstacle
Characteristics in Inhomogeneous Medium Using
Videoimpulsing Signals and Synchronization of Amplitude
12-40 B.V. Sestroretski and S.A. Ivanov,
Moscow, Russia
Wideband Focusing by Plane Diffractional
Reflectors
13-00 B.V. Sestroretski, S.A. Ivanov and N.V.
Sadovnikov, Moscow, Russia
Investigation of the Plane
Antennas Grids in the Time Domain
Session 3. Chair A.S. Il'inski
14-40 B.Z. Katsenelenbaum, IRE RAN, Russia
Properties of the Field Scattered by Conducting
Body
15-10 Ch. Kieviet and K.-H. Gonschorek, HFH,
Germany
Generalized Formulation for Raytracing in
GTD/UTD
15-40 A.B. Samokhin, MIREA, Russia
Numerical Method Solving Scattering Problems for
3D Dielectric Body
16-30 W.H. Kettler and M.Kolb, Herberts GmbH,
Germany
Inverse Multiple Scattering
Calculations for Plane-Parallel Turbid Media:
Application to Color Recipe Formulation
16-50 R. Pomponi et al., KSELT,
Italy
ARTEMIS: A Parallel
Implementation of a MoM Code for Simulating LEMP Effects
on a Telecommunication Center
17-10 I.I. Lifanov, I.K. Lifanov, MSU,
Russia
Application of Singular Solutions
of Singular Integral Equations in Electrodynamics
17-30 E.N. Vasilyev and V.I.
Okhmatovski, MEI, Russia
Space and Surface Wave
Diffraction by Rectilinear Junction of Perfectly
Conducting and Dielectrical Planes
18-00 P.I. Dvoretski,E.V. Zakharov, S.B. Popov and I.G.
Yarmakhov, IRE RAN,Russia
Investigation of EM Impulse
Property in Stratified Absorbing Media
18-20 E.N. Vasilyev and V.I. Okhmatovski, MEI,
Russia
Hybrid Method of Solving of the
Problems of Diffraction on Metalodielectrical
Structures at Quasioptical Wave Band
18-40 V.N. Lopatin and N.V.
Shepelevich, KIB, Krasnoyarsk, Russia
The use of
Wentzel-Kramers-Brillouin Approximation for the Solution of Inverse
Light-Scattering Problem
19-00 V.P. Maltsev and V.N. Lopatin,
ICKC, Novosibirsk, Russia
Inverse Light-Scattering Problem
for Individual Microspheres: Analysis and
Solution
19-20 A.D.Yegorov, RCARS,
St.-Petersburg, Russia
Integral Schemes Converting Backscattering
Signals
Wednesday, May 28
Session 5. Chair R.S. Zaridze
9-00 Th. Wriedt, IWT, Bremen, Germany
A Review of Light Scattering Theories
9-30 Ch. Hafner, N. Piller, ETH, Zurich,
Switzerland
Improved Coupled Dipole Approximation for EM
Scattering
10-00 A.S. Il'inski and T.N. Galishnikova, MSU,
Russia
Mathematical Models in EM
Wave Scattering by Wavy Surfaces
10-50 H.Dahl and Th. Wriedt, IWT, Bremen,
Germany
The Choice of Expansion Functions Suitable for
Scattering Problems
11-10 F.G.Bogdanov, D.D.Karkashadze, R.G.Jobava and
R.S.Zaridze, TGU, Georgia
Electromagnetic Wave Propagation and Diffraction
Problems in the Absorbing
Anisotropic and Biisotropic Media
11-30 A.Doicu and T.Wriedt, IWT, Bremen,
Germany
T-Matrix Approaches of Light Scattering by
Nonspherical Particles
11-50 Yu.A. Eremin and A.G. Sveshnikov, MSU,
Russia
Projective-Iterative Methods for Scattering
Problems
12-10 A.G. Dmitrenko and S.V. Korogodov, TGU,
Tomsk, Russia
Electromagnetic Scattering by 3D
Arbitrary Shaped Perfectly Conducting Bodies
with a Magneto-Dielectric Coating
12-30 A.G. Kyurkchan and S.A.
Manenkov, MTUCI, Russia
Wave Scattering by the Bodies Close to Ideal Forms
12-50 N.V. Voshchinnikov and V.G. Farafonov, AIPU,
St.-Petersburg, Russia
Light Scattering by Dielectric and Absorbing
Spheroids: Comparison of Exact
and Approximate Methods
14-30 J. Stover, ADE OS, USA
Comparison of Measured and
Modeled Scatter from Defects and Particles on
Silicon Wafers
15-00 B.M. Nebeker, G.W. Starr and
E.D. Hirleman, ASU, USA
Modeling of Scattered Light from
Circuit Features and Contaminant Particles Using
the Discrete-Dipole Approximation
15-30 S.E. Stokowski, F.I. Assi and A.C.
Cangellaris, Tencor Inst., USA
Confirming Experimentally the
Utility of the Mie-Weyl Formalism for Calculating
Scattering by a Sphere on a Layered Substrate
16-20 N.V. Orlov and Yu.A. Eremin, MSU, Russia
Silicon Wafer Defects Identification. Axisymmetrical
Model.
16-40 V.I. Ivakhnenko and Yu.A. Eremin, MSU,
Russia
Silicon Wafer Defects Analysis. Nonaxisymmetrical
Model.
17-00 V.V. Lopushenko, MSU, Russia
Analysis of Plane Wave Scattering by
Microroughness of Silicon Wafers
17-20 A.N. Tikhonov and A.V. Tikhonravov, MSU,
Russia
Determination of Parameters of
Week Nonuniform Films Based on Spectral
Reflection Coefficient
17-50 A.Y. Perelman, FA,
St.-Petersburg, Russia
An Approximation Method to the Mie Theory for Soft
Spheres
18-10 A.V. Golubyatnikov, MSTU, Russia
Diffraction on Dielectric Gradient Sphere
18-30 O.Sh. Dautov, KSTU, Kazany, Russia
Antennas Synthesis Accounting Dielectrical
Coating
18-50 V.F. Kravchenko and A.B. Kazarov, IREE RAN,
Russia
Scattering of the Electromagnetic Wave by the Rough
Superconducting Strip
20-00 Banquet
GENERAL INFORMATION
WORKSHOP FEE
All participants pay registration fees to help defray the cost of conducting
the Workshop.
Before March 15,
1997 After March
15, 1997
Regular
Fee USD
125 USD 150
Student
Fee USD
60 USD 70
Accompany Person
Fee USD 30 USD 30
The regular and student registration fees include one copy of Workshop
Proceedings.
ACCOMODATION
Accommodation will be available in the University campus student hostel
and University
hotel, about 7min. apart from Workshop hall. Here are the room prices (per
night)
Single
Student
hostel USD 20
University hotel (tour.
class) USD
50
FOOD SERVICE
Food service is available in the University campus. Lunch or dinner costs about USD 5.
CURRENCY EXCHANGE
There are plenty of exchange offices in Moscow (tree of them are located in the
University), where you can exchange cash US dollars or Deutche Marks. Traveler's
checks and credit cards (VISA, American Express, Master Card) are acceptable in large
banks in the downtown.
WEATHER
The end of May is usually quite warm in Moscow. The temperature is about
17-22' C and
low humidity.
PAPER GUIDLINES
Papers are to be submitted in English prepared in MS Word 6.0 (or higher)
format. Please
use 12 point Times New Roman font or an equivalent, single line spacing, set 25mm (1
inch) margins and 25mm (1 inch) top and bottom fields page setup. Type title on bold,
centered at the top. Below title, center name of author(s) with affiliation(s) and
complete
mailing address, fax, e-mail if available.
For talk 15 min. duration paper should not exceed three full pages, for lecture 25 min.
could be up to 5 full pages, including the figures, tables, etc. References should be at the
end of paper. Figures should be embedded into the Word document.