ILLA2001
ILIT RAS
Second Announcement and Call for Papers

VII International conference

ILLA-2001

Laser and laser-information technologies

23-25 June 2001
Vladimir - Suzdal - Shatura, Russia

Organizers:

Sponsored by:

Conference Chair  E.P.Velikhov, Academician,   òRRC "Kurchatov Institute" (Russia)
Chairman of Program Committee V.Ya.Panchenko, ILIT RAS (Russia)
Chairman of Organizing Committee A.G.Sergeev, Vladimir State University (Russia)
Vice-Chairmen of Organizing Committee S.M.Arakelian, Vladimir State University (Russia)
V.D.Dubrov, ILIT RAS  (Russia)
Scientific Secretary of Conference E.N.Gulamov, ILIT RAS  (Russia)
Scientific Secretary of Conference Organizing Committee V.G.Prokoshev, Vladimir State University (Russia)

Preliminary list of invited papers

PLENARY SESSION. 23 June, Saturday

  1. E.P.Velikhov. Information technologies of XXI century. RRC "Kurchatov Institute" (Russia).
  2. K.A.Valiev. Quantum computers. PTI RAS (Russia)
  3. F.Dausinger. German national program on femtosecond technology for machining, medicine and metrology. Inst. fuer Strahlwerkzeuge, Univ. Stuttgart (Germany).
  4. V.Ya.Panchenko. New laser-information technologies for medical applications. ILIT RAS (Russia).
  5. V.Yu.Baranov. Laser separation of isotopes for application in fundamental physics and medicine. IMP RRC "Kurchatov Institute" (Russia).
  6. Qiu Junlin. Development of industrial laser and application in China. HUST (China).
  7. I.A.Sherbakov, A.A.Kazakov*. Diode-pumped solid-state lasers. GPI RAS; *R&DI "Polyus" (Russia).
  8. Ken-ichi Ueda. High -power ceramic  lasers: new generation of solid state lasers. Inst. for Laser Science,  Univ. of Electro-Communications (Japan).
Symposium S1

Laser Technologies of Advanced Material Processing. Advanced Laser Systems and Diagnostics.

Section S1.1. Progress in development of new laser systems and industrial lasers.  23 June, Saturday
  1. G.Xiong, J.Wilkinson, S.Tuzemen*, K.B.Ucer, R.T.Williams. Toward a new ultraviolet diode laser: luminescence and p-n junctions in ZnO films. Wake Forest Univ. (USA); *Ataturk Univ. (Turkey)
  2. N.V.Sabotinov. A high-power CuBr laser for precision materials processing. ISSP BAS (Bulgaria)
  3. A.A.Ionin. Overtone CO laser (l = 2.5-4.2 mm). LPI RAS (Russia)
  4. Baida Lu, Xiaoling Ji, Shirong Luo. The beam quality of annular lasers. Inst. of Laser Physics & Chemistry,  Sichuan Univ. (China)
  5. V.N.Ochkin, E.F.Shishkanov*. Tendencies of development of small-size CO2 lasers. LPI RAS; *NPO "Plasma" (Russia)
  6. S.K.Vartapetov. Solid-state industrial laser with programmable shape and duration of pulse. CPIMI GPI RAS (Russia)
  7. V.I.Igoshin. Pulsed chemical lasers initiated by IR radiation. LPI RAS, Samara Branch (Russia).
  8. E.N.Gulamov, R.Sh.Islamov. Computer and analytical models of glow discharge in fast-flow CO2 lasers. ILIT RAS (Russia).
Section S1.2. Laser technologies of advanced materials treatment and diagnostics. 25  June, Monday
  1. Long Hua, Wang Youqing. Polymer surface modification by lasers. HUST (China).
  2. V.G.Prokoshev. Diagnostic system on basis of laser brightness amplifier for monitoring and control of laser technological processes. VSU (Russia).
  3. R.F.Walter, M.R.Hallada, S.L.Seiffert. Industrial applications of iodine lasers. Schafer Corporation (USA).
  4. A.G.Grigoriants, I.N.Shiganov. Laser cutting and welding of advanced materials. MSTU (Russia).
  5. L.M.Lobanov. Non-destructive quality control and determination of residual stresses in elements and components of machine-building structures using the methods of holography, electron speckle-interferometry and shearography. E.O.Paton Electric Welding Inst. (Ukraine).
  6. A.I.Koruk, C.Laurent, A.Nuri, R.C.Julian. High-power laser welding of dissimilar materials. The Research Center of the SIDMAR (Belgium).
  7. N.N.Dogadkin, L.I.Ivanov, E.E.Kazilin*.  Experimental confirming of meteorite origin of Moon regolite using laser pulse simulation. IMET RAS, *ILIT RAS (Russia)..
  8. V.S.Maiorov. Capillary thermo-concentration instability and processes of heat and mass transfer in laser technology. ILIT RAS (Russia)..
  9. F.Kh.Mirzoev, I.N.Shiganov*. Hydrodynamical model of melt components stratification in heterogeneous materials under scanning laser beams. ILIT RAS;  BMSTU (Russia)..
  10. V.D.Dubrov, Yu.N.Zavalov. Diagnostics of turbulent flow parameters of active laser mixture in fast-axial-flow industrial CO2 laser. ILIT RAS (Russia)
  11. A.M.Zabelin. Application of high-power CO2 lasers with stable-unstable resonator in laser cutting and welding. ILIT RAS (Russia).
Symposium S2. 24 June, Sunday

Laser Based Rapid Prototyping.

  1. Y.P.Kathuria. Laser-assisted rapid prototyping in Japan. Laser X Co Ltd (Japan).
  2. V.P.Yakunin. Integrated laser-information technologies for synthesis of 3D parts. ILIT RAS (Russia).
  3. H.Humphreys, D.Wimpenny*. Comparison of laser based rapid prototyping techniques. Delcam PLC; *Warwick Univ. (UK).
  4. V.A.Knyaz, S.Yu.Zheltov. Development of photogrammetric 3D reconstruction technologies for rapid prototyping. NIIAS (Russia).
  5. Chris Lawrie. Reverse engineering: extending the boundaries or understanding the point cloud? (collected by laser scanning). Delcam PLC (UK).
  6. A.V.Evseev, E.V.Kotsuba. Long-distance laser stereolithography in skull-maxillo-facial surgery. ILIT RAS (Russia).
  7. V.P.Veiko, A.G.Yakovlev. Methods of quality improvement of models produced from sheet materials. St.Petersburg IFMO (Russia)..
  8. V.P.Bessmeltsev. Investigation of accuracy selective laser synthesis method. IAE SB RAS (Russia).
  9. A.L.Petrov, I.V.Shishkovsky. Development of gradient materials by method of selective laser sintering. LPI RAS, Samara Branch (Russia).
Symposium S3. 23 June, Saturday

Laser Micro- and Nanotechnologies.

  1. K.Sugioka. VUV-AV multiwavelength excitation process using F2 and KrF excimer lasers. RIKEN - Inst. of Physical and Chemical Research (Japan).
  2. T.V.Vlasov, R.V.Volkov, V.M.Gordienko. Ablation and spatial distribution of ablation products of NiMoRe target initiated by short and ultrashort laser pulses. MSU (Russia).
  3. Qihong Lou. Investigation of nano-particle formation process and spectrum by UV laser ablation. Shanghai IOFM (China).
  4. A.A.Karabutov. Laser optoacoustic imaging supercontrast based on nano-particles. Center for Biomed. Eng., Univ. of Texas (USA).
  5. F.Dausinger, V.I.Konov*, A.M.Prokhorov*. Effect of plasma on material ablation by ultrashort pulsed lasers. Inst. fuer Strahlwerkzeuge, Univ. Stuttgart (Germany); *GPI RAS (Russia).
  6. H.Misawa. Stereolithography and 3D micro-structuring of transparent materials by femtosecond laser irradiation. The Univ. of Tokushima (Japan).
  7. V.N.Seminogov, T.Seiler*. Gaussian and non-Gaussian homogenization of light beam transmitted through a dielectric plate with large-scale roughnesses. ILIT RAS (Russia); *Univ. of Dresden (Germany)..
Symposium S4. 25 June, Monday

Adaptive Optics in Laser Technologies, Vision Systems and Medicine.

  1. M.A.Vorontsov. Micro-scale adaptive optics: new challenges for adaptive wavefront distortion correction. Army Research Lab., C&IS Directorate (USA).
  2. A.V.Larichev, A.V.Kudryashov*. Adaptive compensation of the human eye aberration. MSU; *ILIT RAS (Russia).
  3. V.Yu.Venediktov.  Double-wavelength dynamic holography and its application in adaptive optics. ILP, St.Petersburg (Russia).
  4. Yu.V.Senatsky, L.M.Vinogradsky*, V.M.Mizin**, Ken-ichi Ueda***.  Apodizers for single transverse mode generation in lasers. LPI RAS, *Russian Federal Nuclear Center VNIIEF, **State Scientific Center RF-NIOPiK (Russia); ***Inst. for Laser Science, Univ. of Electro-Communications (Japan).
  5. O.B.Viskubenko. Adaptive system for industrial laser machine "Luch". Russian Federal Nuclear Center VNIIEF (Russia).
Symposium S5. 24 June, Sunday

Data Optical Processing. Quantum Computing.

  1. S.A.Magnitskii. Nonlinear fluorescent optical 3D memory. MSU (Russia).
  2. N.I.Zheludev. Optical nonlinearity on the verge of a structural phase transition: controlling light with light. Univ. of Southhampton (UK).
  3. A.M.Zheltikov. Nonlinear optics of short light pulses in photonic band-gap structures. MSU (Russia). .
  4. N.N.Rozanov. Optical needles - super narrow spatial solitons. ILP, St.Petersburg (Russia).
  5. V.L.Velichanskii.  "Stopping" of the light. LPI RAS (Russia)..
  6. G.V.Sinitsyn. Optically controlled multiplexers/demultiplexers based on nonlinear interference structures. Dep. OPI NASB (Belarus).
  7. V.I.Sokolov.  Optical multiplexers/demultiplexers with improved spectral characteristics based on nonuniform Bragg gratings. ILIT RAS (Russia).
  8. Yu.T.Mazurenko.  Quantum cryptography with modulated light. GOI (Russia).
  9. L.Sanchez-Soto. Quantum lithography with entangled states - breaking the diffraction limit. Madrid Univ. (Spain).
  10. A.P.Alodjants, S.M.Arakelian.  Quantum logical gates and schemes in nonlinear Mach-Zehnder interferometers and DFB systems. VSU (Russia).

Posters:

S1.1, S2, S3, S5 -  24 June, Sunday
S1.2, S4 -  25 June, Monday

To date, 172 papers have been selected by the Program Committee to be presented at the Conference ILLA-2001.
 

Publications:


The authors should deliver full text of their papers (not more than 10 pages) in English before 25 June by e-mail or on standard floppy disk. For manuscript preparation instructions, please, see SPIE proceedings guidelines

Program Committee of the Conference contacts:

ILIT RAS,
1 Svyatoozerskaya st.,
140700 Shatura,
Moscow Region, Russia
Phone: (09645) 2-45-81
Fax: (+7-09645) 2-25-32
E-mail: illa2001 @ laser.ru

The registration fee is 300 USD.
The payment for hotel accommodation is 50-150 USD for a night.
Method of payment: credit cards or cash.
 
 

The Organizing Committee of the Conference will arrange special transportation of participants from Sheremetyevo airport to Suzdal and back trip.

Organizing Committee of the Conference contacts:

Vladimir State University
87 Gorkii st.,
600000 Vladimir, Russia
Phone: (0922) 233334, (0922) 279621
Fax: (0992) 233342, 233334
E-mail: laser @ vpti.vladimir.su, arak @ vpti.vladimir.su
The Conference ILLA-2001 will be run at the "Turcentr" complex of the town of Suzdal, Vladimir Region. The region is situated in the very heart of the European part of Russia.
Suzdal is a beautiful ancient Russian town rich in wonderful monuments of the past. In the 12th-13th centuries Suzdal was one of the most important towns of ancient Rus. In Vladimir-Suzdal area a specific architectural style was developed, the main monuments of which are retained in our time and presented in a wide variety in Suzdal. The buried in greenery silhouettes of churches and cathedrals with golden domes can be seen from everywhere in this town. Suzdal is patriarchal and slow, though it is visited by hundreds of thousand tourists. It hosts many scientific seminars, conferences, world-level competitions. Suzdal is a part of the "Golden Ring" of Russia; it is situated 30 km from the city of Vladimir.
The city of Vladimir (180 km east from Moscow) was founded on a high bank of Klyazma river by Vladimir Monomakh in 1108. In the 12th century Vladimir was the capital of North-Eastern Rus, in the 12th-13th centuries it became the main town of Rus that played the leading role in the political, cultural and religious life of the country up to the 14th century. Vladimir is a beautiful green city where modern buildings exist in the neighborhood of unique architectural monuments: Cathedral of the Assumption, St. Dimitry cathedral, Golden Gates, Church of the Intercession on the Nerl (the 12th century). 400 thousand inhabitants of the city maintain and multiply the fame of Vladimir as the cultural, industrial and scientific center.
 
 

The "Turcentr" complex provides a rich choice of services. It offers twenty-four-hour bars, several restaurants (8.00 a.m. - 23.00 p.m. open), self-service cafes (9.00 a.m. - 15.00 p.m. set meals), billiard-rooms, sauna, swimming-pool (swimming before breakfast is included into charge for a room).

ILLA2001
ILIT RAS


page was updated 19.04.2001