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RREPS-95
September 4-8, 1995, Tomsk, Russia
- General Information
- Scientific Program
- List of Participants
- Photogallery
SYMPOSIUM TOPICS
- Parametric X-Radiation in Perfect and Mosaic Crystals
- Resonant Transition X-Radiation in Layered Structures
- Undulator Radiation, Back Compton Scattering, Smith-Purcell Effect
- Coherent Bremsstrahlung and Channeling Radiation in Crystals
- Crystal-Assisted Processes (pair creation, excitation, energy loss, etc.)
- Applications of Monochromatic X- and γ-Beams Produced at Electron Accelerators
INTERNATIONAL PROGRAM COMMITTEE
X.Artra (France), V.N.Baier (Russia), B.L.Herman (USA), I.Endo (Japan),
H.Genz (Germany), G.N.Kulipanov (Russia), M.Moran (USA), H.Olsen (Norway),
A.P.Potylitsin (Russia), N.F.Shul'ga (Ukraine), A.F.Tulinov (Russia), H.Uberall (USA),
E.Uggerhoj (Denmark), Th.Walcher (Germany), H.Winick (USA)
ORGANIZING COMMITTEE
Chairman:A.N.Tikhonov (State Committee for Higher Education of Russian Federation, Moscow)
Co-Chairmen:Yu.P.Poholkov (Tomsk Polytechnic University),
Co-Chairmen: Yu.P.Usov (Nuclear Physics Institute, Tomsk Polytechnic University)
Scientific Program (oral session)
Parametric X-Radiation in Perfect and Mosaic Crystals |
I. Endo | Enhancement of X-Ray Intensity from Stratified Single Crystals |
R. Fiorito,
D. Rule,
C. Martin et al. | Absolute Spectral and Angular Distribution Measurements ofPXR in Graphite Crystals with Varying Degrees of Mosaicity |
A. Shchagin,
V. Pristupa,
N.Khizhnyak | Coherent Background in PXR Spectra |
A.Potylitsin,
V. Verzilov | Coherent X-Radiation of Charged Particles in a Stack of Crystal Plates |
V. Kaplin,
M. Moran,
Yu.Pivovarov
et al. | Parametric X-Radiation of 5.7 MeV Electrons from (002) Mosaic Pyrolitic Graphite Crystal |
M.Andreyashkin,
V. Kaplin,
A.Potylitsin et al. | X-Rays from 900 MeV Electrons in Compound 'Multifoil Structure+ Crystal' Targets |
M.Andreyashkin,
V. Kaplin,
E. Rozum et al. | Original and Diffracted on Pyrolitic Graphite Transition Radiation Generated by 900 MeV Electrons in a Cu Multifoil Target |
Resonant Transition X-Radiation in Layered Structures |
E. Bessonov | Some Features of the Bremsstrahlung and Transition Radiation |
M.Andreyashkin,
V. Kaplin,
S. Uglov et al. | Generation of Hard Transition X-Rays by 700 and 900 MeV Electrons in Multilayered Metal Targets |
K. Amosov,
G. Ivanov,
B. Kalinin et al. | Investigation of Hard X-Rays Radiated by U Itrarelativistic Electrons in Amorphous Periodical Structure |
C. Amosov,
B. Kalinin,
G. Naumenko
et al. | Spectra of a Radiation of Relativistic Electrons in Thin Amorphous Targets at an Angle Much Greater than y' |
U. Arkatov,
S. Blazhevich,
G. Bochek et al. | Suppression of the density effect in the bremsstrahlung of relativistic electrons, passing through a thin layer of matter |
S. Blazhevich,
A. Chepurnov,
V. Grishin et al. | Suppression of the relativistic electron polarization bremsstrahlung in a carbon film |
Undulator Radiation, Back Compton Scattering, Smith-Purcell Effect |
V.Bordovitsyn,
V. Gushchina,
I. Ternov | Spin Light from Relativistic Electrons in Asymmetric Wigglers |
V. Epp,
V. Zalmezh,
M. Nikitin | Undulators Based on the Oppositely Directed e-Bearns |
Y. Shibata,
S. Hasebe,
K. Ishi et al. | Coherent Smith-Purcell Radiation in the Millimeter Wave Region |
R. Avakian,
S. Darbinian,
K. Ispirian et al. | Conversion of the Linear Polarization of Gamma Quanta Beams into Circular with the Help
of Lasers and Single Crystals |
Yu. Nikitina,
J. Pfluger,
E.Schneidmiller | The Influence of the Gradient Variation in Focusing Hybrid PM Structures on the EEL process |
V. Bagrov,
V. Belov,
M. Nikitin et al. | The Quantum Effects in Spontaneous Radiation of an Electron Executing Quasi-Periodical Motion |
V. Bordovitsin,
V. Epp | Quantum Effects in Asymmetric Wiggler Radiation |
V. Bordovitsin,
V. Bulenok,
V. Gushchina | Radiation of Relativistic Electron in the Veen Filter |
Coherent Bremsstrahlung and Channeling Radiation in Crystals |
K. Amosov,
B. Kalinin,
G. Naumenko
et al. | Experimental Investigation of Coherent Bremsstrahlung in Pyrolytic Graphite |
X. Artru,
V. Strakhovenko | Interplay Between Incoherent Multiple Scattering and Doughnut Scattering of High Energy Charged Particles in Crystals |
N. Shul'ga,
V. Truten' | Coherent Radiation Mechanisms of Relativistic Electrons and Positrons in Crystal |
S.Blazhevich,
G. Bochek,
V. Kulibaba
et al. | Contribution of Channeled and Above-barrier Fractions of Relativistic Electrons Flux to Coherent Radiation in a Thick Crystal |
L. Gevorgian,
K. Ispirian,
R. Ispirian | Coherent Radiation of e+e- Pairs: Possibilitiy of Observation and Application |
O. Boev | Relativistic Positronium Planar Channeling: Ground State Properties |
Crystal-Assisted Processes (pair creation, excitation, energy loss, etc.) |
A. Apian,
R. Avakian,
S.Darbinian
et al. | Crystal Alignment and Measurement of Photon Polarization Using Coherent e+e- Photoproduction at Energies ω ≥ 50 GeV |
Yu.Kunashenko,
Yu. Pivovarov | Evolution of the Brilliance of Coherent Peaks for Photoproduction of e+e- Pairs in a Crystal: From "Narrow" Pairs to Relativistic Positronium Atom |
A. Taratin | Computer Simulation of Energy Loss Spectra for High Energy Protons in a Bent Crystal |
Yu.Kunashenko,
Yu. Pivovarov | Production of e+e- Pairs with Electron K-shell Capture by Relativistic Nuclei in a Crystal |
A. Kolchuzkin,
I. Tropin,
D. Chernov | On the mean values in cascade processes |
Yu. Pivovarov,
Yu. Filimonov,
H. Geissel et al. | Coherent Excitation of Relativistic Heavy Ions in Aligned Crystals |
Applications of Monochromatic X- and γ-Beams Produced at Electron Accelerators |
M. Bogner,
G. Buschhorn,
R. Kotthaus
et al. | X-Ray Polarimetry - a Novel Application of CCDs |
Y. Takashima,
I. Endo,
K. Goto et al. | Measurement of Electron-Beam Parameters Using Parametric X-Radiation |
A. Potylitsin | Prospect for Using Parametric X-Ray and Transition Radiation to Measure Sizes of Charged Particle Beams |
V. Kaplin,
S. Uglov | Possible Application of RTR for Measurement of Geometrical Size and Divergence of Particle Beams |
K. Nakayama,
M. Sekimura,
I. Yanasc et al. | Development of Si Single-Crystal Multi-Foil Target for X-Ray Radiation |
O.Krivosheev,
A. Kolchuzkin,
I. Tropin | Investigation into Polarized Photon Transport by Monte-Carlo Method |
A. Kolchuzkin,
I. Tropin,
O.Krivosheev | Energy-Angular Distribution of Positrons Generated in Positron Converter |
E. Bessonov | Radiative ion cooling and possible applications |
| N |
Name | Affiliation | Country |
1 |
X. Artru | Institute de Physique Nucleaire de Lyon | France |
2 |
R. Chehab | Lab.,de l'Accelerat. Lineare,Orsay | France |
3 |
K. Chouffani | The Catholic University of America | USA |
4 |
I. Endo | Hiroshima University | Japan |
5 |
R. Fiorito | Naval Surface Warfare Center | USA |
6 |
A. Jejcic | Labaratoire De Physique Corpusculaire, College De France | France |
7 |
R. Kotthaus | Max-Plank-Institut fur Physik | Germany |
8 |
K. Nakayama | Toshiba Corporation | Japan |
9 |
M. Oyaizu | Institute for Nuclear Study, University of Tokyo | Japan |
10 |
Yu. Shibata | Research Institute for Scientific Measuments, Tohoku University | Japan |
11 |
I. Sagai | Institute for Nuclear Study, University of Tokyo | Japan |
12 |
T. Takashima | Faculty of Science, Hiroshima University | Japan |
13 |
A. Yoshida | Institute for Nuclear Study, University of Tokyo | Japan |
14 |
K. Yoshida | Institute for Nuclear Study, University of Tokyo | Japan |
15 |
S. Darbinian | Erevan Physical Institute | Armenia |
16 |
S. Fomin | Kharkov Insitute of Physics and Technology | Ukraine |
17 |
A. Gevorkian | Institute of Applied Problems of Physics , Yerevan | Armenia |
18 |
Zh. Gevorkian | Institute of Applied Problems of Physics , Yerevan | Armenia |
19 |
K. Ispirian | Erevan Physical Institute | Armenia |
20 |
N. Maslov | Institute of Physics and Technology | Ukraine |
21 |
A. Shchagin | Kharkov Institute of Physics and Technology | Ukraine |
22 |
N. Shul'ga | Kharkov Institute of Physics and Technology | Ukraine |
23 |
C. Amosov | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
24 |
M. Andreyashkin | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
25 |
V. Bagrov | Institute for High-Current Electronics | Russia |
26 |
V. Baier | Budker Institute of Nuclear Physics, Novosibirsk | Russia |
27 |
E. Bessonov | Lbedev Physical Institute | Russia |
28 |
S. Blazhevich | Belgorod State Pedagogical University | Russia |
29 |
O. Boev | Tomsk Polytechnic University | Russia |
30 |
V.Bordovitsyn | Tomsk State University | Russia |
31 |
V. Bulinok | Tomsk State University | Russia |
32 |
D. Chernov | Tomsk Polytechnic University | Russia |
33 |
V. Epp | Tomsk State Pedagogical Institute | Russia |
34 |
Yu. Filimonov | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
35 |
V. Gushchina | Tomsk State University | Russia |
36 |
B. Kalinin | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
37 |
V. Kaplin | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
38 |
V. Katkov | Budker Institute of Nuclear Physics, Novosibirsk | Russia |
39 |
A. Kolchuzkin | Tomsk Polytechnic University | Russia |
40 |
A. Kozhevnikov | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
41 |
G. Kulipanov | Budker Institute of Nuclear Physics, Novosibirsk | Russia |
42 |
Yu. Kunashenko | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
43 |
D. Kustov | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
44 |
A. Medvedev | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
45 |
N. Nasonov | Belgorod State Pedagogical University | Russia |
46 |
M. Nikitin | Tomsk Polytechnic University | Russia |
47 |
Yu. Nikitina | Tomsk Polytechnic University | Russia |
48 |
G. Naumenko | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
49 |
Yu. Pivovarov | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
50 |
A. Potylitsyn | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
51 |
E. Rozum | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
52 |
V. Sarytchev | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
53 |
V. Strakhovenko | Budker Institute of Nuclear Physics, Novosibirsk | Russia |
54 |
A. Taratin | Laboratory of High Energies, JINR | Russia |
55 |
N. Timchenko | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
56 |
A. Trifonov | Tomsk Polytechnic University | Russia |
57 |
I. Tropin | Tomsk Polytechnic University | Russia |
58 |
S. Uglov | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
59 |
V. Verzilov | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
60 |
I. Vnukov | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
61 |
V. Zabaev | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
62 |
V. Zarubin | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
63 |
V. Yurchenko | Nuclear Physics Institute, Tomsk Polytechnic University | Russia |
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