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JAERI -Review 2004-030 JAERI -Review 2004-030 ANNUAL REPORT OF KANSAI RESEARCH ESTABLISHMENT 2003 APRIL 1,2003-MARCH 31,2004 Kansai Research Establishment Japan Atomic Energy Research Institute hit, (T319-1195 (T319-H95 This report is issued irregularly. Inquiries about availability of the reports should be addressed to Research Information Division, Department of Intellectual Resources, Japan Atomic Energy Research Institute, Tokai-mura, Naka-gun, Ibaraki-ken T319—1195, Japan ©Japan Atomic Energy Research Institute, 2005 B * m =F ts m JAERI-Review 2004-030 Annual Report of Kansai Research Establishment 2003 April 1, 2003-March 31, 2004 Kansai Research Establishment Japan Atomic Energy Research Institute Kizu-cho, Souraku-gun, Kyoto-fu (Received December 14, 2004) This report is the fifth issue of the annual report of Kansai Research Establishment, Japan Atomic Energy Research Institute. It covers status reports of R&D and results of experiments conducted at the Advanced Photon Research Center and the Synchrotron Radiation Research Center during the period from April 1, 2003 to March 31, 2004. Keywords: Annual Report, Kansai Research Establishment, JAERI, R&D, Advanced Photon Research Center, Synchrotron Radiation Research Center, SPring-8 Board of Editors for Annual Report Editors: Akira NAGASHIMA (Editor-in-chief), Jun'ichiro MIZUKI, Katsutoshi A0K1, Koichi YAMAKAWA, Keisuke NAGASHIMA, Hiroyuki DAIDO, Masato KOIKE, Yuichi SHIMIZU, Mitsuru YAMAGIWA, Eisuke MINEHARA, Taikan HARAMl, Yuji BAB A, Yoichi MURAKAMI, Koji MURAMATSU, Hisazumi AKAI Editorial Assistants: Noboru TSUCHIDA, Shintaro EJIRI, Sayaka HARAYAMA JAERI-Review 2004-030 2003 2003 ^4^10 -2004 (2004^12^ 14 2003^4^ 1 B^TOSIBI 8 - JAERI-Review 2004-030 Contents Foreword 1 I CJll *H M* A **V _______________________________________________________ *") • OU ill Ilia 1 j _; 2. Facilities of the Advanced Photon Research Center 3 3. Facilities of the Synchrotron Radiation Research Center 4 4. Advanced Photon Science 5 4.1 High Peak Power Laser Development 6 K. YAMAKAWA 4.1.1 Optical Field Ionization of Rare Gas A toms by Ultrashort Laser Pulses with Peak Intensities drontpr thnn 10 W/rm^ - "7 KJtCLdlCf iftLtrl I 1/ rf/^/fl ——————————————————————————————————————————————————————————————— i Y AKAHANE, Y FUKUDA, M AOYAMA, N. INOUE, T. UTSUMI, K. YAMAKAWA 4.1.2 Ionization Dynamics of a Xe A torn in Super-strong Laser Fields 9 Y AKAHANE, Y. FUKUDA, M. AOYAMA, N. INOUE, T. UTSUMI, K. YAMAKAWA 4.1.3 100-mJ, 1-kHz, Single-stage Amplifier of Femtosecond Pulses 11 J. KAWANAKA, H. NISHIOKA, K. YAMAKAWA, K UEDA 4.1.4 Generation of Broadband Mid-infrared Pulses 12 K. YOKOYAMA, A. SUGITA, H YAMADA, M AOYAMA, Y AKAHANE, N. INOUE, H UEDA, K. YAMAKAWA 4.1 5 Femtosecond Laser A blationfor SCC Mitigation on Nuclear Grade SUS 14 A. NISHIMURA, Y. SHIMADA, H MURAKAMI, E MINEHARA, A PIROZHKOV, T. SHOUBU, J. NAKANO, T. TSUKADA, A. KAWASUSO 4.2 X-ray Laser Development . 15 K. NAGASHIMA, M. KISHIMOTO, T. KAWACHI, N. HASEGAWA, M. TANAKA, Y OCHI, Y. SUZUKI, K. SUKEGAWA, M. NISHTKINO, R. TAI 4.2.1 Improvement of Output Energy of a Fully Coherent X-ray Laser 1 (, M. NISHIKINO, M. TANAKA, N. HASEGAWA, Y. OCHI, M. KISHIMOTO, K. NAGASHIMA 4.2.2 Near Field Imaging of X-ray Lasers Generated by the Double Target Amplification 17 M. TANAKA, M. NISHIKINO, N. HASEGAWA, M. ISHINO, M. KISHIMOTO, K. SUKEGAWA, T. KAWACHI, M. KADO, K. NAGASHIMA 4.2.3 Temporal Characteristics of the TCE X-ray Lasers 18 Y. OCHI, T. KAWACHI, A. SASAKI, K. NAGASHIMA 4.2.4 Transform LimitedX-ray Laser Generation with the High Order Harmonic Light 19 N. HASEGAWA, T. KAWACHI, M. KISHIMOTO, K. SUKEGAWA, M. TANAKA, M. KADO, R. TAI, Y. OCHI, M. NISHIKINO, K. NAGASHIMA 4.2 5 Properties of Optical Parametric Chirped Pulse A mplification (OPCPA) for X-ray Laser M. KISHIMOTO, K. SUKEGAWA 4.2.6 Development of the Target A lignment System for Double Target X-ray Laser — 21 K. SUKEGAWA, M. KISHIMOTO 4.3 Free-electron Laser Development 22 E J. MINEHARA 4.3.1 Study ofHOM Instability of the JAERIERL-FEL 23 M. SAWAMURA, R HAJIMA, R NAGAI, N. KIKUZAWA, N. NISHIMORI, E MINEHARA 4.3.2 Replacement of the JAERI ERL-FEL Control System 24 N. KIKUZAWA 4.3 3 Electrical Length Stabilization of Coaxial Cable by Cheap Temperature Regulation System 25 R NAGAI, M. SAWAMURA, N NISHIMORI, R HAJIMA, N. KIKUZAWA, E. MINEHARA 4.3.4 Optimization of JAERI ERL-FEL Optical Resonator 26 R. NAGAI, R HAJIMA, M SAWAMURA, N. NISHIMORI, N KIKUZAWA, E. MINEHARA 4.3.5 Linear Analysis ofCSR Effect in a Future ERL Light Source 2 7 R. HAJIMA 4.3.6 Analysis of an FEL Oscillation at Zero Detuning Length of an Optical Cavity 28 N NISHIMORI 4.3.7 Chemical Reaction of Environmental Destructive Materials in IR Laser Irradiation Calculated by Gaussian 03 29 T. YAMAUCHI, S. KOBAYASHI 111 JAERI-Review 2004-030 4 3.8 Evidence of Nucleosynthesis Process by Photodisintegration Reactions in Supernova J-j^L/tlsdlL/rltJ ——————————————————————————————™™™™™™——™—————™~™™~~"™™™ JVJ T. HAYAKAWA, N. IWAMOTO, T SHIZUMA, T. KAJINO, H UMEDA, K. NOMOTO 4 3.9 Photoneutron Cross Sections on l87Re and mOs 31 T. SHIZUMA, T. HAYAKAWA, H UTSUNOMIYA, S. GOKO, A. MAKINAGA, K. HARA, P MOHR, H OHGAKI, Y. W. LUI, S GORIELY 4.3.10 Nuclear Isomer Research by Deep Inelastic Collisions 32 T. SHIZUMA, T. HAYAKAWA, S. MITARAI, T. MORIKAWA, H UTSUNOMIYA 4.4 Optics Research and Development 33 M. KOIKE, O. YODA, Y SHIMIZU, A SUGIYAMA, M. ISHINO, Y. NARA, T. IMAZONO 4.4.1 Interfacial Properties of a Direct Bonded Nd: YVO4 and YVO4 Single Crystal 34 A. SUGIYAMA 4 4 2 Soft X-ray Reflectivity Measurements of Multilayer Mirrors Consisting of Oxide and Nitride Layers for Use around the K-absorption Edge of Carbon 35 M. ISHINO, O YODA, E M. GULLIKSON, M. KOIKE 4 4.3 Conical Diffraction Monochromator Equipped with Holographic Gratings in Energy Region nf1 4 \CPV If. UJ 1 T fttf — — — — ———— — — — — — — — --—_ — _— — ————— — — — — — .. - JQ M KOIKE, T NAMIOKA 4.4.4 Development of Soft X-ray Polarization Elements of Muscovite Mica in 1-2 keV- 38 T. IMAZONO 4.5 Laser Driven Particle Acceleration Development 39 K. NAKAJIMA, M KANDO, H KOTAKI, S. MASUDA, S. KONDO, S. KANAZAWA, T. HOMMA, I. DAITO, A YAMAZAKI 4.5.1 Electron Generation from a Supersonic Gas jet Target Irradiated by 20 TW, 23 fs Laser Pulses— 41 M. KANDO, S MASUDA, A. YAMAZAKI, H. KOTAKI, T. HOMMA, S KONDO, S. KANAZAWA, K. NAKAJIMA, H KIRIYAMA, Y AKAHANE, M. MORI, Y. HAY ASM, Y NAKAI, N. INOUE, H UEDA.Y. YAMAMOTO, K TSUJI, A ZHIDKOV, T. HOSOKAI, J. K. KOGA, K. YAMAKAWA 4 5.2 Observation of Fixed Blueshift of Focused Intense Laser Pulses 43 H. KOTAKI, M. KANDO, J. K. KOGA, K. IKEDA, K NAKAJIMA 4.5.3 Three-dimensional Profile Monitor for Laser-accelerated Electrons 45 I. DAITO, M. KANDO, H KOTAKI, S. KONDO, S. KANAZAWA, T. HOMMA, A. YAMAZAKI, K. NAKAJIMA 4.5.4 Calibration of Image Plate by Using Electron Beams from the Microtron 46 A. YAMAZAKI, M KANDO, S. MASUDA, H. KOTAKI, T. HOMMA, S KONDO, S. KANAZAWA, K. NAKAJIMA 4.6 Advanced Photon Simulation Research 47 M. YAMAGIWA, A. SASAKI, J. KOGA, K. MORIBAYASHI, Y UESHJMA, T. UTSUMI, T. KONDOU, K. SAITOH, T. ESIRKEPOV, S. BULANOV 4.6.1 Strong Radiation Reaciton 48 J. KOGA, T. ESIRKEPOV, S. BULANOV, A. ZHIDKOV 4.6.2 Highly Efficient Relativistk-ion Acceleration by the Radiation Pressure 50 S. V. BULANOV, T. ESIRKEPOV, T. TAJIMA 4.6.3 Soliton Synchrotron Afterglow in a Laser Plasma 52 T. ESIRKEPOV, S V. BULANOV, T. TAJIMA 4.6.4 Data and Task Management for Experiment and Simulation 54 Y. UESHIMA, K. SAITOH, D. WAKABAYASHI, Y. MATSUDA, Y. TAKEDA, T. TATSU, R. KIMURA, H SHIMOHARA 4.6.5. Solutions of Hyperbolic Equations with the CIP-BS Method 56 T. UTSUMI, J. KOGA, M. YAMAGIWA, T. YABE, T AOKI 4.6.6 Effect of the Satellite Lines and Opacity on the EUV Spectrum ofXe and Sn 57 A. SASAKI 4 6.7 Theoretical Study for the Application of Hollow Atom Production to the Measurement cf Short-p ulse High-intensity X-ray Sources 5 8 K. Monbayashi, T Kagawa, D. E. Kim 4.7 High Power Laser Applications 60 H DAIDO IV JAERI-Review 2004-030 4.7.1 Development of Laser-driven Ion Source for Compact Cancer Therapy A ccelerator 61 A. FUKUMI, H DAIDO, K MATSUKADO, Z LI, Y. HAYASHI, M NISHIUCHI, S. ORIMO, A. SAGISAKA, K. OGURA, M. MORI, H HAZAMA, K. TAKAGAKI, T UTSUMI, S. BULANOV, T ESIRKEPOV, A. NODA, Y. IWASHITA, T SHIRAI, S. NAKAMURA, A YAMAZAKI 4.7.2 Laser Produced Ion Beam Transportation by PMQs (Permanent-magnet Quadrupole) 63 S. NAKAMURA, Y. IWASHITA, A NODA, S. SHIBUYA, K NODA, A. FUKUMI, K. MATSUKADO, H. DAIDO 4.7 3 Observation of Preformed Plasma of Metal Foil Target for Laser-plasma Interaction 64 A. SAGISAKA, H. DAIDO, K MATSUKADO, A. FUKUMI, Z. LI, K. OGURA, S. ORIMO, Y. HAYASHI, M. NISHIUCHI, M. MORI, S NAKAMURA, K. TAKAGAKI, H HAZAMA, M. SUZUKI, T UTSUMI, S BULANOV, T ESIRKEPOV 4.7.4 Simple Method to Estimate the Radiation Dose Generated by High Field Science 65 Y. HAYASHI, A FUKUMI, K MATSUKADO, K OGURA, M. MORI, M. NISHIUCHI, M. KADO, A. SAGISAKA, S. ORIMO, Z. LI, H DAIDO, H KOTAKI, M KANDO, S. KONDO, S. KANAZAWA, I. DAITO 4.7.5 Measurement of Energy Spectrum of Positron 67 Z. LI, H DAIDO, K MATSUKADO, A FUKUMI, Y. HAYASHI, S. ORIMO, A SAGISAKA, K. OGURA, H HAZAMA, K. TAKAGAKI, M. NISHIUCHI, M. MORI 4.7.6 Production of Fast Electrons A ccelerated by the Ponderomotive Pressure 68 M.
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