| ID | Category | Title |
Speaker | Affiliation |
|---|---|---|---|---|
| MOPA01 | Applications | Large-area Uniform Ion Beams Formed by Nonlinear Focusing with Multipole Magnets at the JAEA AVF Cyclotron Facility | Yosuke Yuri | JAEA/TARRI, Gunma-ken |
| MOPA02 | Applications | Beam alignment procedure for scanned ion-beam therapy | Yuichi Saraya | NIRS, Chiba-shi |
| MOPA03 | Applications | A Novel Method of Beam Scanning Over a Large Sample Area Using Magnetic Steerer at PLF, Mumbai | R. G. Pillay | TIFR, Mumbai |
| MOPA04 | Applications | Construction of New Beam Transport Line Dedicated to Biological Applications in RIKEN RI Beam Factory | Nobuhisa Fukunishi | RIKEN Nishina Center, Wako |
| MOPA05 | Electrostatic Accelerators | The new Pelletron Charging System for the MP Tandem Accelerator at LNS-INFN | Luigi Cosentino | INFN/LNS, Catania |
| MOPA06 | Room Temperature and Superconducting Cyclotrons | IsoDAR cyclotron at RISP facility | Alessandra Calanna | INFN/LNS, Catania |
| MOPA07 | Room Temperature and Superconducting Cyclotrons | Progress on the upgrade for TRT at NIRS cyclotron facility | Satoru Hojo | NIRS, Chiba-shi |
| MOPA08 | Room Temperature and Superconducting Cyclotrons | The Multi Particle Simulation for the Cyclotron NIRS-930 | Masao Nakao | NIRS, Chiba-shi |
| MOPA09 | Room Temperature and Superconducting Cyclotrons | RIKEN Ring Cyclotron (RRC) | Yutaka Watanabe | RIKEN Nishina Center, Wako |
| MOPA10 | Room Temperature and Superconducting Cyclotrons | Development of Low-Energy Heavy-Ion Beams by the RIKEN AVF Cyclotron and the Hyper ECR Ion Source of CNS | Yasuteru Kotaka | CNS, Saitama |
| MOPA11 | Room Temperature and Superconducting Cyclotrons | Phase Bunching in the Central Region of the JAEA AVF Cyclotron for Heavy-ion Acceleration in the Third-harmonic Mode | Nobumasa Miyawaki | JAEA/TARRI, Gunma |
| MOPA12 | Room Temperature and Superconducting Cyclotrons | Status Report of the Operation of the RIKEN AVF Cyclotron | Kenji Suda | RIKEN Nishina Center for Accelerator-Based Science, Wako, Saitama |
| MOPA13 | Room Temperature and Superconducting Cyclotrons | Improvement of Mass-to-Charge Ratio Resolution of the JAEA AVF Cyclotron Using a Beam Chopping System | Satoshi Kurashima | JAEA/TARRI, Gunma-ken |
| MOPA14 | Room Temperature and Superconducting Cyclotrons | Electrostatic Deflector of the Cyclotron DC-280 Axial Injection Channel | Ivan Ivanenko | JINR, Dubna |
| MOPA15 | Synchrotrons and Storage Rings | COOLING STACKING INJECTION IN NICA BOOSTER | Evgeny Syresin | JINR, Dubna, Moscow Region |
| MOPA16 | Synchrotrons and Storage Rings | Coherent Synchro-Beta Coupling in the Kek Digital Accelerator | Takumi Monma | KEK, Ibaraki |
| MOPA17 | Synchrotrons and Storage Rings | Super-bunch induction acceleration scheme in the KEK Digital Accelerator | Takashi Yoshimoto | TIT, Yokohama |
| MOPA18 | Synchrotrons and Storage Rings | A Racetrack-shape Fixed Field Induction Accelerator for Giant Cluster Ions | Ken Takayama | KEK, Ibaraki |
| MOPA19 | Synchrotrons and Storage Rings | Nuclotron at JINR: operation experience and recent development | Andrey Butenko | JINR, Dubna, Moscow Region |
| MOPA20 | Synchrotrons and Storage Rings | Electromagnetic Characterization of Open Cell Metal Foams for High Synchrotron Radiation Particle Accelerators | Stefania Petracca | U. Sannio, Benevento |
| MOPA21 | Synchrotrons and Storage Rings | Particle Tracking Simulation With Space Charge Effects for an Induction Synchrotron and Preliminary Application to the Kek Digital Accelerator | Xingguang Liu | Department of Energy Sciences, Yokohama |
| MOPA22 | Synchrotrons and Storage Rings | Dynamics of Barrier Bucket Confinement | Masatake Hirose | Tokyo City University, Tokyo |
| MOPA23 | Synchrotrons and Storage Rings | Performance of a Fast Kicker Magnet for Rare-RI Ring | Hiroshi Miura | Sitama Univ., Japan |
| MOPA24 | Synchrotrons and Storage Rings | Performance of a Resonant Schottky Pick-up in the Commissioning of Rare-RI Ring | Fumi Suzaki | Sitama Univ., Japan |
| MOPA25 | Accelerator Systems and Components | Vacuum Control System of SSC-Linac | Xiaojun Liu | IMP, Lanzhou |
| MOPA26 | Accelerator Systems and Components | SI-Thyristor Matrix Array Driven Electrostatic Injection Kicker for the KEK Digital Accelerator and Beam Dynamics Analysis of Injection | Hiroshi Kobayashi | Tokyo City University, Tokyo |
| MOPA27 | Accelerator Systems and Components | Recent Updates on the RIKEN RI Beam Factory Control System | Misaki Komiyama | RIKEN Nishina Center, Wako |
| MOPA28 | Accelerator Systems and Components | Data Mining Applied in Management of Heavy Ion Accelerator Power Supplies | Huajian Zhang | IMP, Lanzhou |
| MOPA29 | Accelerator Systems and Components | A Fast, Compact Particle Detector for Tuning Radioactive Beams at ATLAS | Clayton Dickerson | ANL, Argonne, Illinois |
| MOPA30 | Accelerator Systems and Components | A Fast Pulse Canted-Cosine-Theta Magnet for Superconducting Cable Test | Tongjun Yang | IMP, Lanzhou |
| MOPA31 | Accelerator Systems and Components | Novel Turn-key Solid-State RF Amplifiers for Medical Heavy Ion Accelerators | Simon Graham | Ampegon AG, Turgi |
| MOPA32 | Accelerator Systems and Components | Operation of gas strippers at RIBF; thinning effect of gas strippers for high-intensity very heavy ion beams | Hiroshi Imao | RIKEN Nishina Center for Accelerator-Based Science, Wako, Saitama |
| ID | Category | Title |
Speaker | Affiliation |
|---|---|---|---|---|
| WEPB01 | Radioactive Ion Beam Facilities | Status Report on the Operation of the RIBF Ring Cyclotrons | Kazutaka Ozeki | RIKEN Nishina Center, Wako |
| WEPB02 | Radioactive Ion Beam Facilities | Electron-Beam-Driven Ri Separator for Scrit at Riken Ri Beam Factory | Tetsuya Ohnishi | RIKEN Nishina Center, Wako |
| WEPB03 | Radioactive Ion Beam Facilities | Acceleration Scheme of Radioactive Ion Beam with HIMAC and its Injector Linac | Akira Noda | NIRS, Chiba-shi |
| WEPB04 | Radioactive Ion Beam Facilities | Design of superferric magnets for RISP In-flight Fragmentation Facility | Aziz Zaghloul | IBS, Daejeon |
| WEPB05 | Room Temperature and Superconducting Linacs | Pushing the Intensity Envelope at the ATLAS Linac | Brahim Mustapha | ANL, Argonne |
| WEPB06 | Room Temperature and Superconducting Linacs | A Novel Method for Electrode Design of RFQ Based on CST | Chenxing Li | IMP, Lanzhou |
| WEPB07 | Room Temperature and Superconducting Linacs | Nb Assurance and Quality Control for Risp Cavities | Mijoung Joung | IBS, Daejeon |
| WEPB08 | Room Temperature and Superconducting Linacs | Study of Electrode Configuration of a Four Beam IH-RFQ Linac | Shota Ikeda | TIT, Tokyo |
| WEPB09 | Room Temperature and Superconducting Linacs | A compact injector for HIAF in IMP | Weiping Dou | IMP, Lanzhou |
| WEPB10 | Room Temperature and Superconducting Linacs | Linac Options for the Ion Injector of MEIC Project at JLab | Jiquan Guo | JLab, Newport News, Virginia |
| WEPB11 | Room Temperature and Superconducting Linacs | Charge State Selective Ion Beam Acceleration with RFQ LINAC | Jun Tamura | JAEA/J-PARC, Tokai-mura |
| WEPB12 | Room Temperature and Superconducting Linacs | Progress towards the ATLAS Multi-User Upgrade | Brahim Mustapha | ANL, Argonne |
| WEPB13 | Room Temperature and Superconducting Linacs | Thermo-Mechanical calculations for the SPES RFQ | Antonio Palmieri | INFN/LNL, Legnaro (PD) |
| WEPB14 | Room Temperature and Superconducting Linacs | HEAVY-ION BEAM ACCELERATION AT RIKEN FOR THE SUPER-HEAVY ELEMENT SEARCH | Eiji Ikezawa | RIKEN Nishina Center, Wako |
| WEPB15 | Room Temperature and Superconducting Linacs | The cost optimization of the C-ADS superconducting linac | Yue Tao | IMP, Lanzhou |
| WEPB16 | Room Temperature and Superconducting Linacs | Conceptual Design of LEBT for C-ADS Linac Accelerator | Weilong Chen | IMP, Lanzhou |
| WEPB17 | Room Temperature and Superconducting Linacs | Status of Superconducting Quarter Wave Resonator Development at MHI | Takeshi Yanagisawa | MHI |
| WEPB19 | Ion Sources, Traps, and Charge Breeding | Laser Ablation Ion Source for Highly Charge-State Ion Beams | Naoya Munemoto | Tokyo Institute of Technology, Yokohama |
| WEPB20 | Ion Sources, Traps, and Charge Breeding | Development of the new DECRIS-PM ion source | Andrey Efremov | JINR, Dubna, Moscow Region |
| WEPB21 | Ion Sources, Traps, and Charge Breeding | New Dual Electron Cyclotron Resonance Ion Source for Universal Source of Synthesized Ion Beams | Yushi Kato | Osaka University, Osaka |
| WEPB22 | Ion Sources, Traps, and Charge Breeding | Supply of Metallic Beams from RIKEN 18-GHz ECRIS Using Low-Temperature Oven | Kazutaka Ozeki | RIKEN Nishina Center, Wako |
| WEPB23 | Ion Sources, Traps, and Charge Breeding | Development of Electron Cyclotron Resonance Ion Sources for Carbon-ion Radiotherapy | Masayuki Muramatsu | National Institute of Radiological Sciences, Chiba |
| WEPB24 | Ion Sources, Traps, and Charge Breeding | Development of an Online Emittance Monitor for Low Energy Heavy Ion Beams | Vasilis Tzoganis | RIKEN Nishina Center, Wako; Cockcroft Institute, Warrington, Cheshire; The University of Liverpool, Liverpool |
| WEPB25 | Ion Sources, Traps, and Charge Breeding | Development of a Buffer Gas-Free Buncher for Low Energy RI Ion Beam | Mamoru Togasaki | Rikkyo University, Tokyo |
| WEPB26 | Ion Sources, Traps, and Charge Breeding | Emittance Measurement of Low Energy Proton Beam Extracted From Riken 18-Ghz Superconducting Ecr Ion Source With the Pepper-Pot Emittance Meter | Takashi Nagatomo | RIKEN, Saitama |
| WEPB27 | Ion Sources, Traps, and Charge Breeding | Developments of LEBT and Injection Systems for Cyclotrons at RCNP | Tetsuhiko Yorita | RCNP, Osaka |
| WEPB28 | Ion Sources, Traps, and Charge Breeding | Control of laser ablation plasma injected into extraction electrode by pulsed magnetic field | Shunsuke Ikeda | RIKEN, Saitama; TIT, Yokohama |
| WEPB29 | Ion Sources, Traps, and Charge Breeding | Observation of sublimation effect of Mg and Ti ions at the Hyper-Electron Cyclotron Resonance ion source | Hideshi Muto | CNS, Saitama |
| WEPB30 | Ion Sources, Traps, and Charge Breeding | Optical design of the EBIS charge breeder system for RAON in KOREA | Hyock Jun Son | IBS, Daejeon |