Conveners
Parallel B: Parallel B | WG3 + WG7
- Somjai Chunjarean
Parallel B: Parallel B | WG3 + WG7
- Wencheng Fang (Shanghai Advanced Research Institute)
Parallel B: Parallel B | WG3 + WG7
- Kota Nakanishi (KEK)
Parallel B: Parallel B | WG3 + WG7
- Zhanguo Zong (Shanghai Advanced Research Institute)
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SHUANG RUAN10/14/26, 1:30 PMAccelerator technologies for industrial & medical applicationsTalk
The Second-generation heavy Ion Medical Machine (SIMM) is currently under construction by IMP-CAS in China. The SIMM complex consists of a high-intensity linac cascade injector featuring a novel plate structure, an ultra-compact synchrotron with a fast ramping rate of 6 T/s, and an innovative beam delivery system based on a single-beamline rotating scheme. Installation of the main accelerator...
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Dr James Vohradsky10/14/26, 1:50 PMAccelerator technologies for industrial & medical applicationsTalk
Particle minibeam radiotherapy (pMBRT) delivers spatially fractionated, submillimetre beamlets that produce peak–valley dose distributions, enabling normal tissue sparing while maintaining high tumour doses [1]. However, the radiobiological mechanisms underlying pMBRT remain incompletely characterised [2], as conventional dosimetry cannot capture the stochastic energy deposition at cellular...
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Ming Lyu (Shanghai Advanced Research Institute, Chinese Academy Sciences)10/14/26, 2:10 PMAccelerator technologies for industrial & medical applicationsTalk
This report introduce the progress on the proton therapy system(clinal used in RuiJin Hosptial) and the integrated proton and helium ion therapy system(under R&D).
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Anjali Kavar (KEK)10/14/26, 2:30 PMAccelerator technologies for industrial & medical applicationsTalk
Accelerator technology has become a key solution in various fields such as fundamental research, medical applications, environmental science, and industry. To meet the increasing demands in these areas, the need for high-average-current accelerators has grown significantly. Superconducting RF (SRF) linacs, owing to their compatibility with continuous wave (CW) operation, offer a promising...
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Ping Wang (Shanghai Advanced Research Institute, Chinese Academy of Sciences)10/14/26, 3:10 PMAccelerator technologies for industrial & medical applicationsTalk
Medical Radioisotopes have high potential for cancer treatment. However, a stable and independent isotope supply remains technologically challenging. To circumvent this constraint, we present here a Multi-ion Linac for Medical Radioisotopes. This Linac consists of two ion sources, an RFQ and several IH-DTLs. The layout, principle and the key RF components are discussed in this talk.
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Shigeru Kashiwagi (Tohoku University)10/14/26, 3:30 PMAccelerator technologies for industrial & medical applicationsTalk
A high-current superconducting electron linear accelerator is being developed for large-scale production of medical radioisotopes, including 225Ac for targeted alpha therapy. The proposed accelerator employs 1.3-GHz Nb3Sn superconducting radio-frequency cavities operated near 4 K and cooled by conduction without liquid helium. Its design beam energy and average current are 40 MeV and 10 mA,...
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Graeme Melville (University of Wollongong)10/14/26, 3:50 PMAccelerator technologies for industrial & medical applicationsTalk
Actinium-225 (Ac-225) is emerging as one of the most promising radionuclides for targeted alpha therapy (TAT), particularly for the treatment of advanced and metastatic cancers. However, its wider clinical application is presently constrained by limited global production capacity and the availability of suitable production feedstock.
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Southern Cross Medical Radioisotopes (SCMR) and the... -
Ekkachai Kongmon (Thailand Institute of Nuclear Technology (Public Organization))10/14/26, 4:10 PMAccelerator technologies for industrial & medical applicationsTalk
The Thailand Institute of Nuclear Technology (TINT) has established a cyclotron facility in Nakhon Nayok to provide a domestic supply of medical radioisotopes and accelerated proton and deuteron beams for materials science research. The MCC-30/15 cyclotron, supplied by JSC NIIEFA, accelerates H− ions to 15–30 MeV at up to 200 µA and D− ions to 9-15 MeV at up to 50 µA, and the beam is extracted...
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Jianfei tong (IHEP)10/14/26, 4:30 PMAccelerator technologies for industrial & medical applicationsTalk
Boron neutron capture therapy (BNCT) is an emerging binary targeted radiotherapy modality that selectively destroys cancer cells while sparing surrounding healthy tissue. It offers significant advantages for treating invasive, recurrent, or metastatic refractory tumors, such as glioma, melanoma, and recurrent head and neck cancers. An IHEP-developed BNCT clinical facility is located at...
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James Vohradsky10/14/26, 4:50 PMAccelerator technologies for industrial & medical applicationsTalk
Boron Neutron Capture Therapy (BNCT) is a binary radiotherapy using 10B(n,a)7Li reaction to kill cancer cells with 10B uptake when irradiated with thermal neutrons. The transition from reactor to accelerator-based neutron production has renewed global interest in BNCT, with 80% of the world’s 33 operational facilities using accelerator-based systems. Real-time neutron detectors for thermal...
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Nao HIGASHI (KEK)10/14/26, 5:10 PMAccelerator technologies for industrial & medical applicationsTalk
In recent years, transmission electron microscopy (TEM) has increasingly focused on achieving high spatial resolution at lower electron energies. However, higher electron energies remain desirable for the observation of thick specimens and high-density materials, as well as for investigating phenomena and material properties that depend on specimen thickness. Conventional TEMs rely on...
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Jiaru Shi (Tsinghua University)10/15/26, 1:30 PMAccelerator technologies for industrial & medical applicationsTalk
This report presents the development of high-average-power S-band backward-traveling-wave (BTW) linear accelerators for industrial electron irradiation in Tsinghua University. The accelerator adopts a constant-gradient BTW accelerating structure that combines the advantages of traveling-wave and standing-wave configurations, achieving high shunt impedance, low power reflection, and short...
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Prach Boonpornprasert (Synchrotron Light Research Institute (SLRI), Thailand)10/15/26, 1:50 PMAccelerator technologies for industrial & medical applicationsTalk
The Accelerator Research and Development (ARD) division at SLRI is developing accelerator technologies for industrial and medical applications. This contribution presents the history and technical details of our in-house 6-MeV electron linac, including its recent fruit irradiation tests. We will introduce a new project to expand the linac into a demonstration center for agricultural product...
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Hao Zha (Tsinghua University, Beijing, China)10/15/26, 2:10 PMAccelerator technologies for industrial & medical applicationsTalk
FLASH radiotherapy is a rapidly growing topic, with most evidence at the cell/animal level. It may spare normal tissue while maintaining tumor control comparable to conventional RT, but clinical progress remains slow. A major bottleneck is the lack of suitable accelerators/radiators. Protons from cyclotrons offer ultra-high dose rate (UHDR) and penetration but not rapid energy modulation;...
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Changcheng Ma (Institute of High Energy Physics, Chinese Academy of Sciences)10/15/26, 2:30 PMCryogenics, cryomodule and superconducting technology for acceleratorsTalk
The High Energy Photon Source (HEPS) is a 6 GeV synchrotron radiation light source equipped with a superconducting radio-frequency storage ring. Its seven SRF cryomodules operate at 4.5 K and are cooled by a helium cryoplant with a cooling capacity of 2.0 kW@4.5 K. Eleven cryogenic monochromators and six cryogenic permanent magnet undulators are installed onsite. A dedicated cryogenic system...
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Dr BOGYEOM KIM (Institute for Basic Science)10/15/26, 2:50 PMCryogenics, cryomodule and superconducting technology for acceleratorsTalk
RAON, South Korea’s first heavy-ion accelerator, is equipped with the nation’s largest-capacity cryogenic system. The system consists of two cryogenic plants, one of which supports the operation of Superconducting Linear Accelerator 3 (SCL3). The SCL3 cryogenic system is designed to cool the superconducting linear accelerator down to 4.5 K and 2.05 K and to maintain stable cryogenic conditions...
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Kota Nakanishi (KEK)10/15/26, 3:10 PMCryogenics, cryomodule and superconducting technology for acceleratorsTalk
ITN (ILC Technology Network) is an international framework for carrying out technology development for the ILC (International Linear Collider). The ITN framework was launched in FY2023 and will continue for five years.
One of the technology development items involves manufacturing, cooling, and RF testing of the cryomodule. A cryogenic system is being developed to supply helium for cooling...
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Alexey Bragin (Budker Institute of Nuclear Physics)10/15/26, 3:50 PMCryogenics, cryomodule and superconducting technology for acceleratorsTalk
Various superconducting magnets are being developed and manufactured in Budker Institute of Nuclear Physics, Novosibirsk.
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Major activities of BINP superconducting magnets laboratory are focused on insertions devices SKIF light source starting operation soon this year. Three superconducting wigglers and undulators are successfully tested and installed.
New superconducting solenoid of 1.5 T... -
Eunsol Go (Institute for Basic Science)10/15/26, 4:10 PMCryogenics, cryomodule and superconducting technology for acceleratorsTalk
The single spoke resonator 1 (SSR1) is a superconducting RF cavity employed in the front section of high-energy linac of Rare isotope Accelerator complex for ON-line experiments (RAON). The SSR1 cavity features a balloon type geometry and is currently in the pre-production step to establish reliable fabrication and processing procedures prior to mass production. Four pre-production SSR1...
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Xiangchen Yang (Institute of High Energy Physics)10/15/26, 4:30 PMCryogenics, cryomodule and superconducting technology for acceleratorsTalk
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Takanobu Kiss (Kyushu University)10/15/26, 4:50 PMCryogenics, cryomodule and superconducting technology for acceleratorsTalk
Rare-earth-based RE1Ba2Cu3O7-d (REBCO) high-temperature superconducting wires are promising materials for liquid-helium-free superconducting devices such as magnets and power cables, owing to their superior in-field current-carrying capability at elevated temperatures. In this context, superconducting devices operating at 20 K are closely linked to liquid hydrogen technologies: cooling schemes...
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Jangwon Han (Institute for Rare Isotope Science (IRIS), IBS)10/15/26, 5:10 PMCryogenics, cryomodule and superconducting technology for acceleratorsTalk
Buffered Chemical Polishing (BCP) is one of the most widely adopted surface treatment methods for superconducting radio-frequency (SRF) cavities because of its simplicity and cost-effectiveness. However, the stationary BCP process can produce non-uniform material removal due to bubble accumulation and acid flow instability, resulting in streak patterns and localized surface roughness that may...
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Sungmin Jeon10/15/26, 5:30 PMCryogenics, cryomodule and superconducting technology for acceleratorsTalk
Construction of the low-energy section of Superconducting Linear Accelerator 3 (SCL3), a key component of the Rare Isotope Accelerator complex for ON-line experiments (RAON), was completed. During the construction, field emission (FE) was one of the most critical performance-limiting factors in the vertical test (VT) process. The VT is performed at 4.2 K and 2 K to analyze the...
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Yi Ding (Shanghai Advanced Research Institute, Chinese Academy of Sciences)Cryogenics, cryomodule and superconducting technology for acceleratorsTalk
There are five superconducting wigglers (SCW) are in operation or development at the Shanghai Synchrotron Radiation Facility (SSRF), Shanghai Advanced Research Institute, Chinese Academy of Sciences (SARI CAS). The SW1 is a 4.2 T SCW producing hard X-ray for beamline BL12SW. The period length is 48 mm. The number of periods is 22.5+2. The vertical and horizontal beam aperture is 9 mm and 60...
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