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Paolo Pizzol (Oak Ridge National Laboratory)MC4.A08: Superconducting RFPoster Presentation
This year SNS celebrates 20 years of operation and has reached the 2.0 MW power level after the PPU.
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This would merit an invited talk on the experience of this two decades of SRF cavity operation, the achieved reliability of the technology for high intensity SRF accelerators, the challenges and the lessons learned implemented in the PPU upgrade. -
Apurva Gaikwad (Stony Brook University)MC1.A04 Plasma and wakefield accelerationPoster Presentation
Collective fields of the plasma provide focusing gradients far exceeding those of conventional quadrupoles, motivating the use of plasma lenses for strong beam focusing. Such strong focusing commonly arises in the blowout regime behind a driver, where the resulting ion channel functions as a natural plasma lens. Yet the natural cylindrical symmetry of such a structure introduces transverse...
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Dr Paul Winkler (Deutsches Elektronen-Synchrotron DESY)MC1.A04 Plasma and wakefield accelerationPoster Presentation
Here we report the generation of a laser-plasma electron beam using active energy compression. Using a magnetic chicane, the electron bunch is first stretched longitudinally to imprint an energy correlation, which is then removed with an active RF cavity. The resulting energy spread and energy jitter are reduced by more than an order of magnitude to below the permille level, meeting the...
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Yun Liu (Oak Ridge National Laboratory)MC4.A01: Beam diagnosticsPoster Presentation
This talk will review current state of development of various applications using lasers for manipulating H- ion beams in accelerators. The talk will cover wide range of applications: beam diagnostics, laser assisted charge exchange injection, manipulation of temporal beam structure and others.
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Yasuhiro Fuwa (Japan Atomic Energy Agency)MC4.A06: RF power sources and power couplersPoster Presentation
The J-PARC Linac provides a high-intensity proton beam for use in a spallation neutron source, neutrino production, and hadron experiments. To accelerate the beam to 400 MeV, the J-PARC Linac uses 45 klystrons as its primary high-power radiofrequency (RF) source. This presentation reports on the operational statistics and failure cases of these RF sources over the past few years, as well as...
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Ilia Pavlov (ITMO University)MC1.A01: Beam Dynamics, beam simulations, beam transportPoster Presentation
While conventional experiments typically employ plane-wave states of particles with definite momenta, vortex states represent cylindrical waves carrying an orbital angular momentum (OAM) projection along the propagation direction. This projection can be arbitrarily large, granting charged particles magnetic moments orders of magnitude greater than those of plane-wave states. Consequently,...
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Dr Youming Deng (University of Science and Technology of China)MC4.A01: Beam diagnosticsPoster Presentation
The Hefei Infrared Free Electron Laser (HiFEL) is a user facility built by the University of Science and Technology of China, dedicated to energy chemistry research. The facility operates in a special mode: a macro-pulse with a variable repetition rate of 1 Hz to 10 Hz contains micro-pulses with variable repetition rates of 29.75/59.5/119/238 MHz, and the macro-pulse width is on the order of...
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Gilles Jacopo Silvi (Istituto Nazionale di Fisica Nucleare, Laboratori Nazionali di Frascati)MC1.A01: Beam Dynamics, beam simulations, beam transportPoster Presentation
Beam-Based Alignment studies are fundamental for ensuring accurate beam transport along the linac up to the plasma stage. Misalignments of quadrupoles and RF structures can induce trajectory distortions, leading to emittance dilution and enhanced susceptibility to wakefields. Proper modeling and correction of these misalignments are critical to preserving beam quality. In plasma acceleration,...
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Ms Man Yi (Advanced Energy Science and Technology Guangdong Laboratory)MC1.A01: Beam Dynamics, beam simulations, beam transportPoster Presentation
Beam loss is a critical challenge in the physics design of high power superconducting proton linacs. The challenge is even more acute in linacs that feature high peak intensity and low energy, which has strong space charge effect and RF nonlinear force. In this paper, we study how to achieve a high transmission rate for beam halo particles, commonly a major source of beam loss, via beam halo...
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Hao Guo (Institute of Modern Physics, Chinese Academy of Sciences)MC4.A03: Industrial developmentsPoster Presentation
In July 2025, all superconducting cavity strings for the Heavy Ion Accelerator Facility (HIAF) were successfully delivered after a strict cleanroom assembly process. Supported by a rigorous process quality management system, this work achieved zero-defect physical delivery and met the accelerator’s performance requirements. A small number of unexpected issues, such as helium tank leakage, were...
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Yasaman Yousefi Sigari (TRIUMF)MC2.A02: Electron linac projectsPoster Presentation
Accelerator-based sources of coherent terahertz radiation provide a promising route to high peak and high average power emission in a spectral region that remains challenging for conventional technologies. At TRIUMF, the existing electron linac is being upgraded as a flexible platform for broadband coherent THz generation.
We report the second experimental observation of coherent THz...
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Arohi Jain (Stony Brook University)MC1.A02 Electron and ion sources, guns, photo injectors, charge breedersPoster Presentation
In recent years, plasma accelerators have advanced significantly toward producing beams suitable for colliders, aiming to replace conventional MV/m RF fields with GV/m fields of nonlinear plasma waves. Realizing a plasma-based collider requires electron bunches with high charge (hundreds of pC), low normalized emittance (~100 nm), and energy spread below 1%. Minimizing energy spread during...
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Anders Svensson (European Spallation Source)MC4.A04: Low level RFPoster Presentation
A LLRF talk focussing on the overall Hardware and Software LLRF status and performances, procedures for closed loop operation, learning algorithm for the compensation of the large LFD with long pulses (3.2 ms) using piezos and adaptive FF learning algorithms for beam transient compensation. .
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80. Commissioning of the first HElmholtz LInear ACcelerators (HELIAC) cryomodule with heavy ion beamMaksym Miski-Oglu (GSI Helmholtz Centre for Heavy Ion Research)MC3.A02: Ion linac projectsPoster Presentation
The superconducting heavy ion HELmholtz LInear ACcelerator (HELIAC) is designed to meet the needs of the Super Heavy Element (SHE) research and material sciences user programs at GSI in Darmstadt. The HELIAC is planned for construction at GSI in Darmstadt. The beam energy can be varied smoothly between 3.5 and 7.3 MeV/u, with an average current of up to 1 emA and a duty cycle of 100 %....
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Stephen Milton (TAU Systems, Inc.)MC1.A04 Plasma and wakefield accelerationPoster Presentation
Substantial work has been dedicated towards using LPAs to drive free-electron lasers (FELs) for a broad range of applications. Despite recent breakthroughs, which have proven the fundamental feasibility of operating FELs with an LPA source, stable FEL operation over multiple hours without operator input had yet to be achieved. We report significant improvements to the stability of a hundred TW...
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Feng Bai (Institute of Modern Physics)MC4.A02: Cryomodules and cryogenicsPoster Presentation
The QWR/HWR/Elliptical cavity cryomodules have been developed for proton and heavy-ion linacs at the Institute of Modern Physics (IMP) of the Chinese Academy of Science (CAS). In this paper, the development situation of the cryomodules for IMP has been reported. The application of some specific design effectively improves the commissioning performance of the cryomodule. These cryomodules are...
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Zheng Wang (Shanghai Advanced Research Institute, Chinese Academy of Sciences)MC4.A08: Superconducting RFPoster Presentation
Surface defects (e.g., contaminants, scratches, pits) introduced during the processing and welding of superconducting cavities can degrade cavity performance and yield, thereby limiting the surface treatment throughput of the Wuxi platform and hindering the construction progress of the SHINE project. To address this issue, extensive defect repair efforts have been carried out. Techniques such...
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Junjie Guo (Shanghai Advanced Research Institute, Chinese Academy of Sciences)MC1.A01: Beam Dynamics, beam simulations, beam transportPoster Presentation
A S-band linac platform is designed as a dedicated testbed for validating angular dispersion-driven fully coherent radiation (ADM) and its modulation-demodulation scheme. The machine consists of a photoinjector, a laser-heater section, a chicane section and a S-band main linac, enabling multiple beam working points on a common lattice. In the baseline round-beam working point, the...
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Zahra Pouyanrad (Amirkabir University of Technology)MC2.A05: Industrial and medical acceleratorsPoster Presentation
A 6 MeV S-band radiofrequency accelerating cavity has been designed and simulated for compact medical linear accelerators, particularly for intraoperative radiotherapy systems. The π/2-mode standing-wave structure operates at a frequency of 2.998 GHz. It was optimized through three-dimensional electromagnetic simulations using CST software to attain a high accelerating gradient, efficient...
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Khaled Gad (Sungkyunkwan University)MC3.A01: Industrial and medical acceleratorsPoster Presentation
The design of a superconducting cyclotron magnet, especially intended for high-energy applications such as a 350MeV/u hadron therapy cyclotron for carbon ions ( ^12 C^(6+) ), demands stringent control over the magnetic field profile. The magnet must strictly adhere to an isochronous field distribution to maintain a constant ion revolution frequency despite relativistic mass increases during...
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Xiaoxia Huang (Shanghai Synchrotron Radiation Facility, Shanghai Advanced Research Institute, Chinese Academy of Sciences)MC3.A04: Proton linac projectsPoster Presentation
A 2.45 GHz microwave proton source has been designed, fabricated, and tested on a laboratory test bench. The source utilizes an electromagnetic structure for electron cyclotron resonance (ECR) plasma generation. After careful assembly and vacuum conditioning, the beam commissioning was carried out. A Faraday cup installed at the beamline end was used to measure the extracted proton current. A...
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Dr Hai Zheng (Institute of Modern Physics)MC4.A05: Other technologyPoster Presentation
The migration from hardwired interlocks to packet-based networks in high-power accelerators (e.g., White Rabbit) raises a certification challenge: safety-class machine protection systems require provable end-to-end latency guarantees under worst-case contention, not average-delay evidence. This paper presents a two-layer assurance methodology for the CiADS Fast Protection System. First, we...
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Sunwoo Moon (Korea Institute of Science and Technology)MC3.A03: Other proton/ionPoster Presentation
A gas ionization chamber (GIC) has been developed as an alternative to commercial silicon detectors, which suffer from poor energy resolution for heavy ions due to pulse height deficit. The GIC incorporates a 100 nm thick silicon nitride entrance window and a Frisch-grid electrode configuration with a grid inefficiency of ~0.16%, enabling efficient charge collection while minimizing...
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Jeongseog Song (Facility for Rare Isotope Beams)MC4.A05: Other technologyPoster Presentation
The development and reliable operation of high-power beam dumps for heavy ions is unique and highly challenging due to the high volumetric power deposition. The FRIB team has developed, tested, and operates static beam dumps that absorb up to 50 kW of power from heavy-ion beams, including the uranium beam. The development of the rotating beam dump is in progress, with the significant...
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Scott Cogan (Facility for Rare Isotope Beams)MC4.A01: Beam diagnosticsPoster Presentation
At FRIB, we have developed three feedback systems to stabilize the operation of the liquid lithium film used as a charge stripper. Two relatively slow feedback systems maintain the beam energy, the energy loss in the stripper, and the time of flight to the following RF cavity unchanged. The third system blocks the beam with the fast chopper during periods of fast instabilities, changing the...
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Igor Pogorelsky (Brookhaven National Laboratory)MC1.A03 Other beamsPoster Presentation
LWFAs, with their gradients of tens of GeV/m, are a potential candidate for next generation particle sources. Recent theoretical work has indicated that there is a fundamental tradeoff between acceleration efficiency and beam stability in these devices. The Accelerator Test Facility (ATF) is engaged into experimentally study of this tradeoff by injecting relativistic electron bunches from a...
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Mr Zhijun Wang (Institute of Modern Physics)MC3.A03: Other proton/ionPoster Presentation
This talk treats parasitic creation and acceleration of H-particles in a proton linear accelerator. It proposes, and provides evidence, that protons extracted from an ECR source interact with residual gas along the LEBT section thus creating H- ions. These are transported to the RFQ, RF-bunched therein, and finally RF-accelerated up to the nominal proton energy. Once passing a deflection...
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Mr Mark Keelan (ISIS Neutron and Muon Source)MC4.A07: Room temperature RFPoster Presentation
With ~40 successful years of operational life behind it, ISIS’ linac tank 4 at RAL in the UK recently underwent a faultless replacement programme seeing the facility upgraded with a new 20MeV accelerating cavity. The fate of the old tank required careful consideration, with necessary attention to the environmental and sustainable impact presented. Here we tell the story of a very large...
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Martin Kay (Los Alamos National Laboratory)MC1.A01: Beam Dynamics, beam simulations, beam transportPoster Presentation
We present an enhanced tuning method for the 800-MeV side-coupled cavity linac (CCL) at the Los Alamos Neutron Science Center (LANSCE). The method utilizes the High-Performance Simulator (HPSim) 6-D particle tracking code to reproduce time-of-flight measurements taken during CCL module phase scans. By fitting to the data, HPSim allows verification of the RF field amplitude and provides the...
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Igor Pogorelsky (Brookhaven National Laboratory)MC1.A04 Plasma and wakefield accelerationPoster Presentation
Long-wavelength infrared (LWIR) laser drivers provide access to unique regimes of laser wakefield acceleration (LWFA). In particular, the scaling of ponderomotive force and matched spot size with wavelength makes LWIR sources naturally suited for operation at low plasma density, where large accelerating structures and improved beam quality become accessible. We present a comparative analysis...
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14. Matched transport of intense and coupled coasting beams through quadrupole and solenoid channelsChen Xiao (GSI Helmholtz Centre for Heavy Ion Research)MC1.A01: Beam Dynamics, beam simulations, beam transportPoster Presentation
For the time being, determining the cell-to-cell periodic solution for transporting intense beams has been limited to the spatial envelope. Recently, a numerical method for provision of full 4d-periodicity of all 10 beam moments of an intense 4d-coupled beam has been developed and benchmarked with tracking simulations. For instance, it will pave the path towards exploring the potential of beam...
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Xiaohu Wang (ShanghaiTech University)MC4.A08: Superconducting RFPoster Presentation
Electropolishing (EP) is a critical surface treatment for pushing the performance limits of superconducting radio-frequency (SRF) cavities in modern CW accelerators. However, localized pitting defects caused by hydrogen bubble stagnation remain a major limiting factor. In this work, we established a scalable, circulation-free beaker EP setup utilizing magnetic stirring and external water-bath...
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Alex Murokh (RadiaBeam Technologies (United States))MC4.A03: Industrial developmentsPoster Presentation
RadiaBeam has recently constructed and commissioned an in-house Inverse Compton Scattering (ICS) pilot Demonstrator facility. This compact machine is driven by the novel C-band hybrid photoinjector, which produces high brightness longitudinally compressed beam (250 A) injected into the 2 meter long 100 MeV accelerator module, based on the high-gradient distributed-coupling split-structure...
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Gangtak Nanpon (Joseph Sarwuan Tarka University Makurdi)MC1.A04 Plasma and wakefield accelerationPoster Presentation
Nonlinear plasma wakefield excitation by an ultra-relativistic square Gaussian beam is simulated using FBPIC code. The beam interaction with the background plasma electrons revealed blowout cavity formation. As the beam propagates further into the plasma, blowout cavity elongation along the beam propagation direction was observed. The corresponding electromagnetic field components excited...
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Hui Su Kim (Korea Atomic Energy Research Institute)MC2.A05: Industrial and medical acceleratorsPoster Presentation
KAERI Advanced Radiation Technology Institute (ARTI) has been operating an electron irradiation facility for industrial beam application research since 2018. The facility features a versatile suite of industrial electron accelerators, including 200 keV, 2.5 MeV, and 10 MeV systems. This presentation highlights the operational characteristics and application cases of the 2.5 MeV electron...
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Hyung-sup Kong (Pohang Accelerator Laboratory)MC2.A07: Synchrotron light sourcesPoster Presentation
The Pohang Light Source-II (PLS-II) linear accelerator (LINAC) functions as a full-energy injector, accelerating electron beams to 3 GeV for injection into the storage ring. Maintaining LINAC stability is essential for reliable top-up operation of the storage ring. Until 2023, achieving the target energy of 3 GeV required operating the modulators near their voltage limits, which posed...
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Mr Rajeshwar Singh Sandha (Raja Ramanna Centre for Advanced Technology)MC2.A05: Industrial and medical acceleratorsPoster Presentation
Over the past decades, Indian laboratories have developed accelerators for industrial and medical applications. RRCAT and BARC have built industrial RF electron linacs and DC accelerators, while SAMEER and VECC have developed medical accelerators, including electron linacs and cyclotrons. Industrial uses include waste and wastewater treatment, food and agricultural processing, mutation...
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Changbum Kim (Pohang Accelerator Laboratory)MC2.A04: FELsPoster Presentation
PAL-XFEL is a fourth-generation X-ray free-electron laser based on an RF photoinjector, linac, bunch compressors, and undulators. Since 2017, user service has been provided through the SX and HX1 beamlines, delivering electron energies up to 11 GeV. To expand capacity, a second hard X-ray beamline (HX2, 2–10 keV) is proposed, designed for 180–200 pC operation at 30 Hz during simultaneous...
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Dr S V L S Rao (Bhabha Atomic Research Centre)MC3.A04: Proton linac projectsPoster Presentation
For the Indian Accelerator Driven System (ADS) program, after gaining experience on low energy front end of the accelerator, comprising of proton ion source, RFQ and DTL, as well as on development of superconducting cavities, there is a plan to develop a Medium Energy High Power linear accelerator (MEHIPA), as phase-1 for the Indian (IADS) accelerator. The speaker will present the project plan...
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Wentian Xue (Shanghai Institute of Applied Physics)MC4.A08: Superconducting RFPoster Presentation
In this study, we conduct plasma processing experiments to improve performance of hydrocarbon contaminated mid-T baked cavities. Field emission is one of the main factors that limit performance of superconducting radiofrequency cavities. To mitigate the impact of FE, we conducted experimental research on a dedicated mid-T baked 1.3 GHz single-cell cavity equipped with two higher order mode...
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Spencer Gessner (SLAC National Accelerator Laboratory)MC1.A04 Plasma and wakefield accelerationPoster Presentation
The talk will detail pioneering work at SLAC’s FACET-II on using tailored, hollow plasma channels to create stable and efficient wakefields for accelerating positron beams—a longstanding and formidable challenge in plasma wakefield acceleration (PWFA) which has predominantly focused on electrons. This represents a critical step toward a viable, high-gradient positron source for a future linear...
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Mr S Raghavendra (Raja Ramanna Centre for Advanced Technology)MC3.A07: Superconducting structuresPoster Presentation
RRCAT has developed the complete infrastructure for forming, machining, electron beam welding, processing and testing of superconducting RF cavities. Recently, the indigenously developed 5-cell, 650 MHz cavity has been tested in the Horizontal Test Stand up to an acceleration gradient of 20 MV/m in CW mode, with all in-house facilities. This facility will be useful for delivering SRF cavities...
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Jiaru Shi (Tsinghua University)MC3.A06: Room temperature structuresPoster Presentation
X-band high-gradient accelerating technology is a key innovation for building more compact linacs. A prime example is the Very Compact Inverse Compton Scattering Gamma-ray Source (VIGAS) at Tsinghua University -- a light source where a high-quality electron beam, accelerated to over 320 MeV by X-band structures, collides with a laser pulse to generate tunable gamma-rays with photon energies up...
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Zhijun Wang (Institute of Modern Physics, Chinese Academy of Sciences)MC3.A04: Proton linac projectsPoster Presentation
As the driver of the world's first under-construction Accelerator-Driven Subcritical System (ADS), the CIADS linear accelerator adopts an all-superconducting continuous wave (CW) technical route, with a designed beam current of 5 mA and energy of 500 MeV. This report presents the research on two core issues of the CIADS linear accelerator: beam loss and system reliability. It also provides the...
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Andrea Latina (European Organization for Nuclear Research)MC1.A01: Beam Dynamics, beam simulations, beam transportPoster Presentation
This invited talk presents the current status and recent developments of RF-Track, a 6D macroparticle tracking code with modelling capabilities tailored to high-intensity injectors and linac-driven facilities. RF-Track targets machines operating at high brightness, high peak current, or high average power, where emittance preservation, halo control, and collective effects ultimately determine...
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Mr Yurii Lozeev (National Research Nuclear University MEPhI)MC3.A05: RFQsPoster Presentation
Over the past decade, several new generation radioactive isotope beam facilities have seen significant progress. Among them, FRIB, RIBF, and SPIRAL2 are already operational. RAON is currently undergoing commissioning, and HIAF is under construction. For brand‑new facilities that are not upgrades of existing ones, such as FRIB, RAON or HIAF, the operating frequency of the RFQ section is chosen...
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Wei Qin (Institute of Modern Physics, Chinese Academy of Sciences)MC3.A06: Room temperature structuresPoster Presentation
A novel 3 GHz single-periodic magnetically coupled standing-wave accelerating structure for β=0.26 particles with an optimized nose cone and six coupling holes was proposed for the compact proton therapy linac under development at the Institute of Modern Physics, Chinese Academy of Sciences (IMP, CAS). High-power tests demonstrated that the accelerating structure could operate stably at an...
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Chang-Kyu Sung (Pohang Accelerator Laboratory)MC1.A01: Beam Dynamics, beam simulations, beam transportPoster Presentation
X-ray free-electron lasers (XFELs) require electron beams with low emittance, high peak current, and low slice energy spread. In addition to these beam parameters, the longitudinal density profile is also crucial for high-performance FEL operation, since it affects stable beam transport to the undulator line by mitigating collective effects such as coherent synchrotron radiation, etc., as well...
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Ms Pallavi Priyadarshini (Bhabha Atomic Research Centre)MC1.A01: Beam Dynamics, beam simulations, beam transportPoster Presentation
A thorough experimental as well as theoretical study of space charge compensation for transport of 50 keV proton beam in the Low Energy Beam Transport (LEBT) line from ion source to RFQ has been done for the 20 MeV Low Energy High Intensity Proton Accelerator (LEHIPA) at BARC. A novel particle monitor probe for fast plasma diagnostics has been used for space charge compensation investigations...
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Frank Marhauser (Belgian Nuclear Research Centre)MC4.A08: Superconducting RFPoster Presentation
The qualification of the Minerva/Myrrah single spoke cavities is well advanced.
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Contribution should cover current status, performance statistics, challenges during the production and qualification and the path to cryomodule development and testing. -
Dr Lance Cooley (National High Magnetic Field Laboratory)MC4.A05: Other technologyPoster Presentation
The workshop strengthened connections across disciplines—linking accelerator physics, materials science, and engineering—and to mentor the next generation of researchers.
The event showcased new approaches in epitaxial photocathodes, including ultra-thin alkali antimonide and telluride films with improved quantum efficiency and durability. Researchers also shared progress on protective...
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Mr Benzheng Chen (Institute of High Energy Physics)MC1.A01: Beam Dynamics, beam simulations, beam transportPoster Presentation
The contribution shall be on simulation of space charge compensation within a H- - LEBT beam. Special emphasis is put on revealing the relevance secondary electrons w.r.t. the relevance of secondary ions, both created in collisions of beam ions with hydrogen molecules of the residual gas. The build-up of space charge compensation is calculated time-wise as well as its 3d-distribution. Two...
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Dr Jangwon Kwon (Institute for Basic Science)MC1.A01: Beam Dynamics, beam simulations, beam transportPoster Presentation
abstract
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Spencer Gessner (SLAC National Accelerator Laboratory)MC2.A01: CollidersPoster Presentation
The 10 TeV Wakefield Collider Design Study responds to the P5 Report's call for the ``delivery of an end-to-end design concept, including cost scales, with self-consistent parameters throughout." The Design Study leverages recent experimental and theoretical progress. Wakefield Accelerators provide ultra-high accelerating gradients which enables an upgrade path to extend the reach of Linear...
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Alan Letchford (Science and Technology Facilities Council)MC1.A01: Beam Dynamics, beam simulations, beam transportPoster Presentation
Over the past four decades, the accelerator community has made substantial progress in advancing both normal-conducting and superconducting RF cavity design and fabrication technologies. As the global demand for new accelerator facilities continues to increase, the development of low-cost, high-efficiency RF cavities has become essential for ensuring the long-term sustainability of accelerator...
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Morten Jensen (European Spallation Source)MC4.A06: RF power sources and power couplersPoster Presentation
ESS has achieved beam operation on the commissioning beam dump in 2025, after technical commissioning of the RF system providing RF power to the RFQ, 3 bunchers, 5 DTL tanks, 26 spoke cavities in 13 cryomodules and 56 elliptical cavities in 14 cryomodules of two different beta. 91 RF stations of different technologies (Klystrons, SSA and tetrodes) and two frequencies (352 MHz and 704 MHz)...
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Yimeng Chu (Institute of Modern Physics)MC2.A02: Electron linac projectsPoster Presentation
Superconducting radio-frequency (SRF) electron linear accelerators provide significant advantages for high-current beam acceleration and continuous-wave (CW) operation, but their miniaturization is limited by the requirement for large liquid helium cryogenic infrastructures. A liquid helium-free Nb₃Sn SRF cavity recently developed at the Institute of Modern Physics (IMP), eliminates the need...
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Rong-Li Geng (Thomas Jefferson National Accelerator Facility)MC2.A02: Electron linac projectsPoster Presentation
User operation of the Nb3Sn cryomodule at JLAB will be described.
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