LINAC2026 - 33rd Linear Accelerator Conference

Session

Invited Talks

FR1A

21 Aug 2026, 08:30

Daejeon Convention Center

49. A Very compact Inverse Compton scattering gamma-ray source at Tsinghua University

Chuanxiang Tang (Tsinghua University)

21/08/2026, 08:30

MC2.A02: Electron linac projects

Invited Talk (Invitation Only)

The inverse Compton scattering (ICS) source based on the collision between high-quality electron beams and laser can generate high-brightness quasi-monoenergetic γ-rays. Our labs have developed a compact MeV quasi-monoenergetic γ-ray ICS source and has successfully commissioned. The VIGAS can generate gamma ray beam with energy can be adjusted from 0.2-4.8MeV, and flux about 10^8...

66. Low-emittance muon beam acceleration using a radio frequency quadrupole for the J-PARC muon g−2/EDM Experiment

Yuga Nakazawa (High Energy Accelerator Research Organization)

21/08/2026, 08:50

MC1.A03 Other beams

Invited Talk (Invitation Only)

At Japan Proton Accelerator Research Complex (J-PARC), a low-emittance muon beam based on a linear accelerator is being developed for precision measurements of the muon anomalous magnetic moment (g-2) and electric dipole moment (EDM), as well as for non-destructive imaging applications. In the low-velocity section of the muon linac, a 324-MHz radio-frequency quadrupole linac (RFQ) is employed...

67. New-type high-voltage pulse generator with wide-band rf amplifiers: The principle and application for particle accelerators

Dr Kazuaki Togawa (RIKEN SPring-8 Center)

21/08/2026, 09:10

MC4.A05: Other technology

Invited Talk (Invitation Only)

A new-type high-voltage pulse generator by means of a method of frequency-segmented power amplification was proposed and developed. A seed pulse is divided into several lines that have bandpass filters, variable delay lines, variable power attenuators, and main rf amplifiers to correct the frequency-dependent group delays and gain of the amplifier circuit and to perform fine-tuning of the...

53. Development of MW-Level Compact P-Band Metamaterial Klystrons at CSNS

Zhencheng Mu (Institute of High Energy Physics)

21/08/2026, 09:30

MC4.A06: RF power sources and power couplers

Invited Talk (Invitation Only)

The CSNS has newly developed a metamaterial based 324 MHz klystron with R&D launched in 2021 and successful hot testing in June 2025. The metamaterial-loaded cavities enable 55% shorter structure length, and the integrated second harmonic bunching cavity achieves high efficiency， With 3 MW peak output power and 53.1% efficiency. this report shares the latest development of the metamaterial klystron.

86. The Jefferson Lab Injector Upgrade: Design, Commissioning, and Operational Performance

Dr Reza Kazimi (Thomas Jefferson National Accelerator Facility)

21/08/2026, 09:50

MC1.A02 Electron and ion sources, guns, photo injectors, charge breeders

Poster Presentation

The Continuous Electron Beam Accelerator Facility at Jefferson Lab recently underwent a significant injector upgrade to meet the stringent beam quality requirements of upcoming physics experiments and to enhance system reliability. Key modifications include replacing the 130 kV DC photo-cathode gun with a 200 kV version and installing a new SRF booster consisting of 2-cell and 7-cell cavities....

15. Demonstration of cavity field mapping by falling drops of liquid

Xiaonan Du (GSI Helmholtz Centre for Heavy Ion Research)

21/08/2026, 10:10

MC4.A04: Low level RF

Poster Presentation

Experimental mapping of the electric field of a cavity is usually through bead-pull measurements. These require quite long times to align the bead and are generally restricted to the beam axis. Here, the bead has been replaced by drops of liquid falling through the cavity. Together with efficient compression and noise reduction techniques, the method allows for fast and precise measurements....