Tsinghua University
Author in the following contributions
- Design and Theoretical Analysis of a Highly Compact Triple-folded 20 MHz Quarter-Wave Cavity for SSMB
- GPU-Accelerated Simulation Framework for Partially Coherent EUV Light Transport in Tsinghua SSMB Beamline Optics
- The Isochronous Lattice Design with Time-of-flight fluctuation Reaching Sub-attoseconds Based on High Order Achromat
- Lattice design to achieve reversible microbunching in a steady-state microbunching (SSMB) storage ring
- Real-Time X-ray Beamline Surrogate Modeling via a Physics-Informed Log-Manifold Learning Framework
- Sub-40 fs temporal control of high-brightness 200 keV electron bunches with magnetic compression
- Quasi-Steady-State Microbunching From Multi-Turn Laser Modulation at the Metrology Light Source
- Optimization of the feedback system of high-power optical enhancement cavity
- Study of bursting threshold considering bunch length variation around the storage ring
- One Possible Approach for Intrabeam Scattering Calculation of Arbitrary Phase Space Distributions
- The intra-beam scattering study for longitudinal strong focusing storage rings and lattice optimization
- Design of an Alpha-magnet-based High-repetition-rate Megaelectronvolt Ultrafast Electron Diffraction Beamline
- The lattice design for very high average power steady-state microbunching (SSMB) extreme ultra-violet (EUV) light source.
- PICOSECOND BUNCH-CENTROID STABILIZATION IN SSMB STORAGE RINGS VIA LOW-R/Q HARMONIC CAVITIES AND GILD-BASED FEEDFORWARD COMPENSATION
- Active Compensation for Cavity Mirror Thermal Deformation in High-power Optical Enhancement Cavity
- A Novel Method for Measuring the Energy Spectrum of an Inverse Compton Scattering Source Based on Nuclear Resonance Fluorescence