supported by the National Natural Science Foundation of China(No.11975107,12205111)。
The application of superconducting(SC)technology enables magnets to excite strong fields with small footprints,which has great potential for miniaturizing proton therapy gantries.However,the slow ramping rate of SC ma...
Supported by Natural Science Foundation of Shaanxi Province of China(Grant No.2021JM010);Suzhou Municipal Natural Science Foundation of China(Grant Nos.SYG202018,SYG202134).
Laser tracers are a three-dimensional coordinate measurement system that are widely used in industrial measurement.We propose a geometric error identification method based on multi-station synchronization laser tracer...
Because of its excellent dose distribution,proton therapy is becoming increasingly popular in the medical application of cancer treatment.A synchrotron-based proton therapy facility was designed and constructed in Sha...
To enhance the efficiency and machining precision of the TX1600G complex boring and milling machining center,a study was conducted on the structure of its gantry milling system.This study aimed to mitigate the influen...
supported by the Research collaboration on Thailand new synchrotron light source facility(SPS-Ⅱ)(No.ANSO-CRKP-2020-16).
Proton FLASH therapy with an ultra-high dose rate is in urgent need of more accurate treatment plan system(TPS)to promote the development of proton computed tomography(CT)without intrinsic error compared with the tran...
the National Natural Science Foundation of China[Grant Number 61673050].
This paper proposes a robust Immersion and Invariance(I&I)adaptive coordinated controller for a class of uncertain linear-motor-driven biaxial gantry system subject to external disturbances for high-accuracy contour t...