Power electronics technology

Control theory and control engineering

Nuclear technology and applications

Big data technology&Intelligent algorithms

2008-09--2014-12   obtained a doctorate in University Academy of Sciences 
1998-09--2002-06    got a Bachelor degree in Lanzhou University Of Technology

   

Responsible for

1.2014 years and successfully developed heavy-ion cancer treatment device synchrotron injection, which leads to the convex rail fast pulse power of digital control system;
2. In 2012, is developing the heavy ion cancer treatment based on optical fiber communication digital power remote synchronization timing trigger system, and successfully applied in the heavy ion accelerator related equipment testing and debugging;
3. Since 2012, to participate in the strategic leading science and technology projects of the Chinese academy of sciences "in the future advanced nuclear fission can" - ADS evolution system -- - superconducting solenoid power controller development project, is responsible for the development of digital protection quenches module based on FPGA, and successfully applied to the loss of ADS superconducting solenoid protection;
4. Since 2011, developed the digital power supply for heavy-ion cancer treatment project in real time control method, through the optical fiber communication real-time correction output current, and applied to the digital power control orbit correction, the heavy ion cancer therapy terminal active scan control etc.
5. Since 2011, to participate in the heavy ion cancer treatment device of high performance power digital controller of research and development, successfully resolved the power of the high precision analog-to-digital conversion circuit accuracy problem and the stability of the core processing module of network communication and other key issues;
6.2007/10-2008/08 in institute of modern physics of national laboratory ion source power remote control system renovation project, responsible for the development of the power remote network controller hardware and software platform, and successfully applied to the scene;
7. 2002/07-2007/10 to participate in the ninth national great science engineering project in lanzhou heavy ion accelerator (HIRFL - CSR) of the control system development project, the project has been put into operation for many years;

In recent years , published more than 20 papers, including 3 SCI articles,8 papers  collected by EI at home and abroad professional academic journals, and published 8 invention patents.

(1) the Implementation of an FPGA controller for correction power supplies in heavy ion synchrotron, Nuclear Instruments and Methods in Physics Research(SCI). A, 2015, the first author
(2) heavy ion accelerator synchronized timing trigger system, the atomic energy science and technology(EI), 2014, the first author
(3) the lanzhou heavy ion accelerator digital storage ring lead to cutting the magnet power supply upgrade, nucleus physical review, 2014, the first author
(4) the accelerator for the optimization design of the digital power supply module conversion circuit, nuclear electronics and detection technology, 2014, the first author
(5) the lanzhou heavy ion accelerator power digital controller performance analysis, nuclear electronics and detection technology, 2013, 5
(6) deep lanzhou heavy ion cancer terminal pulse power research and design of the atomic energy science and technology, 2013, 5
Lanzhou heavy ion accelerator
(7) the realization of the function of digital pulse power synchronization, atomic energy science and technology, 2013, 5

(1) digital pulse power synchronous timing trigger system, invention, 2012, the first author, patent number: CN201210571715.3
(2) applied in ion accelerator cancer treatment method of digital power system and synchronization, invention, 2011, 3 authors, patent number: CN201110258653.3

1. The accelerator fast response digital power supply control system development;
2. The accelerator real-time control technology, synchronous technology, timing technology, intelligent control technology, the research and implementation of;
3. High speed high density hardware platform, software, communication network and so on the design and reliability of the technology;
4. Using the high density programmable chip FPGA, such as research and process model, development of high-speed high-performance digital integrated system;