XU Lixin
			
            	
                	
                	
                        - 
                        	Name 
                            XU Lixin
                        
 
                        - 
                        	Title 
                            Professor
                        
 
                        - 
                        	Address
                            
                            	School of Mechatronical Engineering, Beijing Institute of Technology, Beijing, China 
                            
                        
 
                        - 
                        	Tel 
                            +86-10-68914516
                        
 
                        - 
                        	Email 
                             lxxu@bit.edu.cn
                       
 
                    
                    
                    	
                    
                
                
                	Research Interests
                	    RF-MEMS System Application: MEMS sensor design, RF-MEMS parallel-plate tunable capacitor design, high Q Suspended inductor. Integration methods of passive RF-MEMS components with the active semiconductor devices, applications in radio transceiver.
Nonlinear and Complex System: interested in Chaos analysis, nonlinear sys
                
                
                	Academic Achievements 
                      Published more than 50 papers In the field of proximity detection and RF-MEMS, Won the third prize award of National Defense Science and Technology, received 6 national patents.1.	Wang Gang, Xu Lixin, Ababneh Abdallah, Schwarz Patrick, Feili Dara, Seidel Helmut,AlN micromechanical radial-contour disc resonator,Journal of Micromechanics and Microengin- eering, 2013,23(9):095002.
2.	Lin Cong, Xu Lixin, Jianhua Li, Ting Wang and Qi Han, The Conical Conformal MEMS Quasi End-Fire Array Antenna, Modern Physics letters B, 2017, 31(7):1750115. 
3.	C. Lin, X. Lixin , H. Qi,Radiation characteristics of a flexible micro-electro-mechanical system antenna on a liquid crystal polymer substrate, Materials Research Innovations , 2015, 19(S9): 290-294.
4.	Gang Wang, Lixin Xu, The Influence of Package Atmospheres on Resonance Performance of Micromechanical Radial-Contour Disk Resonator, Advanced Materials Research, 2013,709: 503-507.
5.	Lu Chongying, Xu Lixin, Li Jianhua, Fu Bo,CMOS-compatible  high-Q micro-electro-mechanical system suspended on-chip spiral inductor, Acta Armamentarii,2014,35(5):634-639.
                
            
                            
        
    
- 
                        	NameXU Lixin
 - 
                        	TitleProfessor
 - 
                        	AddressSchool of Mechatronical Engineering, Beijing Institute of Technology, Beijing, China
 - 
                        	Tel+86-10-68914516
 - 
                        	Emaillxxu@bit.edu.cn
 
                    Research Interests
RF-MEMS System Application: MEMS sensor design, RF-MEMS parallel-plate tunable capacitor design, high Q Suspended inductor. Integration methods of passive RF-MEMS components with the active semiconductor devices, applications in radio transceiver.
Nonlinear and Complex System: interested in Chaos analysis, nonlinear sys
Academic Achievements
Published more than 50 papers In the field of proximity detection and RF-MEMS, Won the third prize award of National Defense Science and Technology, received 6 national patents.1.	Wang Gang, Xu Lixin, Ababneh Abdallah, Schwarz Patrick, Feili Dara, Seidel Helmut,AlN micromechanical radial-contour disc resonator,Journal of Micromechanics and Microengin- eering, 2013,23(9):095002.
2.	Lin Cong, Xu Lixin, Jianhua Li, Ting Wang and Qi Han, The Conical Conformal MEMS Quasi End-Fire Array Antenna, Modern Physics letters B, 2017, 31(7):1750115. 
3.	C. Lin, X. Lixin , H. Qi,Radiation characteristics of a flexible micro-electro-mechanical system antenna on a liquid crystal polymer substrate, Materials Research Innovations , 2015, 19(S9): 290-294.
4.	Gang Wang, Lixin Xu, The Influence of Package Atmospheres on Resonance Performance of Micromechanical Radial-Contour Disk Resonator, Advanced Materials Research, 2013,709: 503-507.
5.	Lu Chongying, Xu Lixin, Li Jianhua, Fu Bo,CMOS-compatible  high-Q micro-electro-mechanical system suspended on-chip spiral inductor, Acta Armamentarii,2014,35(5):634-639.
                