FENG Yue
			
            	
                	
                	
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                        	Name 
                            FENG Yue
                        
 
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                        	Title 
                            Lecturer
                        
 
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                        	Address
                            
                            	
                            
                        
 
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                        	Tel 
                            
                        
 
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                        	Email 
                            fengyue@bit.edu.cn
                       
 
                    
                    
                    	
                    
                
                
                	Research Interests
                	    1. Energy harvesting from ambient environment, such as vibration and thermal sources;
2. Self-powered wireless sensor nodes (WSN) for environment monitoring;
3. MEMS sensor and actuator based on piezoelectric, electrostatic materials;
4.Electrostatic discharge and plasma measurement.
                
                
                	Academic Achievements 
                      Young Scientists in International Union of Materials Research Societies - International Conference on Electronic Materials, 2012.1. Wang, F.F., Lou W.Z., Feng, Y.*, “Fracture mechanism of movable part in micro-electro-mechanical systems device based on empirical electron theory,” Micro & Nano Letters, Vol. 11, Issue 1, pp. 29- 33, 2016. 
2.	Han Y. H, Feng, Y.*, Yu Z. J., Lou W. Z. “Self-powered wireless sensor network for temperature monitoring utilizing micro energy harvesting technology,” CSMNT 2016, Beijing.
3.	Feng, Y.*, Zhang X. Z., Han Y. H, Yu Z. J., Lou W. Z. “3D printed electret energy harvester utilizing low-speed gas flow,” CSMNT 2016, Beijing.
4.	Ding X.R ,Lou W.Z., Feng, Y.*, “A controllable IC-compatible thin-film fuse realized using electro-explosion,AIP Advances,2016,6(1):015316-1-015316-9.
5.	Wan, J., Ming, D. Q., Cannon, J. J., Feng, Y., Suzuki, Y., Amberg, G., and Shiomi, J.,“Surface Structure Determines Dynamic Wetting,” Sci. Rep., Vol. 5, 8474, 2015.
6.	Feng, Y.*, Hagiwara, K., Iguchi, Y., and Suzuki, Y., “Trench-filled cellular parylene electret for piezoelectric transducer,” Appl. Phys. Lett., Vol. 100, Issue 26, 262901, 2012.
                
            
                            
        
    
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                        	NameFENG Yue
 - 
                        	TitleLecturer
 - 
                        	Address
 - 
                        	Tel
 - 
                        	Emailfengyue@bit.edu.cn
 
                    Research Interests
1. Energy harvesting from ambient environment, such as vibration and thermal sources;
2. Self-powered wireless sensor nodes (WSN) for environment monitoring;
3. MEMS sensor and actuator based on piezoelectric, electrostatic materials;
4.Electrostatic discharge and plasma measurement.
Academic Achievements
Young Scientists in International Union of Materials Research Societies - International Conference on Electronic Materials, 2012.1. Wang, F.F., Lou W.Z., Feng, Y.*, “Fracture mechanism of movable part in micro-electro-mechanical systems device based on empirical electron theory,” Micro & Nano Letters, Vol. 11, Issue 1, pp. 29- 33, 2016. 
2.	Han Y. H, Feng, Y.*, Yu Z. J., Lou W. Z. “Self-powered wireless sensor network for temperature monitoring utilizing micro energy harvesting technology,” CSMNT 2016, Beijing.
3.	Feng, Y.*, Zhang X. Z., Han Y. H, Yu Z. J., Lou W. Z. “3D printed electret energy harvester utilizing low-speed gas flow,” CSMNT 2016, Beijing.
4.	Ding X.R ,Lou W.Z., Feng, Y.*, “A controllable IC-compatible thin-film fuse realized using electro-explosion,AIP Advances,2016,6(1):015316-1-015316-9.
5.	Wan, J., Ming, D. Q., Cannon, J. J., Feng, Y., Suzuki, Y., Amberg, G., and Shiomi, J.,“Surface Structure Determines Dynamic Wetting,” Sci. Rep., Vol. 5, 8474, 2015.
6.	Feng, Y.*, Hagiwara, K., Iguchi, Y., and Suzuki, Y., “Trench-filled cellular parylene electret for piezoelectric transducer,” Appl. Phys. Lett., Vol. 100, Issue 26, 262901, 2012.
                