"Shili Qu","Characterization of liquid-filled thin tubes embedded in soft phantom through photoacoustically excited resonances",,,,,,,2022,Mar.
"Shili Qu","Characterization of liquid-filled thin tubes embedded in soft phantom through photoacoustically excited resonances",,,,,,,2022,Mar.
"Shili Qu","Characterization of liquid-filled thin tubes embedded in soft phantom through photoacoustically excited resonances",,,,,,,2022,Mar.
"Shili Qu","Characterization of liquid-filled thin tubes embedded in soft phantom through photoacoustically excited resonances",,,,,,,2022,Mar.
"Qu Shili,Kentaro Nakamura","Deformation measurement of liquid-filled elastic tube embedded in soft material using optimal pulse width method under photoacoustic excitation",,"IEICE Electronics Express",,"vol. 19","no. 3","pp. 1-6",2022,Feb.
"Shili Qu,Kentaro Nakamura","Characteristics of megahertz resonant platform for evaluating sensitivity of photoacoustic contrast agent",,"Engineering Research Express",,"vol. 3",,"  045057",2021,Dec.
"Shili Qu,Kentaro Nakamura","Photoacoustic response of soft tube embedded in phantom","The 42nd Symposium on UltraSonic Electronics(USE2021)","Proceedings of USE2021",,,,"  2Pa2-3",2021,Oct.
"Shili Qu,Kentaro Nakamura","Selection of laser pulse width for efficient generation of photoacoustic signals in liquid-filled thin capillary embedded in soft material",,"AIP Advances",,"vol. 11","no. 6","  065103",2021,July
"Shili Qu,Kentaro Nakamura","Photoacoustic performance and resonance characteristics of the liquid-filled thin glass capillary embedded in a soft material","The 41st Symposium on UltraSonic Electronics","Proceedings of USE2020",,,,"  2Pb2-2",2020,Nov.
"Shili Qu,Yosuke Mizuno,Kentaro Nakamura","Pulse Duration Influence on the Photoacoustic Temporal Waveform of the Liquid-Filled Thin Glass Capillary Embedded in a Soft Object","2020 International Ultrasonics Symposium(IUS2020)","Proceedings of IUS 2020",,,,"  D1P-13-1562",2020,Sept.
"Shili Qu,Yosuke Mizuno,Kentaro Nakamura","Photo-acoustic responses of a liquid-filled thin glass capillary embedded in a soft object","日本音響学会2020年春季研究発表会","日本音響学会2020年春季研究発表会講演論文集",,,,"pp. 109-110(1-R-1)",2020,Mar.