論文

• 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, Feb. 2022.  公式リンク  
  
• Shili Qu, Kentaro Nakamura. Characteristics of megahertz resonant platform for evaluating sensitivity of photoacoustic contrast agent, Engineering Research Express, vol. 3, 045057, Dec. 2021.  公式リンク  
  
• 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, July 2021.  公式リンク  
  

国際会議発表 (査読有り)

• 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, Sept. 2020.

国内会議発表 (査読なし・不明)

• Shili Qu, Kentaro Nakamura. Photoacoustic response of soft tube embedded in phantom, The 42nd Symposium on UltraSonic Electronics(USE2021), Proceedings of USE2021, 2Pa2-3, Oct. 2021.
• 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, Nov. 2020.
• 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), Mar. 2020.

学位論文

• Characterization of liquid-filled thin tubes embedded in soft phantom through photoacoustically excited resonances,  Outline,  Doctor (Academic),  Tokyo Institute of Technology,  2022/03/26,   
• Characterization of liquid-filled thin tubes embedded in soft phantom through photoacoustically excited resonances,  Exam Summary,  Doctor (Academic),  Tokyo Institute of Technology,  2022/03/26,   
• Characterization of liquid-filled thin tubes embedded in soft phantom through photoacoustically excited resonances,  Thesis,  Doctor (Academic),  Tokyo Institute of Technology,  2022/03/26, 
• Characterization of liquid-filled thin tubes embedded in soft phantom through photoacoustically excited resonances,  Summary,  Doctor (Academic),  Tokyo Institute of Technology,  2022/03/26,   

[ BibTeX 形式で保存 ]    [ 論文・著書をCSV形式で保存 ]    [ 特許をCSV形式で保存 ]