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您的检索式：作者名="Yuta Taniguchi"
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| 1 | Cluster structures in stable and unstable nuclei显示文摘Cluster structures in light unstable nuclei are discussed. The structures of neutron-rich Be isotopes are theoretically investigated and the molecular orbital bond structure and its role in the vanishing of the neutron magic number N = 8 are discussed. The two-body cluster resonances in highly excited states of neutron-rich Li, Be and B isotopes are predicted theoretically. | Yoshiko Kanada-En’yo Masaaki Kimura Fumiharu Kobayashi Tadahiro Suhara Yasutaka Taniguchi Yuta Yoshida | 2015 | Nuclear Science and Techniques2015，26，2： | 1 |
| 2 | Preparation of carbon alloy catalysts for polymer electrolyte fuel cells from nitrogen-containing rigid-rod polymers显示文摘 | Masayuki Chokai Masataka Taniguchi Shogo Moriya Katsuyuki Matsubayashi Tsuyoshi Shinoda Yuta Nabae Shigeki Kuroki Teruaki Hayakawa Masa-aki Kakimoto Jun-ichi Ozaki Seizo Miyata | 2010 | Journal of Power Sources2010，，18： | 1 |
| 3 | A force measurement platform for a vitreoretinal surgical simulator using an artificial eye module integrated with a quartz crystal resonator显示文摘To provide quantitative feedback on surgical progress to ophthalmologists practicing inner limiting membrane(ILM)peeling,we developed an artificial eye module comprising a quartz crystal resonator(QCR)force sensor and a strain body that serves as a uniform force transmitter beneath a retinal model.Although a sufficiently large initial force must be loaded onto the QCR force sensor assembly to achieve stable contact with the strain body,the highly sensitive and wide dynamic-range property of this sensor enables the eye module to detect the slight forceps contact force.A parallel-plate strain body is used to achieve a uniform force sensitivity over the 4-mm-diameter ILM peeling region.Combining these two components allowed for a measurable force range of 0.22 mN to 29.6 N with a sensitivity error within−11.3 to 4.2%over the ILM peeling area.Using this eye module,we measured the applied force during a simulation involving artificial ILM peeling by an untrained individual and compensated for the long-term drift of the obtained force data using a newly developed algorithm.The compensated force data clearly captured the characteristics of several types of motion sequences observed from video recordings of the eye bottom using an ophthalmological microscope.As a result,we succeeded in extracting feature values that can be potentially related to trainee skill level,such as the mean and standard deviation of the pushing and peeling forces,corresponding,in the case of an untrained operator,to 122.6±95.2 and 20.4±13.2 mN,respectively. | Yuta Taniguchi Hirotaka Sugiura Toshiro Yamanaka Shiro Watanabe Seiji Omata Kanako Harada Mamoru Mitsuishi Tomoyasu Shiraya Koichiro Sugimoto Takashi Ueta Kiyohito Totsuka Fumiyuki Araki Muneyuki Takao Makoto Aihara Fumihito Arai | 2022 | Microsystems & Nanoengineering2022，8，4： | 0 |
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