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31篇 您的检索式:作者名="Riichi"
    题名 作者 年代 出处 被引量
1Recovery of photoinactivated photosystem II in leaves: retardation due to restricted mobility of photosystem II in the thylakoid membrane显示文摘Riichi Oguchi Husen Jia James Barber 2008Photosynth Res2008,10,5:1
2Evaluation of fatigue specimens using EMATs for nonlinear ultrasonic wave detection显示文摘Riichi Murayama Kazumi Ayaka 2007Journal of Nondestructive Evaluation2007,26,2:1
3Nonlinear ultrasonic wave detection by electromagnetic acoustic transducer (EMAT) for guided wave显示文摘Riichi Murayama Kazuhiro Yamaguchi 2005Japanese Journal of Applied Physics2005,44,6:1
4Optimal size and lo- cation planning of public logistics terminals显示文摘Riichi T Michihiko N Tadashi Y 1999Transportation Research1999,35,3:1
5SN improvement ratio by time delay and integration for highresolution earch observation system显示文摘NAGURA Riichi(NEC Corp) 1995Electron Commun Jpn Part I1995,78,3:1
6Field testing of oral Vibrio anguillarum bacterin in pond-cultureed Ayu显示文摘Kenji K Riichi K 1985Fish Pathol1985,20,23:1
7Study of driving mechanism on electromagnetic acoustic transducer for Lamb wave using magnetostrictive effect and application in drawability evaluation of thin steel sheets显示文摘Riichi Murayama 1999Ultrasonics1999,37,:1
8基于缓冲波导的T(0,1)模态导波激励方法实验研究显示文摘缓冲波导是解决超声传感器在高温管道在线检测中失效问题的重要途径。针对已提出的通过在缓冲波导内产生S0模态的Lamb波,并利用缓冲波导与管道的连接耦合,间接激励出T(0,1)模态导波的方法,本文进行了实验研究,设计并研制了用于激励S0模态Lamb波的曲折型线圈电磁超声换能器和用于接收T(0,1)模态导波的周期性永磁铁阵列式电磁超声换能器。结果表明:S0模态的Lamb波通过缓冲波导后能够激励出T(0,1)模态的导波对管道进行检测,从而验证了该方法的有效性,并为该方法的工程应用奠定了基础。孙斐然 丁雨林 孙振国 陈强 MURAYAMA Riichi 2018清华大学学报(自然科学版)2018,58,8:1
9Driving mechanism on magnetostrictive type e-lectromagnetic acoustic transducer for symmetrical vertical-modeLamb wave and for shear horizontal-mode plate wave显示文摘Riichi Murayama 1996Ultra-sonics1996,34,7:1
10Driving mechanism on magnetostrictive type electromagnetic acoustic transducer for symmetrical vertical-mode Lamb wave and for shear horizontal-mode plate wave显示文摘Riichi Murayama 1996Ultrasonic1996,,34:1
11Experimental studies on several waverider configuration 显示文摘 Toshihiro Ohta Riichi Matsuzaki 1997Aero Space Sci1997,39,126:1
12High-level expressing YAC vector for transgenic animal bioreactors显示文摘Yohihiro F Masami M Riichi T 1999Mol Reproduction Dev1999,52,:1
13Analysis of control elements of position-independent expression of human α-lactalbumin YAC显示文摘Yohihiro F Riichi T Masami M 2001Mol Reproduction Dev2001,54,:1
14Development of an ultrasonic inspection robot using anelectromagnetic acoustic transducer for a Lamb wave andan SH-plate wave显示文摘RIICHI M SHUNNICHI M MITUTOSHI K 2004Ultrasonics2004,42,:1
15On pre- heating effect for friction stir welding of aluminum alloy-a feasibility study of friction stir welding with heating of aluminum alloy 显示文摘Riichi S Takehiko T Susumu H 2006Quarterly Journal of the Japan Welding Society2006,24,3:1
16Conventional electromagnetic acoustic transducer development for optimum Lamb wave modes显示文摘MURAYAMA RIICHI MIZUTANI KOICHI 2002Ultrasonics2002,40,18:1
17Development of an ultrasonic inspection robot using and electromagnetic acoustic transducer for a Lamb wave and an SH-plate wave显示文摘MURAYAMA RIICHI MAKIYAMA SHUNNICHI KODAMA MITUTOSHI 2004Ultrasonics2004,42,19:1
18Driving mechanism on magnetos trictive type electromagnetic acoustic transducer for symmetrical vertical-mode Lamb wave and for shear horizontal-mode plate wave 显示文摘Riichi Murayama 1996Ultrasonics1996,,34:1
19Analysis of the flanking regions of the human a-lactalbumin gene responsible for positioneffect independent expression显示文摘Yoshihiro F Riichi T Masumi H 2003Gene2003,305,:1
20Study of driving mechanism on electromagnetic acoustic transducer for Lamb wave using magnetostrictive effect and application in drawability evaluation of thin steel sheets显示文摘Riichi Murayama 1999Ultrasonics1999,,37:1
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