吉沢昌純 (Masasumi Yoshizawa) - マイポータル - researchmap

基本情報

所属: 旧所属東京都立工業高等専門学校電子情報工学科助教授

学位: 工学修士(東京都立大学)
博士(工学)(東京都立大学)

J-GLOBAL ID: 200901017983073970
researchmap会員ID: 1000143352

研究キーワード

6

研究分野

4

学歴

4

受賞

1

1995年

電気学会論文発表賞

MISC

46

Application of Doppler Measurement using Multiplexed Dual-Chirp Signals to Multiple Reflectors

Proc. 2004IEEE UFFC P3U-N-4 G11, p.677 2004年
Multiplexed Dual-Chirp Pulse Compression Method for Ultrasonography

Proc. 2004 IEEE UFFC P3U-X1 L4, pp.2302-2305 2004年
Development of Bone-Mimicking Phantom and Measurement of Its Acoustic Impedance by Interference Method

Proc. 2004 IEEE UFFC P2U-J-5 G13, pp.1769-1772 2004年
Application of Doppler Measurement using Multiplexed Dual-Chirp Signals to Multiple Reflectors

Proc. 2004IEEE UFFC P3U-N-4 G11, p.677 2004年
Multiplexed Dual-Chirp Pulse Compression Method for Ultrasonography

Proc. 2004 IEEE UFFC P3U-X1 L4, pp.2302-2305 2004年
Development of Bone-Mimicking Phantom and Measurement of Its Acoustic Impedance by Interference Method

Proc. 2004 IEEE UFFC P2U-J-5 G13, pp.1769-1772 2004年
Doppler Measurement using a Pair of FM-Chirp Signals

2003IEEE International Ultrasonics Symposium pp.1219-1222 2003年8月
Doppler Measurement using a Pair of FM-Chirp Signals

2003IEEE International Ultrasonics Symposium pp.1219-1222 2003年8月
Measurement of speed of sound in skull bone and its thickness using a focused ultrasonic wave

R Hatakeyama, N Tagawa, M Yoshizawa, T Moriya

JAPANESE JOURNAL OF APPLIED PHYSICS PART 1-REGULAR PAPERS BRIEF COMMUNICATIONS & REVIEW PAPERS 41(5B) 3327-3330 2002年5月
Development of a New System for Measuring Skull Bone Thickness by the Pulse Compression Method(共著)

HATAKEYAMA R, YOSHIZAWA M, MORIYA T, YAGI S

Japanese Journal of Applied Physics 40(5B) 3552-3557 2001年
Development of a New System for Measuring Skull Bone Thickness by the Pulse Compression Method(jointly worked)

Japanese Journal of Applied Physics 40(5B) 3552-3557 2001年
A Method for the Measurement of Acoustic Impedance and Speed of Sound in a Small Region of Bone using a Fused Quartz Rod as a Transmission Line(共著)

HATAKEYAMA R, YOSHIZAWA M, MORIYA T

Japanese Journal of Applied Physics 39(11) 6449-6454 2000年
A Method for the Measurement of Acoustic Impedance and Speed of Sound in a Small Region of Bone using a Fused Quartz Rod as a Transmission Line(jointly worked)

Japanese Journal of Applied Physics 39(11) 6449-6454 2000年
Ultrasonic visualization method of electrical trees formed in organic insulating materials

E Watanabe, T Moriya, M Yoshizawa

IEEE TRANSACTIONS ON DIELECTRICS AND ELECTRICAL INSULATION 5(5) 767-773 1998年10月
A frequency sweep method for measuring sound speed of a small sample using an ultrasonic standing wave

Proc. IEEE Ultrasonic Symposium 1998年
A frequency sweep method for measuring sound speed of a small sample using an ultrasonic standing wave

Proc. IEEE Ultrasonic Symposium 1998年
Ultrasonic Flaw Detection for High Impedance Materials using a Transmission Line Method(共著)

YAMAGUCHI H, YOSHIZAWA M, TAGAWA N, MORIYA T, YAGI S

Japanese Journal of Applied Physics 36(5B) 3287-3289 1997年
High Signal-to Noise Ratio Ultrasonic Point Detection Method using a Fused Quartz Rod as a Pulse Compression Filter and a Sensor

Japanese Journal of Applied Physics 36(5B) 3157-3159 1997年
Ultrasonic Flaw Detection for High Impedance Materials using a Transmission Line Method(jointly worked)

Japanese Journal of Applied Physics 36(5B) 3287-3289 1997年
High Signal-to Noise Ratio Ultrasonic Point Detection Method using a Fused Quartz Rod as a Pulse Compression Filter and a Sensor

Masasumi Yoshizawa, Norio Tagawa, Eiki Watanabe, Tadashi Moriya, Shin&ndash, ichi Yagi

Japanese Journal of Applied Physics 36(5B) 3157-3159 1997年

もっとみる

書籍等出版物

1

ディジタル回路

コロナ社 1999年

所属学協会

3

共同研究・競争的資金等の研究課題

6

産業財産権

1

超音波測定装置