Development of high ultrasonic power measurement technique by calorimetric method using water as heating elements for high ultrasonic power standard
- 期刊名称Acoustical Science and Technology
- 作者Uchida, Takeyoshi; Kikuchi, Tsuneo; Yoshioka, Masahiro; Matsuda, Youichi; Horiuchi, Ryuzo
- 卷第36卷
- 期第5期
- 印刷ISSN1346-3969
- 电子ISSN1347-5177
- 文件大小366.46KB
- 发表时间2015
- DOI10.1250/ast.36.445
- 页码445-448
Reduction Method of Sinusoidal Noise due to Phase Drift of Interferometric Optical Fiber HydrophoneSaijyou, Kenji; Okuyama, Tomonao; Nakajima, Yasuyuki; Sato, Ryotaku · IEEE Journal of Oceanic Engineering · 2015
Fiber Bragg grating hydrophone with polarization-maintaining fiber for mitigation of polarization-induced fadingSaijyou, Kenji; Okawara, Chiaki; Okuyama, Tomonao; Nakajima, Yasuyuki; Sato, Ryotaku · Acoustical Science and Technology · 2012
Barn owl and sound localizationAshida, Go · Acoustical Science and Technology · 2015
Rectangular test soundboard studySuzuki, Hideo · Acoustical Science and Technology · 2012
Scale modeling vibro-acousticsSaito, Kozo; Kuwana, Kazunori · Acoustical Science and Technology · 2017
The acoustics of mandolinsCohen, David; Rossing, Thomas D. · Acoustical Science and Technology · 2003
Generative adversarial networks: Foundations and applicationsKaneko, Takuhiro · Acoustical Science and Technology · 2018
Audiovisual multisensory integrationSpence, Charles · Acoustical Science and Technology · 2007
Acoustics of percussion instruments: Recent progress.Rossing, Thomas D. · Acoustical Science and Technology · 2001
Perception of approaching and retreating soundsOkada, Shuhei; Hirahara, Tatsuya · Acoustical Science and Technology · 2015