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Principles of Ultrasonic Velocimery by Means of Nonlinear Interaction of phase Conjugate Waves

机译：通过相位缀合物波的非线性相互作用的超声速度原理

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摘要

The results of using of wave phase conjugation in Doppler velocimetry are reported. The increasing of sensitivity of Doppler sonar due to phase super resolution at low frequency emission by non-resonance interaction of ultrasonic waves is demonstrated.

机译：报道了多普勒速度下使用波相缀合的结果。通过超声波的非共振相互作用，对多普勒声卡引起的多普勒声道的灵敏度的增加。

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来源
《IEEE Ultrasonics Symposium》|2005年||共4页
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作者
Yu. Pylnov; V. Preobrazhenskv; Yu. Pylnov; O. Bou Matar; V. Preobrazhensky;
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原文格式 PDF
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中图分类 TB55-53;
关键词
Wave phase conjugation; Nonlinear acoustics;

机译：波相缀合;非线性声学;

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专利

1. Nonlinear piezoelectricity in PZT ceramics for generating ultrasonic phase conjugate waves [J] . Ken Yamamoto, Akira Kokubo, Keiji Sakai, Ultrasonics . 2000,第1a8期

机译：PZT陶瓷中用于产生超声相共轭波的非线性压电性
2. Focusing of a nonlinear phase-conjugate ultrasonic wave transmitted through a phase-inhomogeneous layer [J] . Brysev AP., Klopotov RV., Krutyanskii LM., JETP Letters . 2001,第8期

机译：透过相位不均匀层的非线性相位共轭超声波的聚焦
3. Low Frequency Emission by Nonlinear Interaction of Phase Conjugate Ultrasound Waves [J] . Yuri Pylnov, Philippe Pernod, Vladimir Preobrazhensky Acta acustica united with acustica . 2003,第6期

机译：相位共轭超声波的非线性相互作用引起的低频发射
4. Principles of Ultrasonic Velocimery by Means of Nonlinear Interaction of phase Conjugate Waves [C] . Yu. Pylnov, V. Preobrazhenskv, Yu. Pylnov, IEEE Ultrasonics Symposium . 2005

机译：通过相位缀合物波的非线性相互作用的超声速度原理
5. Mutual Nonlinear Interaction of Ultrasonic Guided Waves in Plate with Applications for NDE [D] . Hasanian, Mostafa. 2019

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6. Amino Acid Analogue-Conjugated BN Nanomaterials ina Solvated Phase: First Principles Study of Topology-Dependent Interactionswith a Monolayer and a (50) Nanotube [O] . Kevin Waters, *, Ravindra Pandey, 2017

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8. Numerical Analysis of Weakly Nonlinear Wave Turbulence (Hamilton's Principle, Wave-Wave Interactions, Oceanic Internal Waves, Relaxation Phenomena, Statistical Mechanics). [R] . Meiss, J. D., Pomphrey, N., Watson, K. M. 1979

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Principles of Ultrasonic Velocimery by Means of Nonlinear Interaction of phase Conjugate Waves

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