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标题
作者
Accelerated Thermal Ablation of Biological Tissue Volumes using HIFU beams with Shock Fronts
Andriyakhina Y., Karzova M., Yuldashev P., Khokhlova V.
Experimental observation of blood erythrocyte structure in the field of standing surface acoustic waves
Makalkin D., Korshak B., Brysev A.
On the possibility of using multi-element phased arrays for shock-wave action on deep brain structures
Rosnitskiy P., Gavrilov L., Yuldashev P., Sapozhnikov O., Khokhlova V.
Sound wave attenuation in foam
Faerman V.
Generalized sidelobe canceler beamforming applied to medical ultrasound imaging
Li J., Chen X., Wang Y., Shi Y., Yu D.
Scattering of phase-conjugate ultrasonic waves by microinclusions in a liquid flow
Shirkovskiy P., Smagin N., Preobrazhenskii V., Pernod P.
Absorption of ultrasound waves during dynamic processes in disperse systems
Kol’tsova I., Khomutova A.
Combined Sign Coherent Factor and Delay Multiply and Sum Beamformer for Plane Wave Imaging
Su T., Zhang S., Li D., Yao D.
Problems of moving ultrasound penetrative devices in a dispersion medium during drilling of the Moon’s regolith
Matveev Y., Kostenko V.
Wide-Angle Parabolic Approximation for Modeling High-Intensity Fields from Strongly Focused Ultrasound Transducers
Yuldashev P., Mezdrokhin I., Khokhlova V.
Velocity and attenuation of shear waves in the phantom of a muscle–soft tissue matrix with embedded stretched fibers
Rudenko O., Tsyuryupa S., Sarvazyan A.
Application of Discrete Huygens Method for Diffraction of Transient Ultrasonic Field
Alia A.
Acoustical method of whole-body hydration status monitoring
Sarvazyan A., Tsyuryupa S., Calhoun M., Utter A.
Acoustic and NMR investigations of melting and crystallization of indium–gallium alloys in pores of synthetic opal matrices
Pirozerskii A., Charnaya E., Lee M., Chang L., Nedbai A., Kumzerov Y., Fokin A., Samoilovich M., Lebedeva E., Bugaev A.
Lens multielement acoustic microscope in the mode for measuring the parameters of layered objects
Titov S., Maev R., Bogachenkov A.
Setting boundary conditions on the Khokhlov–Zabolotskaya equation for modeling ultrasound fields generated by strongly focused transducers
Rosnitskiy P., Yuldashev P., Vysokanov B., Khokhlova V.
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