Titlebook: High-Intensity Ultrasonic Fields; L. D. Rozenberg Book 1971 Springer Science+Business Media New York 1971 acoustics.liquid.material.materi

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书目名称High-Intensity Ultrasonic Fields影响因子(影响力)




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书目名称High-Intensity Ultrasonic Fields网络公开度学科排名




书目名称High-Intensity Ultrasonic Fields被引频次




书目名称High-Intensity Ultrasonic Fields被引频次学科排名




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书目名称High-Intensity Ultrasonic Fields读者反馈




书目名称High-Intensity Ultrasonic Fields读者反馈学科排名

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Acoustic Streaming,ountered in the literature are “acoustic wind” or “quartz wind”). These flows occur either in a free nonuniform sound field or (particularly) near various types of obstacles immersed in a sound field or near oscillating bodies. They are always of a rotational character. Their velocity increases with

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Experimental Investigations of Ultrasonic Cavitation,st know how to control the attendant cavitation processes. With this in mind it is little wonder that so many researchers have turned their attention to these effects in recent times. This is evidenced by the constantly growing number of publications both in the periodical literature and in separate

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The Cavitation Zone, present book), the authors are concerned with the behavior of the individual isolated cavitation bubble. In reality such a bubble is very rarely encountered, its existence being contingent upon a set of conditions that are difficult to realize. As a rule, even at acoustic pressures not too far abov

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Book 1971 of the radiation pressure, an area that is often imprecisely and at times incorrectly handled. Part lli comprises a survey of our knowledge concerning acoustic streaming. Even though the advances made in this area at the Acoustics Institute are relatively limited, the subject is still important eno

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Pulsations of Cavitation Voids,hemical reactions, are related to the existence and characteristic behavior of cavitation voids in an intense ultrasonic wave field. This makes the investigation of the motion of cavitation bubbles or voids one of the central problem areas of ultrasonic cavitation research.

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Acoustic Radiation Pressure,The acoustic radiation pressure is customarily interpreted as the time-average pressure acting on an object in a sound field. The object in this case is conceived in the broadest sense, i.e., a body in a sound field, an interface between two media, or a single particle of a medium set against the other particles of the same medium.

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