Physical Principles of Ultrasonic Technology : Volume 2

L. Rozenberg

ISBN 10: 1468483056 / ISBN 13: 9781468483055

Published by Springer US, 2012

About this Item

Druck auf Anfrage Neuware - Printed after ordering - Under the action of acoustic vibrations a liquid is converted into the aerosol state at the interface between a gaseous and a liq uid medium. Acoustic energy can be delivered to the atomization zone either on the liquid side or on the gas side. Ordinarily, when acoustic energy is delivered through the gas, the atomization of the liquid is realized by sonic and low-frequency ultrasonic vibra tions because high-frequency ultrasound is rapidly damped in prop agation through gases. But if the acoustic energy is delivered through the liquid, whose damping factor is orders of magnitude smaller than in gases, atomization can be realized by sonic, low frequency ultrasonic, or high-frequency ultrasonic vibrations. The following is a convenient classification of methods for the ultra sonic atomization of a liquid: 1. atomization of the liquid with the transmission of acoustic energy to the working zone through the liquid: a. atomization in a layer; b. atomization in a fountain; 2. atomization of the liquid with the transmission of acoustic energy to the working zone through the gas. 3 Chapter 1 Acoustic Atomization of Liquids The atomization of liquids by ultrasound (at a frequency of 300 kHz) was discovered in the classical studies of Wood and Loomis [1]. The first experimental investigation of the physical nature of the 8tomization of a liquid by ultrasound was conducted by Sollner [2].

Seller Inventory # 9781468483055

Bibliographic Details

• Title: Physical Principles of Ultrasonic Technology : Volume 2
• Publisher: Springer US
• Publication Date: 2012
• Language: English
• ISBN 10: 1468483056
• ISBN 13: 9781468483055
• Binding: Taschenbuch
• Condition: Neu
• Dimensions: 229W x 152H x 31D millimeters 229 millimeters width by 152 millimeters height by 31 millimeters depth
• Weight: 806 grams

About this title

Synopsis

Under the action of acoustic vibrations a liquid is converted into the aerosol state at the interface between a gaseous and a liq­ uid medium. Acoustic energy can be delivered to the atomization zone either on the liquid side or on the gas side. Ordinarily, when acoustic energy is delivered through the gas, the atomization of the liquid is realized by sonic and low-frequency ultrasonic vibra­ tions because high-frequency ultrasound is rapidly damped in prop­ agation through gases. But if the acoustic energy is delivered through the liquid, whose damping factor is orders of magnitude smaller than in gases, atomization can be realized by sonic, low­ frequency ultrasonic, or high-frequency ultrasonic vibrations. The following is a convenient classification of methods for the ultra­ sonic atomization of a liquid: 1. atomization of the liquid with the transmission of acoustic energy to the working zone through the liquid: a. atomization in a layer; b. atomization in a fountain; 2. atomization of the liquid with the transmission of acoustic energy to the working zone through the gas. 3 Chapter 1 Acoustic Atomization of Liquids The atomization of liquids by ultrasound (at a frequency of 300 kHz) was discovered in the classical studies of Wood and Loomis [1]. The first experimental investigation of the physical nature of the 8tomization of a liquid by ultrasound was conducted by Sollner [2].