Download Acoustic Wave Sensors. Theory, Design, & Physico-Chemical by D. S. Ballantine, Jr.,Robert M. White,S. J. Martin, et PDF

By D. S. Ballantine, Jr.,Robert M. White,S. J. Martin, et al.Elsevier|Elsevier Science||Academic PressAdult NonfictionScience, TechnologyLanguage(s): EnglishOn sale date: 13.05.2011Street date: 21.10.1996

Written via an interdisciplinary workforce of specialists from either and academia, Acoustic Wave Sensors presents an in-depth examine the present nation of acoustic wave units and the scope in their use in chemical, biochemical, and actual measurements, in addition to in engineering purposes. due to the inherent interdisciplinary functions of those units, this booklet might be precious for the chemist and biochemist drawn to the use and improvement ofthese sensors for particular functions; engineer interested in the layout and development of those units; the chemical engineer and the biotechnologist drawn to utilizing those units for strategy tracking and regulate; and the sensor neighborhood at large.

Key Features

  • Provides in-depth comparability and analyses of other varieties of acoustic wave devices
  • Discusses working rules and layout considerations
  • Includes desk of correct fabric constants for speedy reference
  • Presents an...
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    Additional resources for Acoustic Wave Sensors. Theory, Design, & Physico-Chemical Applications

    Sample text

    The perturbations to be considered in this section include surface loading by (1) an infinitesimally thick mass layer, (2) a contacting Newtonian fluid, and (3) a viscoelastic layer of finite thickness. The TSM resonator was originally used in vacuo to measure metal deposition rates [1]. More recently, the TSM resonator has been shown to operate in contact with liquids [2,3], enabling its use as a solution-phase microbalance. The device is typically incorporated in an oscillator circuit, where the oscillation frequency tracks the crystal resonance and indicates mass accumulation on the device surface.

    3 Acoustic-wave spectrum. Almost as broad as the familiar electromagnetic-wave spectrum, the spectrum of acoustic waves that have been excited or detected covers frequencies that range over roughly eighteen orders of magnitude. The four sensors on which we concentrate, indicated by bold lines, range in operation from below 1 MHz to slightly above 1000 MHz. 2 “sense” by producing a change in the characteristics of the path over which the acoustic waves travel; the nature of these changes will be discussed in detail in later chapters.

    3 (page 6). This range is nearly as large as that commonly shown in charts of the electromagnetic wave spectrum. 3 shows that there are many other types of acoustic sensors designed for purposes ranging from imaging the human heart to detecting cracks in airplane parts [6]. 3 Acoustic-wave spectrum. Almost as broad as the familiar electromagnetic-wave spectrum, the spectrum of acoustic waves that have been excited or detected covers frequencies that range over roughly eighteen orders of magnitude.

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