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Ultrasound in Air

This Special Issue covers the growing area of ultrasound in air, where innovations in powerful sources and digital signal processing have produced a wealth of proposed devices and applications. However, for maximum benefit, we must be able to conduct standardized field and source measurements with appropriate processes, calibrations, and set exposure limits based on knowledge of the potential for adverse effects on humans. These are difficult areas in which the research base is scarce. This issue includes papers on new devices and applications, the difficulties with measurements and calibrations, and discoveries on the potential for adverse effects.

Guest Editor: Timothy G. Leighton

Salvador Barrera-Figueroa
Astrid van Wieringen; Christ Glorieux
Sergey V. Zhidkov
Jonathon Miegel; Philip Branch; Peter Blamey
Timothy G. Leighton
Beth Paxton; Jack Harvie-Clark; Max Albert
Rune Øyerhamn; Eivind Nag Mosland; Espen Storheim; Per Lunde; Magne Vestrheim
Hironobu Takahashi; Ryuzo Horiuchi
Mark D. Fletcher; Sian Lloyd Jones; Paul R. White; Craig N. Dolder; Benjamin Lineton; Timothy G. Leighton
Mark D. Fletcher; Sian Lloyd Jones; Paul R. White; Craig N. Dolder; Timothy G. Leighton; Benjamin Lineton
Peter Mapp
Jan Radosz; Dariusz Pleban
Mark D. Fletcher; Sian Lloyd Jones; Paul R. White; Craig N. Dolder; Timothy G. Leighton; Benjamin Lineton
Craig N. Dolder; Mark D. Fletcher; Sian Lloyd Jones; Benjamin Lineton; Sarah R. Dennison; Michael Symmonds; Paul R. White; Timothy G. Leighton
Francis Duck; Timothy Leighton
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