【摘 要】
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Background,Motivation and Objective CMUTs typically have a wide bandwidth when immersed in a liquid medium like water which makes them quite attractive for applications like medical ultrasound imaging
【机 构】
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E. L. Ginzton Laboratory, Stanford University, USA
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Background,Motivation and Objective CMUTs typically have a wide bandwidth when immersed in a liquid medium like water which makes them quite attractive for applications like medical ultrasound imaging. However, in airborne applications, CMUTs have a very narrow bandwidth. Previously we had proposed CMUTs with the cavity between the plate and the substrate vented to the ambient environment.
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