Critical Role of a Nanometer-Scale Microballoon Shell on Bulk Acoustic Properties of Doped Soft Matter.

Bernard R. Matis,Steven W. Liskey,Nicholas T. Gangemi,Zachary J. Waters,Aaron D. Edmunds,William B. Wilson,Douglas M. Photiadis,Brian H. Houston,Jeffrey W. Baldwin

Critical Role of a Nanometer-Scale Microballoon Shell on Bulk Acoustic Properties of Doped Soft Matter.

2020

Bernard R. Matis
Steven W. Liskey
Nicholas T. Gangemi
Zachary J. Waters
Aaron D. Edmunds
William B. Wilson
Douglas M. Photiadis
Brian H. Houston
Jeffrey W. Baldwin

A material's acoustic properties depend critically upon porosity. Doping a soft material with gas-filled microballoons permits a controlled variation of the porosity through a scalable fabrication ...

Keywords:

Nanometre
Organic chemistry
Glass microsphere
Nanotechnology
Porosity
Chemistry
Soft matter
Fabrication
Doping

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