Electromagnetic composite metamaterial
AssigneeThe Charles Stark Draper Laboratory, Inc.
InventorsAmy E. Duwel, Jonathan S. Varsanik
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Abstract
An electromagnetic composite metamaterial including an electromagnetic medium and a plurality of spaced electromechanical resonators disposed in or on the electromagnetic medium configured to control electromagnetic wave propagation properties in the electromagnetic composite metamaterial.
Claims33
An electromagnetic composite metamaterial comprising:
- an electromagnetic medium;
- and
- a plurality of spaced electromechanical resonators disposed in or on the electromagnetic medium configured to control electromagnetic wave propagation properties in the electromagnetic composite metamaterial.
An electromagnetic composite metamaterial comprising:
- an electromagnetic medium;
- and
- a plurality of spaced MEMS resonators disposed in or on the electromagnetic medium configured to control electromagnetic wave propagation properties in the electromagnetic composite metamaterial.
An electromagnetic composite metamaterial comprising:
- an electromagnetic medium;
- and
- a plurality of spaced electromechanical resonators having an electromagnetic wave traveling therein disposed in or on the electromagnetic medium configured to control propagation properties of the electromagnetic wave in the electromagnetic composite metamaterial.
An electromagnetic composite metamaterial comprising:
- an electromagnetic medium;
- and
- a plurality of spaced MEMS piezoelectric electromechanical resonators having an electromagnetic wave traveling therein disposed in or on the electromagnetic medium configured to control propagation properties of the electromagnetic wave in the electromagnetic composite metamaterial.
An electromagnetic composite metamaterial comprising:
- an electromagnetic medium;
- and
- a plurality of spaced MEMS frequency tunable electromechanical resonators having an electromagnetic wave traveling therein disposed in or on the electromagnetic medium configured to control propagation properties of the electromagnetic wave in the electromagnetic composite metamaterial.
An electromagnetic composite metamaterial comprising:
- an electromagnetic medium;
- and
- a plurality of spaced MEMS cantilever electromechanical resonators having an electromagnetic wave traveling therein disposed in or on the electromagnetic medium configured to control propagation properties of the electromagnetic wave in the electromagnetic composite metamaterial.
An electromagnetic composite metamaterial comprising:
- an electromagnetic medium;
- and
- a plurality of spaced MEMS paddle electromechanical resonators having an electromagnetic wave traveling therein disposed in or on the electromagnetic medium configured to control propagation properties of the electromagnetic wave in the electromagnetic composite metamaterial.
An electromagnetic composite metamaterial comprising:
- an electromagnetic medium;
- and
- a plurality of spaced MEMS tuning fork electromechanical resonators having an electromagnetic wave traveling therein disposed in or on the electromagnetic medium configured to control propagation properties of the electromagnetic wave in the electromagnetic composite metamaterial.
An electromagnetic composite metamaterial comprising:
- an electromagnetic medium;
- and
- a plurality of spaced MEMS disk electromechanical resonators having an electromagnetic wave traveling therein disposed in or on the electromagnetic medium configured to control propagation properties of the electromagnetic wave in the electromagnetic composite metamaterial.
Dependencies are inferred from the claim text.