Investigation of hollow cylindrical metal terahertz waveguides suitable for cryogenic environments.

Wallis, R

Investigation of hollow cylindrical metal terahertz waveguides suitable for cryogenic environments. [electronic resource] - Optics express Dec 2016 - 30002-30014 p. digital

Publication Type: Journal Article

ISSN: 1094-4087

Standard No.: 10.1364/OE.24.030002 doi

Investigation of hollow cylindrical metal terahertz waveguides suitable for cryogenic environments.

APA

Wallis R., Innocenti R. D., Jessop D. S., Mitrofanov O., Bledt C. M., Melzer J. E., Harrington J. A., Beere H. E. & Ritchie D. A. (20180129). Investigation of hollow cylindrical metal terahertz waveguides suitable for cryogenic environments. : Optics express.

Chicago

Wallis R, Innocenti R Degl, Jessop D S, Mitrofanov O, Bledt C M, Melzer J E, Harrington J A, Beere H E and Ritchie D A. 20180129. Investigation of hollow cylindrical metal terahertz waveguides suitable for cryogenic environments. : Optics express.

Harvard

Wallis R., Innocenti R. D., Jessop D. S., Mitrofanov O., Bledt C. M., Melzer J. E., Harrington J. A., Beere H. E. and Ritchie D. A. (20180129). Investigation of hollow cylindrical metal terahertz waveguides suitable for cryogenic environments. : Optics express.

MLA

Wallis R, Innocenti R Degl, Jessop D S, Mitrofanov O, Bledt C M, Melzer J E, Harrington J A, Beere H E and Ritchie D A. Investigation of hollow cylindrical metal terahertz waveguides suitable for cryogenic environments. : Optics express. 20180129.

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