Inclined test of nacelle wind lidar

Publication: ResearchReport – Annual report year: 2012

Standard

Inclined test of nacelle wind lidar. / Courtney, Michael.

DTU Wind Energy, 2012. 18 p. (DTU Wind Energy LC I; No. 013).

Publication: ResearchReport – Annual report year: 2012

Harvard

Courtney, M 2012, Inclined test of nacelle wind lidar. DTU Wind Energy. DTU Wind Energy LC I, no. 013

APA

Courtney, M. (2012). Inclined test of nacelle wind lidar. DTU Wind Energy. (DTU Wind Energy LC I; No. 013).

CBE

Courtney M 2012. Inclined test of nacelle wind lidar. DTU Wind Energy. 18 p. (DTU Wind Energy LC I; No. 013).

MLA

Courtney, Michael Inclined test of nacelle wind lidar DTU Wind Energy. 2012. (DTU Wind Energy LC I; Journal number 013).

Vancouver

Courtney M. Inclined test of nacelle wind lidar. DTU Wind Energy, 2012. 18 p. (DTU Wind Energy LC I; No. 013).

Author

Courtney, Michael / Inclined test of nacelle wind lidar.

DTU Wind Energy, 2012. 18 p. (DTU Wind Energy LC I; No. 013).

Publication: ResearchReport – Annual report year: 2012

Bibtex

@book{c4fabc218fca41da9ff0c2e5c044c4a5,
title = "Inclined test of nacelle wind lidar",
keywords = "DTU Wind Energy LC I-013(EN), LC-I-013, LC-I-013(EN)",
author = "Michael Courtney",
note = "This is an internal report and therefore not available in full text. Please contact author's or director of author's institute for further information.",
year = "2012",
publisher = "DTU Wind Energy",
address = "Denmark",

}

RIS

TY - RPRT

T1 - Inclined test of nacelle wind lidar

AU - Courtney,Michael

N1 - This is an internal report and therefore not available in full text. Please contact author's or director of author's institute for further information.

PY - 2012

Y1 - 2012

N2 - A nacelle wind lidar, placed at ground level, is tested by inclining the laser beams to bisect a measurement mast at a known distance and height. The horizontal wind speed reported by the lidar is compared to a reference cup anemometer mounted on the mast at the comparison height.

AB - A nacelle wind lidar, placed at ground level, is tested by inclining the laser beams to bisect a measurement mast at a known distance and height. The horizontal wind speed reported by the lidar is compared to a reference cup anemometer mounted on the mast at the comparison height.

KW - DTU Wind Energy LC I-013(EN)

KW - LC-I-013

KW - LC-I-013(EN)

M3 - Report

BT - Inclined test of nacelle wind lidar

PB - DTU Wind Energy

ER -