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- 15005820.pdf accessdate "2009-09-10".
- 15005820.pdf accessdate "2010-05-04".
- 15005820.pdf author2 "S. Butterfield".
- 15005820.pdf author3 "A. Boone".
- 15005820.pdf date "November 2003".
- 15005820.pdf first "W.".
- 15005820.pdf isCitedBy Ballast_tank.
- 15005820.pdf isCitedBy Floating_wind_turbine.
- 15005820.pdf issue "NREL/CP-500-34874".
- 15005820.pdf journal "NREL preprint".
- 15005820.pdf last "Musial".
- 15005820.pdf page "14".
- 15005820.pdf pages "2–3".
- 15005820.pdf publisher National_Renewable_Energy_Laboratory.
- 15005820.pdf quote "Spar buoys ... have been used in the offshore oil industry for many years. They consist of a single long cylindrical tank and achieve hydrodynamic stability by moving the center-of-mass as low as possible, placing ballast beneath the buoyancy tank."; "to maintain platform stability against overturning, especially for a wind turbine where the weight and horizontal forces act so far above the center of buoyancy. ... significant ballast must be added below the center of buoyancy, or the buoyancy must be widely distributed to provide stability.".
- 15005820.pdf title "Feasibility of Floating Platform Systems for Wind Turbines".
- 15005820.pdf url "http://www.osti.gov/bridge/servlets/purl/15005820-0aqZAv/native/15005820.pdf".