Add to ORKGA remote-sensing experiment conducted on May 17, 1977, over the Surry nuclear power station on the James River, Virginia is discussed. Isotherms of the thermal plume from the power station were derived from remotely sensed data and compared with in situ water temperature measurements provided by the Virginia Electric and Power Company, VEPCO. The results of this study were also qualitatively compared with those from other previous studies under comparable conditions of the power station's operation and the ambient flow. These studies included hydraulic model predictions carried out by Pritchard and Carpenter and a 5-year in situ monitoring program based on boat surveys
The Chesapeake Bay plume study called Superflux is described. The study was initiated to incorporate...
The 1800 MW Daya Bay Nuclear Power Station (DNPS), China's first nuclear power station, is located o...
The three major objectives of the project are outlined: (1) to describe atmospheric water vapor feat...
On May 17, 1977, a remote sensing experiment was conducted on the James River, Virginia, whereby the...
Coastal power stations use sea water as a coolant. The cooling waters discharges released by nuclea...
The demand for electric power in the United States is expected to double every 10 years. As hydroele...
A series of remote sensing experiments were conducted in January and November 1968. The airborne mul...
The first phase is described of a three year project for the development of a mathematical model for...
Results are reported from a series of remote sensing investigations into the marine discharge of coo...
The application of a two dimensional mathematical model to the analysis of the thermal discharge to ...
The development of a predictive mathematical model for thermal pollution in connection with remote s...
Thermal infrared data collected from overflights of a number of power plant cooling water discharges...
Nuclear power plants typically use waste heat rejection systems such as cooling lakes and natural dr...
The FPL Cape Canaveral Power Plant and the OUC Indian River Plant are two gas-fired power plants tha...
A feasibility study for the development of a three-dimensional generalized, predictive, analytical m...
The Chesapeake Bay plume study called Superflux is described. The study was initiated to incorporate...
The 1800 MW Daya Bay Nuclear Power Station (DNPS), China's first nuclear power station, is located o...
The three major objectives of the project are outlined: (1) to describe atmospheric water vapor feat...
On May 17, 1977, a remote sensing experiment was conducted on the James River, Virginia, whereby the...
Coastal power stations use sea water as a coolant. The cooling waters discharges released by nuclea...
The demand for electric power in the United States is expected to double every 10 years. As hydroele...
A series of remote sensing experiments were conducted in January and November 1968. The airborne mul...
The first phase is described of a three year project for the development of a mathematical model for...
Results are reported from a series of remote sensing investigations into the marine discharge of coo...
The application of a two dimensional mathematical model to the analysis of the thermal discharge to ...
The development of a predictive mathematical model for thermal pollution in connection with remote s...
Thermal infrared data collected from overflights of a number of power plant cooling water discharges...
Nuclear power plants typically use waste heat rejection systems such as cooling lakes and natural dr...
The FPL Cape Canaveral Power Plant and the OUC Indian River Plant are two gas-fired power plants tha...
A feasibility study for the development of a three-dimensional generalized, predictive, analytical m...
The Chesapeake Bay plume study called Superflux is described. The study was initiated to incorporate...
The 1800 MW Daya Bay Nuclear Power Station (DNPS), China's first nuclear power station, is located o...
The three major objectives of the project are outlined: (1) to describe atmospheric water vapor feat...