Cannonsville / Syracuse / Madison / Kingston / New York City / /
Company
IWA Publishing / Komatsu / /
Country
United States / Canada / / /
Event
FDA Phase / Environmental Issue / /
Facility
Syracuse University / GISS Goddard Institute / European Centre / Hunter College / City University of New York / USA J. S. Read University of Wisconsin-Madison / USA E. M. Owens Upstate Freshwater Institute / Kansas State University / Climate Change ECHAM European Centre / National Institute of Technology Durgapur / Goddard Institute / Y. Huang CUNY Institute / /
IndustryTerm
high energy use / low energy use / water column site / potential energy / energy requirement / turbulent kinetic energy / efficient technologies / /
NaturalFeature
Lake Tahoe / Delaware River / Ls lake / Trout Creek / Ln lake / /
Organization
India D. C. Pierson E. Schneiderman New York City Department of Environmental Protection / Y. Huang CUNY Institute for Sustainable Cities / Hunter College / Goddard Institute of Space Studies General Circulation / New York City Department of Environmental Protec / N. R. Samal Department of Civil Engineering / City University of New York / USA E. M. Owens Upstate Freshwater Institute / GISS Goddard Institute of Space Studies AS / Department of Civil and Environmental Engineering / National Institute of Technology Durgapur / Kansas State University / USA A. Anandhi Department of Agronomy / Syracuse University / Syracuse / University of Wisconsin / /
Person
Az / Sustainable Cities / /
Position
General / corresponding author / author / sional reservoir hydrothermal model / data representative / hunter / representative / Coupled General / /
Product
CMIP3 / /
ProgrammingLanguage
K / /
ProvinceOrState
Kansas / Wisconsin / West Bengal / New York / /
PublishedMedium
the West Branch / /
Region
West Delaware / /
Technology
radiation / heat transfer / efficient technologies / PDF / Environmental Engineering / http / simulation / solved using an implicit integration radiation / /
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