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Chemical engineering / Physical quantities / Heat conduction / Thermodynamics / Transport phenomena / Thermal conductivity / Convective heat transfer / Thermal conduction / Streamflow / Heat transfer / Chemistry / Mechanical engineering


Analysis of Temperature Gradients to Determine Stream Exchanges with Ground Water By James E. Constantz, Richard G. Niswonger, and Amy E. Stewart Chapter 4 of
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Document Date: 2008-07-25 12:02:25


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City

Albuquerque / San Francisco / Santa Clara / Tijeras Arroyo / Canyon / /

Company

Carson City NV / Suzuki / Philip Williams and Associates / /

Country

United States / /

IndustryTerm

deep ground-water systems / energy transport / particular site / inadequate bank storage / study site / analytical and numerical solutions / chemical tracers / bank / observation site / temperature-logging equipment / macroscopic gas flow / energy transport approach / bank storage / thermal energy / temperature equipment / temperature site / gas phase / energy / appropriate tool / /

NaturalFeature

Temperature Streamflow EPHEMERAL STREAM / Bear Canyon / Manzano mountain / Truckee River / Transfer During Stream / New Mexico Bear Canyon / Sandia mountain / Vicee Canyon / Rio Grande / /

Organization

D2 U.S. Department / Amy E. Stewart Chapter / W. LaBaugh Techniques and Methods Chapter / U.S. Department of the Interior / /

Person

James W. LaBaugh / Donald O. Rosenberry / Amy E. Stewart / James E. Constantz / Stewart Chapter / Richard G. Niswonger / /

Position

total head / representative / data logger / /

ProvinceOrState

New Mexico / Nevada / Indiana / California / /

Region

western Nevada / central New Mexico / eastern United States / /

Technology

radiation / Heat Transfer / simulation / /

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