What people are saying - Write a review
We haven't found any reviews in the usual places.
II IMPACT OF A POWER PLANT ON THE GROUNDWATER SYSTEM
THERMAL ALTERATION OF GROUNDWATER CAUSED BY SEEPAGE
IV LONG TERM TEMPERATURE CHANGES IN A WETLAND ADJACENT
2 other sections not shown
Andrews and Anderson approximately aquifer ash pit assumed boundary conditions Bredehoeft changes coefficient Columbia Generating Station computes convective cooling lake cross section A-A dike dispersivity Element number energy Entry point equation describing estimate finite element method flow rates flow system fluid ground water groundwater discharge groundwater flow groundwater system groundwater temperatures heat capacity heat flow heat pump heat transfer heat transport hydraulic conductivity impact input located marsh matrix megawatt meters west Mohawk River node numbers o o o o oooooooo oooooooooo parameters Pinder potential power plant problem Read Statement Variable seepage shallow shown in Figure simulated temperatures solution solved specified step STR STR STR subroutine subsurface temperature surface technique temperature data thermal conductivity thermally altered thermistors tion transport equation values vertical Water Resources Research wetland Wisconsin River