Abstract: The seasonal and long‐term variations of dissolved solids in lakes and reservoirs are analyzed in accordance with the hydrologic‐ and mass‐balance equations. The volume and surface area are expressed as power functions of ...

Abstract: Equations defining the steady‐state distributions of solids and sorptive substances in freshwater streams and rivers are developed and solved analytically. The spatial variations of the flow and suspended solids are ...

Abstract: Equations that define the steady‐state distribution of solids and sorptive chemicals in freshwater systems are developed. Instantaneous equilibrium between the dissolved and particulate components of the compound is assumed ...

Abstract: Equations defining the distributions of suspended solids and sorptive substances in completely mixed lakes and reservoirs are developed and solved analytically. The relevant transport, transfer, and kinetic pathways are ...

Abstract: A relationship between the transfer coefficient of sparingly soluble gases and wind velocity is developed in terms of the liquid film and surface renewal concepts. When a wind blows over water, shear is exerted at the ...

Abstract: A mathematical approach to the analysis of chemical reactions that involve reactants or end products that exchange with the atmosphere is presented. Both variable and constant pH conditions are addressed. The equations are ...

Abstract: The eddy viscosity function, proposed in this note, is characterized by a damping coefficient, Γ

Abstract: On a tidally averaged basis, the two‐dimensional estuarine circulation is characterized by a horizontal seaward velocity in the upper layer and a landward velocity in the lower layer, with a compensating vertical velocity ...