What people are saying - Write a review
We haven't found any reviews in the usual places.
Energy and Its Transformation
Material Balances in Living Systems
Energy Balances in Closed Systems
6 other sections not shown
Other editions - View all
alveolar ambient amount basic body temperature capillary chapter chemical reaction circulatory system computed concentration constant convective heat transfer dead space defined difference differential diffusion driving force energy balance energy change energy content entropy equilibrium equivalent Example Figure film filtration flow rate fluid flux forced convection free convection free energy gas phase gases geometry glucose gradient heat capacity heat exchange heat loss heat transfer coefficient hemodialysis inspired internal energy kcal/m kcal/mole kidney liquid living systems lung mass transfer coefficient material balance equation measured mechanisms membrane ml O2 ml/min molal molar mole fraction mosm mosm/liter muscle Nusselt osmotic output overall mass oxygen partial pressure permeability physiology plasma quantity radiative red cell relation relationship relative respiratory situation skin solution species steady-state stream surface Table term thermal conductivity thermodynamics tion transfer problems tubule values vapor velocity volume written