Although technically they are different situations, for most practical purposes these two terms cover the point at which a desiccant no longer adsorbs moisture. Saturation is when the desiccant is full and even if there were moisture molecules to pick up, the desiccant could not do it. Equilibrium capacity is when the desiccant has pulled so much moisture out of the air that the air retains a stronger hold on the moisture molecules than the desiccant can exert. At equilibrium capacity, adding more desiccant will not bring the Relative humidity any lower.
mineralogy, soil organic matter, soil texture, type of clay, cation exchange capacity, base saturation
Because there is an equilibrium between large pores and small pores. That results in equilibrium between water adsorbed and air capacity
saturation occurs when a magnetic material is as magnetized as it can get.
No. THe zone of saturation is below the zone of aeration.
Yes, the zone of aeration is above the zone of saturation.
This solvent is saturated with that solute. Saturation equilibrium.
saturated or saturation
k=[A+][Q-]/[AQ] these measurements must be taken at saturation of course.
Supersaturated = Being more concentrated than normally possible and therefore not in equilibrium.
The saturation. Pressure of the low side of system
mineralogy, soil organic matter, soil texture, type of clay, cation exchange capacity, base saturation
1g of Hb can bind with 1.34mL of oxygen instead 1.39 at full saturation because it does so at normal oxygen capacity.
The carrying capacity affects k-strategists because their population reaches equilibrium at the carrying capacity and they experience a carrying capacity that changes little from year to year.
The carrying capacity affects k-strategists because their population reaches equilibrium at the carrying capacity and they experience a carrying capacity that changes little from year to year.
Because there is an equilibrium between large pores and small pores. That results in equilibrium between water adsorbed and air capacity
Saturated steam is gas-phase water in equilibrium with liquid water at the same temperature and pressure. If the temperature is above the saturation point and/or the pressure is below the saturation pressure, the steam is "superheated steam". In either case it is a gas. There are some conventions where saturated steam along with some fraction of liquid water in equilibrium with it is still referred to as steam even if not all of it is gas, as long as at least some of it is gas.
Kindy Respond to my question