The phrase 'exit the bed' is correct and can be used in written English.
It is typically used to indicate that someone has gotten out of bed. For example, "After her long night's rest, she slowly exited the bed and stretched her arms."
At the top of each hour, the collectors located on the inside of the hut exited the bed net and searched the floor for knocked down mosquitoes.
The experimental CO2 concentration profiles, measured in the interior and at the exit of the bed during the fast carbonation period, show that the fluidized bed is an effective CO2 absorber even after several cycles.
The use of a photometric analyser allowed analysis of concentrations at the inlet and exit from the bed, at different radial positions at the bed surface, and at several positions within the bed itself.
Applying LiMgO as a catalyst and varying the amounts of quartz chips or α-Al2O3 as diluents, it was observed that the dilution with limited amounts of diluent led to the lower and wider local temperature peaks (hot-spots) moved towards the exit from the bed.
In the theoretical study, prediction of air exit conditions from the bed is carried out based on the model of Barlow for the analysis of adsorption and regeneration processes in the desiccant bed.
The electricity produced in a steam power cycle supplied with heat from the packed bed is estimated based on the bed exit temperature profile during discharging.
Parameters obtained by fitting the model to the experimental in-bed breakthrough curves were subsequently used to predict breakthrough at the bed exit.
On the other hand, for a first first order reaction scheme, an optimum gas residence time exists for the concentration maximum to occur at the bed exit.
Comparison of the actual breakthrough curves at the bed exit (40 cm sample port) with those predicted based on the fit of the model to the experimental breakthrough data obtained from the 25 cm sample port, demonstrated that on-line, in-bed monitoring of the progress of the front of non-bound protein can provide information for tighter control of EBA separations.
