Plaster models are also costly, both in terms of the time required for the impressions, model fabrication, and model storage.
However, little research has been done on how to manage workflow models, including issues such as model storage, model retrieval, model reuse and assembly.
The removal rate of the ammonia in the model storage room was also experimentally and theoretically found to be primarily determined by the ammonia suction flow rate from the ammonia storage room to the membrane contactor.
The effects of different regeneration times, but with a constant total amount of reductant delivered, were investigated over a model NOX storage and reduction (NSR) catalyst.
A mean field model, for storage and desorption of NOx in a Pt/BaO/Al2O3 catalyst is developed using data from flow reactor experiments.
We present a generic control architecture for AMHSs, and apply this architecture to a material flow model with storage and sorter systems.
Experimental challenges to theories of classical conditioning: Application of a computational model of storage and retrieval.
Since then, many studies confirmed that platelets are an adequate model resembling storage and release of serotonin from serotonergic neurons under both physiological and pathological conditions [ 83– 83].
Although most statistical analyses require a horizontal data array, the more flexible data model for storage and manipulation is the long, or vertical, data matrix format.
Also, the relationship between soil erosion and deposition rates, using 137Cs inventory-conversion models and storage and loss of soil organic carbon stocks was examined.
