Steady-state computer models are developed for each electrode system.
Finally the results above were used to design a LuYb/YbTm separation case and the stage-wise compositions of each component in both the organic and the aqueous phase at steady state were given by computer simulation.
State-space models are useful to design the needed linear control loops and can also be used to computer simulate the steady state and the dynamic behavior of the switching converter fitted with the designed feedback control loops and subjected to external perturbations.
A two-dimensional (2D) visual computer code to solve the steady state (SS) or transient shock problems including partially ionizing plasma is presented.
We might have expected comfort to rise over time as computers and the Internet became more ubiquitous, but our data suggest that computer literacy may have reached a steady state early in the decade.
However, the computer simulation results indicate that the peak position at the steady state is almost independent of the shear rate, while the decrease in the peak position at steady state with shear rate has been observed experimentally.
For several decades reactor design has been supported by computer codes for the investigation of reactor behavior under both steady state and transient conditions.
Steady state performance of a reversible water-to-water heat pump are analysed using a computer simulation.
Based upon the steady state, heart rate and the work load oxygen uptake (O2 l·min-1) were calculated by the bicycle computer, using the Åstrand-Rhyming nomogram (24).
Based upon this model, a computer system has been developed on a microcomputer for non-linear simulations of transient and steady state vibratory phenomena.
