The reduced order model, which is used to design the closed-loop control system, is obtained by the combination of modal expansion and variable substitution.
Moreover, the influence of the compression and expansion efficiencies, variable heat capacities, heat leak and other parameters on the performance of the cycle is discussed in detail.
Improvements made compared to other representations of the ALBDF include more rigorous generation of the detailed spectral absorption cross-section, correlation and tabulation of the ALBDF for CO, expansion to variable total pressure, and a higher temperature ceiling.
Hence, repeated emphasis is placed on the need for clinicians to understand that the risk for spontaneous ICH expansion is variable, which suggests that the appropriate time for chemoprophylaxis administration should also differ.
In all expansion carriers, variable numbers of, but often many, pyramidal neurones within the deeper layers of the adjoining cerebral (temporal) cortex also contained NCI immunostaining with antibodies to DPR in a similar fashion to those in the hippocampus CA regions (not shown).
The nonlinear time-varying system is transformed into a linear time-varying system in terms of the linearization function using Chebyshev interpolation to state variables and Laguerre expansion to time variable.
Results show that the expansion ratio has variable effects in comparison with other parameters.
The machine under consideration is made of an evaporator, a condenser, an expansion valve, a variable speed scroll compressor and a receiver.
