Once the general performance and neutronic requirements have been established, a series of design issues are identified including current trends for their successful resolution.
This paper first discusses the general thermal and fluid performance requirements for an AMRR regenerator, a unique structured bed configuration that enables the regenerator to meet these requirements, and its thermal and fluid performance based on numerical analyses.
Flow consistency of all prepared mixtures has reached a desirable range of 20 ~ 30 cm conformed to the performance requirements for general flowability grade for CLSM.
In total, as expected for all CLSM mixtures, flowability ranged from 240 to 300 mm conforming to the performance requirements for general flowability grade for CLSM reported in ACI 229R [2].
Based on the results, three main conclusions can be drawn as follows: 1) Flow consistency of all prepared mixtures has reached a desirable range of 20 ~ 30 cm conformed to the performance requirements for general flowability grade for CLSM.
Both micronetwork and general network design must meet the performance requirements.
Handling of faults and operation under special conditions, such as high moisture content in the coal, are of growing importance due to the increasing requirements to the general performance of power plants.
While the specific performance requirements of the devices vary, some general requirements are common.
The general conclusion is that some form of advanced control will be needed to meet the stringent performance requirements of the on-board fuel processor application.
In particular, we present the general rationale and interpretation of the claims, the minimum requirements for testing whether an actor achieves the performance requirements, the study designs used for testing conformity, and the statistical analysis plan.
