SBUS is decentralised, RDCs exist only to aid interactions.
Resource Discovery Components (RDCs) assist by maintaining a directory of active (registered) components in the environment.
There may be any number of RDCs in an operating environment.
Sulfidation of the yolk-shelled ZIF-8 RDCs leads to the formation of multi-shelled ZnS RDCs, which are further converted into multi-shelled ZnS-CdS RDCs via a cation-exchange reaction.
A component maintains a list of RDCs with which it interacts, which is changeable at runtime.
The rDCS is stratified into standard investigations applied to all candidates, and customized investigations.
Building on this framework, a refined developability classification system (rDCS) is now proposed.
The key decisions are where to locate the regional distribution centers (RDCs), how to assign retail stores to RDCs and what should be the inventory policy at the different locations such that the total network cost is minimized.
In addition, we evaluate the influence of strong couplings on the determination of RDCs by computer simulations.
In addition, the rDCS offers facile visualization of the results, enabling pragmatic comparison of drug candidates and formulation approaches.
Moreover, residual dipolar couplings (RDCs) of 13C 1H bonds are obtained in separated local-field NMR spectroscopy.
