The remainder of Table 3 shows the consequences of some changes to the sample necessitated by the aggregation of MSAs/PMSAs to MSAs/CMSAs, and of other changes to the data or specification.
The solution of a bivariate population balance equation (PBE) for aggregation of particles necessitates a large 2-d domain to be covered.
However, these biomedical sensors lack the processing power to perform key monitoring and data-aggregation tasks, necessitating data transmission and computation at central locations.
To explore the consequences of the aggregation of MSAs and PMSAs to MSAs/CMSAs necessitated by the changes in the CPS data, in columns (5) and (6) we keep everything the same as in columns (1) and (2) – in particular, using the data only through 2002 – and the only change we make is to do this aggregation.
Development of a high concentration protein formulation can be challenging due to increased aggregation at higher concentration and/or chemical instability, which necessitates the development of lyophilized formulation for high protein concentration drug products.
Because it involves the aggregation of ranked preferences, the single transferable vote formula necessitates complex electoral computations.
Whereas solvent effects are taken into account implicitly in the ground- and excited-state wave functions, a proper treatment of dynamics, explicit solvent molecules, counterions, or even aggregation of the dyes in various networks is potentially required and would necessitate further methodological developments.
The reason is that further aggregation is not recommended from an economic viewpoint (although data availability often necessitates one to aggregate further).
As it turns out, however, there are some challenges to updating this evidence, as the CPS data on which it relies changed geographic coding systems in the mid-2000s, necesomeating some "rolling up" of urban areas into larger areas to maintain consistency across the sample period – aggregation that in some cases appears to influence the estimates.
SERS is a complex process that necessitates that (i) the analyte under investigation associates with the metal surfaces of the nanoparticle suspension, (ii) appropriate aggregation occurs using either salts and/or controlling pH conditions, and (iii) that this process is reproducible.
Aggregation and opinion are cheap.
