Knowledge distribution

When moving to another domain, however, also the other aspects, namely adaptation to emerging knowledge, distributed models etc. have to be taken into account. So, summing up, there is nothing completely new. The problems are the same as in Chemical Engineering. 

LUTHJE ET AL. 2003 - KNOWLEDGE DISTRIBUTION AMONG MARKET EXPERTS... 

Part VIII Knowledge Distribution and Public Awareness 1151... 

The final area of notable discovery is the problem-solving process. Successful problemsolving is likely, more so than when unsuccessful, to be facilitated by a systematic and disciplined five-step process that culminates in knowledge distribution. Further, this process appears to correlate with the degree to which multiple stakeholders views and beliefs eventually converged. 

Knowledge of their qu nt ty tjieir distribution by number of carbon atoms is Indispensable for the evaluation of low temperature behavior of diesel motor fuels as well as the production and transport characteristics of paraffinic crudes. 

It does not require knowledge of tlie factor nonnalizing tlie 6, i.e., the partition fiinction. For atomic and molecular systems, the partition fiinction is split into a product of ideal (exactly calculable) and excess tenns tlie position and momentum distributions also factorize, and we wish to sample... 

Our understanding of the development of oscillations, multi-stability and chaos in well stirred chemical systems and pattern fonnation in spatially distributed systems has increased significantly since the early observations of these phenomena. Most of this development has taken place relatively recently, largely driven by development of experimental probes of the dynamics of such systems. In spite of this progress our knowledge of these systems is still rather limited, especially for spatially distributed systems. 

The knowledge base is essentially two-fold on one hand it consists of a series of procedures for calculating all-important physicochemical effects such as heats of reaction, bond dissociation energies, charge distribution, inductive, resonance, and polarizability effects (.see Section 7.1). The other part of the knowledge base defines the reaction types on which the EROS system can work. 

The f-curve and its associated t-plot were originally devised as a means of allowing for the thickness of the adsorbed layer on the walls of the pores when calculating pore size distribution from the (Type IV) isotherm (Chapter 3). For the purpose of testing for conformity to the standard isotherm, however, a knowledge of the numerical thickness is irrelevant since the object is merely to compare the shape of the isotherm under test with that of the standard isotherm, it is not necessary to involve the number of molecular layers n/fi or even the monolayer capacity itself. 

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