2133) Structure Analysis by Electrical Analogy. No. 1(Structure)

Linguistic Structure Analysis by Analogy: Its E ciency

Steady Flow Analysis and Modeling of the Gas Distribution Network Using the Electrical Analogy (RESEARCH NOTE)

The mathematical modeling of a gas network is a powerful tool in order to identify the behavior of system under the different conditions. The modeling can be performed both for the steady state and unsteady state conditions. It is possible to use the fluid flow basic governing equations or the electrical analogy concept for developing the model. The second approach provides a simpler and more r...

Op-brhe140043 2131..2133

Gout has become a hot topic since we improved our understanding of the inflammasome, improved our imaging modalities and last, but not least, have received new pharmacotherapeutic options in changing the urate metabolism. So far, pharmacotherapy of synthetic urate lowering treatment (ULT) often consists of an approach to just lower serum uric acid (SUA) concentrations to any level by prescribin...

An Electrical Circuit and Computer System Analogy

This paper is concerned with the demonstration of an analogy between classical electrical circuits and computer systems with executing programs. The analogy is based on a Markov process framework for the mathematical formulation. The transition weights represent a set of measure one although they are not necessarily probabilities in the stochastic sense. Examples are included to show the analog...

An electrical analogy to Mie scattering

Mie scattering is an optical phenomenon that appears when electromagnetic waves, in particular light, are elastically scattered at a spherical or cylindrical object. A transfer of this phenomenon onto electron states in ballistic graphene has been proposed theoretically, assuming a well-defined incident wave scattered by a perfectly cylindrical nanometer scaled potential, but experimental finge...