Sentence examples for generalized electrical from inspiring English sources

Representative examples of EEG recordings during TH are given in Figure 1, showing one patient with a reactive cEEG background who eventually had a good recovery and another patient with a persistent discontinuous EEG background activity alternating with generalized, electrical seizures ("seizure-suppression pattern"), who eventually died.

I have juvenile myoclonic epilepsy, which means I didn't have a generalized seizure when electrical energy sweeps through your brain and causes convulsions until I was 16.

I have juvenile myoclonic epilepsy, which means I didn't have a generalized seizure – when electrical energy sweeps through your brain and causes convulsions until I was 16.

The finite element model is a single layer triangular nonconforming plate/shell element with 24 degrees of freedom for the generalized displacements, and one electrical potential degree of freedom for each piezoelectric element layer, which are surface bonded or embedded in the laminate.

Indeed, recent advances of fractional calculus are dominated by modern examples of applications in differential and integral equations and inclusions, physics, signal processing, fluid mechanics, viscoelasticity, mathematical biology, engineering, dynamical systems, control theory, electrical circuits, generalized voltage divider, computer sciences, and electrochemistry (see [1, 2]).

For decades, generalized frauds have left the electrical sector of Guinea with an entirely defective financial scheme.

The finite element model is a single layer triangular nonconforming plate/shell element with 18 degrees of freedom for the generalized displacements, and one additional electrical potential degree of freedom for each surface bonded piezoelectric element layer or patch.

At this time, the information about chemical (and even functional) heterogeneity of neuronal populations in cnidarians/ctenophores was very limited and the term "neuron" was quite generalized, primarily assigned to cells with electrical properties such as conductor or pacemaker.

The generalized theory of thermoelasticity is employed, by assuming electrical behavior as quasi-static and the mechanical behavior as dynamic, to study the problem.

The initial ST ISTT) has been defined as the smallest electrical dose needed to produce a generalized seizure of at least 25 30 s on an electroencephalogram (EEG) at the first session [ 1, 8].

In this work, a generalized numerical optimization scheme, capable of incorporating any arbitrary electrical conductivity model is presented.