We prove a conjecture of Thomas Lam that the face posets stratified spaces planar resistor networks are shellable. These called uncrossing partial orders. This shellability result combines with Lam's previous these same Eulerian to imply they CW posets, namely regular complexes. Certain subposets orders shown be isomorphic type A Bruhat order intervals; our shelling is coincide on intervals whi...

Electrical properties and morphology of 21 genioglossal motoneurons were measured in a slice preparation of the rat brainstem at four different postnatal ages. The motoneurons labeled with neurobiotin were reconstructed and quantified in three-dimensional space. There was no strong correlation found between the input resistance or membrane time constant and the total membrane surface area. We c...

Electrical Circuit Modeling of Amino acid based on their structural and chemical properties using electrical R, C components has been reported in this paper. The components are designed by Metal-Oxide-Semiconductor (MOS) technology. Hydrophilic and hydrophobic property of amino acid is only considered here for their characterization. The electrical circuit is realized both by passive and active...

2014 This paper reviews the structural, thermal, mechanical, optical, and electrical properties of CdTe and compares them with the physical properties of the other IIB-VIA compounds. Section L 2 : Physical properties and growt property relationships.

A Rayleigh matroid is one which satisfies a set of inequalities analogous to the Rayleigh monotonicity property of linear resistive electrical networks. We show that every matroid of rank three satisfies these inequalities.

We will show that the Dirichlet-to-Neumann map Λ for the electrical conductivity equation on a simply connected plane region has an alternating property, which may be considered as a generalized maximum principle. Using this property, we will prove that the kernel, K, of Λ satisfies a set of inequalities of the form (−1) n(n+1) 2 detK(xi, yj) > 0. We will show that these inequalities imply Hopf...

Electrical resistance is a material property that usually varies enormously with temperature. Constant electrical resistivity over large temperature range has been rarely measured in a single solid. Here we report the growth of Cu3NMx (M = Cu, Ag, Au) compound films by magnetron sputtering, aiming at obtaining single solids of nearly constant electrical resistance in some temperature ranges. Th...

Electrical coupling mediates interactions between neurons of the thalamic reticular nucleus (TRN), which play a critical role in regulating thalamocortical and corticothalamic communication by inhibiting thalamic relay cells. Accumulating evidence has shown that asymmetry of electrical synapses is a fundamental and dynamic property, but the effect of asymmetry on coupled networks is unexplored....

A biventricular model, which coupled the electrical property and mechanical property of the heart, was constructed and the ventricular wall motion and deformation have been simulated based on this model. The biventricular mechanical model was constructed based on composite material theory and finite element method. The excitation propagation was simulated by electrical heart model, and the resu...

When we use a conductive fabric as a pressure sensor, it is necessary to quantitatively understand its electromechanical property related with the applied pressure. We investigated electromechanical properties of three different conductive fabrics using the electrical impedance spectroscopy (EIS). We found that their electrical impedance spectra depend not only on the electrical properties of t...