Conductor Bundle Geometry Optimization in View of Conductor Surface Gradient

Effect of Conductor Surface Roughness and Geometry on Microwave Loss

Low Temperature Co-fired Ceramic (LTCC) technology is being used for various high frequency applications such as T/R modules for radar, bluetooth communication modules, LAN switches, and automotive radar. One of the key properties of the electronic packages for these applications is microwave loss. LTCC metallizations are typical thick film conductors. Conventional thick film technology has rel...

Propagation of designer surface plasmons in structured conductor surfaces with parabolic gradient index.

In this work, we investigate the propagation of designer surface plasmons in planar perfect electric conductor structures that are subject to a parabolic graded-index distribution. A three-dimensional, fully vectorial finite-difference time-domain method was used to engineer a structure with a parabolic effective group index by modulating the dielectric constant of the structure's square holes....

A comparison of volume conductor and source geometry effects on body surface and epicardial potentials.

Using an analytical mathematical model, we studied and contrasted the effects of variations in geometry and volume conductor properties of the torso on epicardial and body surface potentials. The model consists of a spherical heart (blood cavity bounded by a spherical muscle shell that includes a double layer source, and pericardium) eccentrically placed in a spherical torso flung region bounde...

Conductor formula of Bloch

Conductor is a numerical invariant of a variety over a local field measuring the wild ramification of the inertia action on the l-adic etale cohomology. In [3], S.Bloch proposes a conjectural formula, Conjecture 1.9, which we call the conductor formula of Bloch. To formulate it, he defines another numerical invariant as the degree of the self-intersection class, which is defined using the local...

Duties of Nyc Conductor