Sentence examples for electrical symmetry from inspiring English sources

This paper gives a detailed account of vertical Hall sensors (VHS) with an electrical symmetry equivalent to that of planar Hall plates (PHP).

Appropriate design ensures the electrical symmetry of the sensor, which results in a low equivalent offset field of 0.2 to 0.4 mT.

They include problems with discrete symmetries such as rotational symmetries in rotating electrical machines and problems with continuous symmetries such as continuous translations in waveguides.

In the next section, the solution of two coupled partial differential Equations 36 and 38 will be discussed according to the following mechanical and electrical boundary conditions and symmetry constraints for the simply supported and fully grounded piezoelectric coupled FG plate.

For example, the geometrical advantage allows for the 1D core/shell structures to be not only configured into single devices but also easily integrated with other optical and electrical components without breaking the symmetry and distorting the original optical properties, which are hard to obtain from the spherical core/shell nanostructures.

She also noted the need for "greater symmetry" in the electrical grids and oil and gas supply lines of the two countries.

Due to its unique hexagonal symmetry, graphene posses many remarkable electrical and physical properties desirable in electronic devices.

Armchair metallic single-walled carbon nanotubes (SWCNTs) retain their high symmetry under tensile stretching, and their electrical properties are the least sensitive to tensile strain.

When subjected to external forces, like electrical fields, the shape of an atom may deviate from spherical symmetry.

Karsten Horn, an experimental materials scientist at the Max Planck Society for the Advancement of Science in Berlin, is surprised that Dirac cones and their associated electrical conductivity could exist in materials other than graphene, particularly those that lack hexagonal symmetry.

Because of the symmetry and unique electronic structure of graphene, the nanotube's structure strongly affects its electrical properties.