Sentence examples for current in the material from inspiring English sources

AMR is given by rho left(theta right)={rho}__{perp }}{ sin}^2theta +{rho}_{parallel }{ cos}^2theta (1)where θ is the angle between the current in the material, and the direction of the magnetization, ρ⊥ and ρ∥ are the electrical resistivities perpendicular and parallel to the direction of magnetization, respectively.

The origin of these aberrations are vibrations and drift of the stage, time-dependent fields resulting from instabilities of the lens currents and in particular thermal magnetic noise resulting from magnetic fields due to eddy currents in the material of the lenses [36].

Anomalies and wall thickness variations are detected with an array of sensors that measure local changes in the magnetic field produced by the current flowing in the material.

Pairs of permanent magnets rotating around the central axis of these cylinders in proximity of the surface can be used to induce high current densities in the material that is the object of the inspection.

The time variation of σT, the total charge density on the driven dielectric electrode, may be obtained from the Kirchhoff's Current Law: A d σ s d t = I ext - I r + A J conv, (22 where Iext, σT and Ir the total external current, charge on the dielectric surfaces and current in the dielectric material parallel to the narrow channel.

This paper examines the current research in the materials science and the critical issues and challenges in these materials systems that require further research before application in biomedical industry.

Specific applications in establishing processing structure property linkages are discussed as representative examples of how data science can potentially transform the current practices in the materials design and development arena.

These plausibility objections were overcome when a plausible mechanism was articulated — i.e. the continental crust floats atop molten material and moves apart as convection currents in the molten material carry it along.

The small amount of energy represented by this work manifests itself as a slight heating effect, the result of the induced current encountering resistance in the material of the coil.

The latter is important in applications where the magnetic flux alternates because this induces eddy currents in the magnetic material.

However, the speed at which a change of current at one point in the material causes changes in currents in other parts of the material, the velocity of propagation, is typically about 75% of light speed.