Sentence examples for much higher magnetic from inspiring English sources

Dr. Abrikosov began his work soon after Dr. Ginzburg and Dr. Landau published their equation when physicists discovered that some materials could maintain their superconductivity at much higher magnetic fields, a property essential for applications like magnets and motors.

High temperature superconducting (HTS) bulks offer the potential of trapping and maintaining much higher magnetic loading level compared with the conventional permanent magnets used in rotary machines, although the effective magnetization of multiple HTS bulks with different relative orientations over the surface of cylindrical rotors creates new challenges.

Permalloy, trademark of the Western Electric Company for nickel-iron alloys having much higher magnetic permeability than iron alone.

Ordered alloy FePt has much higher magnetic anisotropy than iron oxides, and it can be the best candidate in the case of their particle size less than 10 nm.

In order to investigate the effects of increased magnetic activity at photospheric levels in a numerical experiment, a much higher magnetic flux density is applied at the photosphere as compared to the Sun.

(d) Magnetoresistive behavior shows a much higher magnetic response in the spin coupled system.

Good discrimination (up to 100% correct discrimination) was found between the sedimentary sources (soils and subsurface) and dolerite soils due to much higher concentrations of magnetic minerals in the dolerite.

While airglow patch emissions primarily occur below 300 km altitude, density enhancements associated with airglow patches have been known to extend to much higher altitudes along magnetic field lines.

The dye-sensitized solar cell using the magnetic carbon sphere counter electrode on magnetic substrate yields a power conversion efficiency of 10.71%, much higher than those using magnetic carbon sphere counter electrode on conductive glass (8.74%), carbon sphere counter electrode on magnetic substrate (8.50%), and Fe3O4 counter electrode on magnetic substrate (6.86%).

When the phonon specific heat is subtracted by use of that of a non-magnetic analogue LaGaO3 with an orthorhombic structure, the remaining entropy is much higher than the expected magnetic entropy from Cr3+ (S = 3/2) ions.

In this case, the reduction on the bit volume for higher density would require a larger crystalline anisotropy, thereby requiring a much higher writing field from magnetic tip.