Sentence examples for magnetic force which from inspiring English sources

These nanomaterials could be separated from wastewater by magnetic force, which can significantly reduce material consumption.

By doing so, cells become magnetizable and can then be controlled and guided under magnetic force, which leads to formation of 3D-cell constructs within hours.

These results suggest that this novel methodology using RGD-MCLs and magnetic force, which we have termed 'magnetic force-based tissue engineering (Mag-TE)', is a promising approach for tissue engineering.

The magnetic force, which was constant along the entire bead trajectory within a given experiment, ranged from 22 to 280 pN.

These centrifugal pumps are driven by a magnetic force which can generate speeds of up to 7,000 rotations/minute.

This applies because the magnetic force which is experienced by the particles through the external magnetic field is proportional to the particle volume and the gradient of the magnetic field strength inside the separation chamber [ 6].

At such low temperatures the ions are exquisitely sensitive to electrical or magnetic forces, which change their rate of thermal vibration.In this section The "CSI effect" The force is weak with this one Hub of the matter A radial brew ReprintsThe scientists applied a force to the ions by imposing an additional electric field on them.

Compared with traditional dual-stage system, maglev dual-stage system exhibits different characteristics due to the negative position stiffness of the magnetic forces, which introduces additional coupling in the dual stage control system.

Electromagnetic coupled-field analysis was performed to obtain the dependence of the magnetic forces, which act on the stator and the rotor pack, on the time and air gap eccentricity.

It is observed that the proposed energy harvester displays a softening behavior due to the impact of nonlinear magnetic forces, which greatly increases the performance of the VIV-based energy harvesting system, showing a wider synchronization region and a higher level of the harvested power by 138% and 29%, respectively, compared to the classical configuration.

These results suggest that the new tissue engineering technique using magnetite nanoparticles and magnetic force, to which we refer to as magnetic force-based tissue engineering (Mag-TE), is a promising approach to construct multilayered cell sheets consisting of heterotypic cocultured cells.