Sentence examples for electrical deformation from inspiring English sources

This heightened responsiveness allows the liquid metal to be deformed at rates exceeding 120 mm/s, greater than an order of magnitude faster than existing techniques for electrical deformation.

All elements of matrices Γ and Ω are expressed explicitly in terms of generalized elastic stiffness for monoclinic piezoelectric materials with the plane of symmetry at x3 = 0 and for transversely isotropic piezoelectric materials in which the coupled effects between the mechanical (electrical) deformations induced by electrical (mechanical) loadings are studied analytically.

It was shown that majority of polymers under consideration are natural electretes, i.e., they generate electrical charge at deformation before treatment in corona charge.

The resulting properties of the material make it especially suitable for bio integrated device applications, where a biocompatible material with stable electrical behaviour under deformation and water media is needed.

Peak values of temperature, thermal stresses/strains and tip deflection are estimated as indicators for various failure modes and factors (e.g. residual stresses, thermal fatigue, electrical overstress, plastic deformation and parameter variations).

Soft dielectrics are electrically-insulating elastomeric materials, which are capable of large deformation and electrical polarization, and are used as smart transducers for converting between mechanical and electrical energy.

The interest in using flexible OPV cells to power flexible sensors naturally calls for stable electrical performance under mechanical deformation.

Deflection is measured using a capacitive probe, consisting of a transducer yielding electrical signal from ring deformation.

Piezoelectric materials are embedded in locations of high strain in order to transduce mechanical deformation into electrical charge.

In this paper, deformation and electrical charging of large conductive water drops on the electrode surface studied experimentally.

The design of the ex vivo chamber will also permit the administration and assessment of pharmacological agents on electrical conduction in various deformation conditions.