Sentence examples for electric behavior from inspiring English sources

A computational model has been developed in order to simulate the thermal and electric behavior of thermoelectric generators.

The combination between the EDSM and the PV generation performs a new control level in the local electric behavior and allows new energy possibilities.

Tunnelling effect is a possible mechanism to explain the apparent large electric conductivity and nonlinear electric behavior of graphene-reinforced nanocomposites with polymer matrix.

The emphasis is placed on mechanical and electric behavior of interfaces between piezoelectric material and elastic material, including effect of geometrical parameters, stress distribution and stress concentration near free edge of the beam subjected to coupling electric and mechanical loads.

Alterations in the morphology of cell aggregates e.g. apoptosis or necrosis can be detected by impedance spectroscopy monitoring the electric behavior of membranes and extracellular space with a high resolution and reproducibility.

For a better insight into the electric behavior of the CNTs, current voltage spectroscopy was used.

A higher order zig-zag plate theory is developed to refine the prediction of the mechanical, thermal, and electric behaviors fully coupled.

A higher order zig-zag plate theory is developed to refine the predictions of the mechanical, thermal, and electric behaviors partially coupled.

A three-node triangular finite element based on cubic zig-zag plate theory is developed to refine the predictions of the mechanical, thermal, and electric behaviors fully coupled.

Additionally, no chirps or offs were observed when two fish were manually kept in direct physical contact, suggesting that these electric behaviors are not automatic responses to physical contact.

For these reasons, we present a model in order to explain the CT through DNA molecule taken into account: (i) the presence of additional charges, dipoles, and ions around the molecule in the EFs, (ii) the temperature and frequency dependence of complex electrical conductivity (iii), and DC-electric behavior.