Sentence examples for behavior of charges in from inspiring English sources

Hence it is very important to investigate the behavior of charges in MEMS devices to derive rules for the design and the fabrication process.

Laws (1), (2), and (3) remain only one component, among many, of the models useful for, e.g., exploring the behavior of the Solar System, balls on a pool table, or the behavior of charges in electrical fields.

While the time behavior of charges in ideal electronic circuits, such as an LC circuit, is represented by a simple harmonic oscillator, a large part of intricate nanoelectronic circuits may belong to time-varying systems that are described by time-dependent Hamiltonians [3, 4, 5].

Variations of interfacial band-gap structures, the status of surface bonding, and the behavior of charge carriers in semiconductor photoelectrodes are discussed.

It was found that behavior of charge carriers in the SSDSSC structure obeys mainly the power-law dependence with α = 2 that corresponds to the first-order (monomolecular) recombination with p >> n, that means that concentration of the injected minority charge carriers is not enough in the structure.

The calculations indicate that the introduction of defects results in different behavior of charges redistribution along x and y directions.

To better understand the behavior of photogenerated charges in the composite photocatalyst interface is beneficial to the designing of effective photocatalyst for photocatalytic reaction.

This yields logarithmic behavior of interaction potentials at small distances r ≪ ℓ and 1/r behavior for large separation r ≫ ℓ of charges in high-permittivity thin films, (21).

Observed behavior of the dispersion is caused by the features of transport and relaxation of charges in disordered systems.

The behavior of charged particles is often examined in a coordinate system referenced to the direction of the magnetic field.

The research on such materials for high electric field storage and insulation is an age-old activity, however, the later developments of experimental facilities and understanding on the behavior of charge carriers and mechanism of conduction in material led this subject to be the frontier area of modern research.