Sentence examples for system relaxation from inspiring English sources

It was found that the system relaxation during the voltage pulse-off period included capacitor discharging and dielectric relaxation of the coating material.

Thus, we can say that the model described in this work, besides the atoms and the electromagnetic field, implicitly contains a third participant guaranteeing a total system relaxation with time.

The evolution of the electron distribution function and atomic states is studied, revealing the possibility under certain circumstances of system relaxation towards stationary states that are not the equilibrium states, a potential non-ergodic behavior.

Transitions triggered by sudden switch of energy basins upon ATP-binding are then followed by a period for system relaxation to the new minimum (Koga and Takada, 2006).

Moreover, the proposed emulator circuit can be configured as decremental or incremental memristor in order to be used in future applications such as cellular neural networks, modulators, sensors, chaotic systems, relaxation oscillators, nonvolatile memory devices and programmable analog circuits.

We shall show how to motivate affine coordinates and affine transformations, fractal curves and iterated function systems, relaxation methods and subdivision schemes from elementary notions in turtle geometry and turtle programming.

Among various fluorescence techniques, fluorescence quenching, resonance energy transfer, and polarization measurements yield information about the fluorophore itself, while REES provides information about the relative rates of solvent (water in biological systems) relaxation dynamics, which is not possible to obtain by other techniques.

We propose that total energy of the C153 organogel system relaxes with a relaxation time of 3.9 ns, whereas the entire rearrangement of the organogel structure around C153 is achieved with that of 6.1 ns, respectively.

The system undergoes relaxation oscillation, this result is confirmed by the numerical result in Figure 5.

The DNDPs are solved based on a system optimal relaxation method using Bender's Decomposition.

The Brilloin and photon correlation results show that in each system the relaxation spectrum is complex.