Sentence examples for dissipation phase from inspiring English sources

Tebuconazole dissipation followed biphasic kinetics with a rapid dissipation phase, followed by a slow dissipation phase.

Numerical dissipation, phase dispersion and high-frequency damping of this "direct time" two-step method are compared with similar properties of contemporary "weighted residual" one-step integration methods, such as Hilber–Hughes–Taylor (HHT-α) method and generalized single step single solve optimal (GSSSS-optimal) method.

Therefore the dissipation phases of the effects were not well covered.

As increase of charge is always associated with power dissipation, a phase modulator based only on PDE is problematic because the thermo-optic effect (TOE) will always be present.

A new high-resolution upwind compact scheme is presented and analyzed, along with several previously proposed schemes, for numerical dispersion-dissipation, anisotropy, phase damping, dispersion relation preservation property and numerical stability.

Laser based measurement techniques were used to investigate the local velocities, the energy dissipation and the phase fraction inside a Kühni miniplant extraction column.

The results approve the excellent cavitation erosion resistance of NiTi alloys which originates from their superior capability in attenuating stress waves and energy dissipation due to phase transformation, when the shock wave propagates in the material.

Specific gap flow energy derived from the pressure and velocity time series was introduced as an additional attractor parameter to assess the flow energy distribution and dissipation within the phase space, and thus determines characteristic sources of the fan acoustic emission.

Dissipation at these phase-steepened Alfvén waves has been sought in the plasma and magnetic field data, but not found.

A previously developed phase-field model with finite interface dissipation for binary dual-phase alloys out of chemical equilibrium is generalized to a multi-component multi-phase model in the framework of the multi-phase-field formalism, allowing the description of multiple junctions with an arbitrary number of phases and components.

Viscous energy dissipation in a liquid phase sintered silicon nitride, and the resulting internal friction, were investigated at temperatures up to 1300°C with uniaxial tension compression, torsion pendulum, and impulse excitation tests.