Sentence examples for time-dependent fluctuation from inspiring English sources

The results show that, compared to the compressor with un-curved rotors, the compressor under scrutiny acquires remarkable increases in efficiency with significantly reduced amplitudes of the time-dependent fluctuation.

Particle size was approached based on measuring the time-dependent fluctuation of scattering of laser light by the nanoparticles undergoing Brownian motion.

The different time-dependent fluctuation of the maximum yielding depth between free-slip and free surface models is mostly caused by the different top boundary conditions (and their implications) rather than variations in mantle flow, as the time-dependent evolution of the flow below the plate is similar for both model setups.

This can be captured by expressing the solution A of Equation 5.1 as a combination of a fixed wave profile A0 that is displaced by an amount Δ t) from its uniformly translating mean position ξ = x - ct, and a time-dependent fluctuation Φ in the front shape about the instantaneous position of the front: A ( x, t ) = A 0 ( ξ - Δ ( t ) ) + ε Φ ( ξ - Δ ( t ), t ).

To our knowledge, these are the first data showing that NRG1α induces attachment in B lymphoblasts in an assay of cell adhesion, revealing time-dependent fluctuation in net adhesion.

Rather a time-dependent fluctuation in mycotoxin concentrations exists in vivo, whereas in vitro cells are exposed continuously at constant concentrations.

Time-dependent fluctuations of dark photocurrent measurements are identified as the essential source of uncertainty under such low injection.

The gas inhomogeneity index was obtained by extracting a frequency variable from the time-dependent fluctuations of the transmitted laser intensities and calculating its derivation.

The simultaneous presence of the stochastic time-dependent fluctuations and of the constant electric field component in the same system gives rise to two types of acceleration mechanisms operating on test particles: a second order Fermi-like process and a direct acceleration.

The device operates on the principle of DLS, according to which time-dependent fluctuations in the intensity of light scattered from suspended particles are recorded.

In our assay, NRG1α induces lymphoblasts to assume varying levels of adhesion characterized by time-dependent fluctuations in the firmness of attachment.