Sentence examples for changes on the order of from inspiring English sources

In May, Mr. Davutoglu called for drastic changes, on the order of "shock therapy," in Syria.

Velocity changes are significant relative to the ability of seismic methods to detect changes on the order of 5%.

Stress changes on the order of megapascals are sufficient to open a pre-existing crack and cause active magma migration (Walter 2007).

Conductivity changes on the order of 10−8 m/s, in a 20-yr period were quantified using the numerical analysis.

At the same time, the Nernst equation predicts quite small potential changes, on the order of millivolts for concentration changes on the order of a factor two, making frequent recalibration, accurate temperature control and electrode maintenance key requirements of routine analytical measurements.

Recently, terrestrial and satellite measurements have detected minute gravity changes, on the order of 1 μGal = 10 nm/s2, caused by earthquake-induced crustal deformation (Tanaka et al., 2001; Imanishi et al., 2004; Chen et al., 2007).

Results show that there is a complex interplay between the boundary layer thickness, the direction of propagation and the liner impedance and that the boundary layer can have a strong impact on liner performance for typical configurations (including changes of the order of 30dB on the attenuation of modes associated with tonal fan noise).

On the pore length scale, a viscosity change on the order of one magnitude was observed whilst the shear-thinning properties caused a viscosity change on the order of only 10% on the continuum length scale and in a flow regime that is relevant for vertebroplasty.

The enterprises are fickle, meaning that job descriptions can change "on the order of hours to days in the very early days of launch," says Dan Widmaier, cofounder, director, and CEO at Bolt Threads, Inc., a startup in Emeryville, California.

Body size showed the largest phenotypic change, on the order of nine phenotypic standard deviations, with approximately 11% of the change explained by adaptive plasticity.

A well-known prediction from the models by Lynch and Lande (1993) and Bürger and Lynch (1995) is that of a 'maximal sustainable rate of evolutionary change' on the order of 0.1 haldanes or less.