Sentence examples for unstable velocity from inspiring English sources

He explored international economics in his thesis ("Unstable velocity, volatile exchange rates and currency substitution: the demand for money in a multi-currency world").

The ring current ions can generate electromagnetic waves such as magnetosonic waves (Boardsen et al. 1992; Chen et al. 2010) and electromagnetic ion cyclotron (EMIC) waves (Kennel and Petschek 1966; Shoji and Omura 2011), consuming the free energy source of the unstable velocity distribution functions.

If correct, this hypothesis requires illite-rich gouges to exhibit frictionally unstable (velocity-weakening) behavior.

From the viewpoint of fault mechanics, asperities are interpreted as unstable (velocity-weakening) regions that are associated with repeated earthquake nucleation (Pacheco et al.1993; Matsuzawa et al.2004).2004

Over a range of normal stresses from 5 to 150 MPa and sliding velocities from 0.1 to 200 μm/s, this material exhibits only velocity-strengthening behavior, opposite to the widely expected, potentially unstable velocity-weakening behavior of illite.

A lot of CNTs grow at unstable high velocity during the short grown process, but most grown slowly and uniformly.

This reduction comes from the fact that the routing topology becomes more dynamic and unstable when velocity increases.

High-velocity friction experiments (e.g., Brantut et al. 2008; Kitajima et al. 2010) and numerical models (e.g., Lachenbruch 1980; Noda et al. 2009) indicate that thinner deforming zones tend to be associated with rapid temperature rise and unstable slip (velocity-weakening), whereas thicker shear zones are preferred in stable slip (velocity-strengthening).

It shows that vehicles possessing a single point of contact with the foundation become unstable above a velocity always higher than the critical speed defined in the classical constant moving force problem.

The construction and operation experience of the first batch commercial UGS in China was summarized, the mechanisms of multi-cycle injection and production with large flux in short-term was examined and some concepts were proposed such as the dynamic sealing of traps, the effective pore volume of UGS and the high velocity unstable seepage flow with finite supply.

Diffusive-thermal instability thus has a pronounced influence on the unstable behavior and burning velocity of nonadiabatic cellular flames.