Sentence examples for approaches the classical from inspiring English sources

If N ch is large, the model approaches the classical Ohmic regime, where quantization effect is less evident since CF conductance is high.

In micro-channels electro-osmosis has been employed to overcome this drawback, leading to a flow profile that approaches the classical plug flow behaviour.

For a low mass ratio, the critical velocity approaches the classical formula and for a higher mass ratio, it approaches the velocity of propagation of shear waves in the foundation.

In his 1984 Physics Today article "The Correspondence Principle Revisited," Richard Liboff argues that Bohr's correspondence principle is not a general claim about recovering classical mechanics from quantum mechanics, but the following more restricted claim: "the quantum frequency spectrum of a periodic system approaches the classical spectrum in the limit of large n" (Liboff 1984, p. 52).

Thus, for sufficiently large reaction volume, keeping concentrations constant (consequently large number of molecules), the first moment of the probability density function of the state variables approaches the classical continuous deterministic solution of the reaction rate ODEs.

The effect of the craniotomy on SSEP signals was assessed by two complementary approaches: the classical analysis gives information about differences in the signal amplitude and latency between two situations, whereas the topographical analysis illustrates changes in the electrical field distribution (Astle et al. 2009).

A carbothermic approach, the classical method for reducing (removing oxygen from) metallic oxides, has been for years the subject of intense research.

Second, to calculate the success probability in the helper node selection competition, we use an approximate approach, the classical definition of probability.

A series of simulated deposits with different variograms are used to compare the stochastic approach, the classical approach and the simulated approach that maximizes expected profit among simulated designs.

In order to show the scope of this approach, the classical isoperimetric problem is solved and a chemical engineering application is described.

In this approach, the classical locally-one dimensional inviscid (LODI) relations are improved by recovering multi-dimensional effects on flows at open boundaries.