Sentence examples for more general relations from inspiring English sources

In Section 2, we introduce some notations, present Lemma 2.1 to describe more general relations between the relaxation function g and the corresponding resolvent kernel k and state the existence result to system (1.1 - 1.4 1.1 - 1.4

Experimental investigation of the critical impeller speed in systems solids-liquid agitated by axial-type turbine impellers was drawn to more general relations as regards the impact of two more important variables: angle of blade inclination and volume fraction of solids.

For example, subjects may have learned the contingencies of this particular experiment, e.g. that high-pitched vocalisations were associated with food at one specific location, without any understanding of more general relations between a caller's perceived food quality and the vocal signals produced in response.

The relation between soul and body, on Aristotle's view, is also an instance of the more general relation between form and matter: thus an ensouled, living body is a particular kind of in-formed matter.

It is also worth noting that Eq. 3 and Eq. 1 imply a more general relation between Φ(k) function and PL decay, namely: I PL ( t ) = − d d t ∫ 0 ∞ exp ( − k t ) Φ ( k ) d k (5).

16 17 19 Far fewer studies have looked at the more general relation between hospital specialisation and patient outcomes and all have focused exclusively on cardiac specialisation.

When the exponents q, r satisfy the more general constitutive relations than those in [8, 9], Qin [10] established the regularity and asymptotic behavior of global solutions with arbitrary initial data for a one-dimensional viscous heat-conductive real gas.

In this paper, the method of Pauly et al. [J. Pauly, P. Le Roux, D. Nishimura, A. Macovski, Parameter relations for the Shinnar-Le Roux selective excitation pulse design algorithm, IEEE Transactions on Medical Imaging 10 (1991) 56 65.] has been extended to derive more general parameter relations.

Neuronal patterns can be defined in many ways, from coincident or delayed spikes, to more general temporal relations between bursts or even between rate fluctuations.

Many GrC researches are based on the equivalence relation or the more general tolerance relation, either of which can be described by some distance functions.

The secular equation, a more general functional relation, that governs the propagation of elasto-thermodiffusive (ETNP) surface waves in homogeneous isotropic, thermoelastic semiconductor material halfspace with relaxation of heat and charge carrier fields has been derived by solving a system of coupled partial differential equations.