Sentence examples for the regular functioning from inspiring English sources

Just as in biogas plants, a steady and adapted pH value is necessary for the regular functioning of the bovine intestine.

DNA adducts, if not repaired, can lead to mutations during cell division and may ultimately disrupt the regular functioning of the systems regulating normal cell growth.

For these drugs, we count the number of non-metabolic targets, including also cases of agonism, antagonism and activation, since they all represent a perturbation to the regular functioning of the target (activation is not considered for metabolic targets because it does not affect the number of stopped reaction in our FBA formulation).

Of course, I had to tear myself away from the social-networking tools to check some of the regular functions.

The k-regular function is a natural generalization of the regular functions.

The permissible system behaviour contains the regular functions and the management of permissible faults.

The 'economic importance' of the different transport modes is defined as the total economic production quantity that is created from the regular function of each transport infrastructure.

Since 1970, on the basis of the Dirac operator, Brackx et al. [9 12] etc. put forward the regular function, which is an extension of the holomorphic function in higher dimensional space.

If O is a nilpotentKCorbit inp*C, we study the asymptotic behavior of the multiplicities ofK-types in the moduleR[O], the regular functions on the Zariski closure of O. Sekiguchi has shown that each such orbit O corresponds naturally to a nilpotentGorbitΩing*.

In conjunction with the downward recurrence method for the regular functions (which is also discussed), this expansion is very useful for computing the irregular Coulomb functions G1, in particular for an attractive potential (η < 0) and for small or moderately large values of ρ.

If f = h ( z ) + g ( z ) ¯ ∈ S H is a starlike function and if H ( z ) and G ( z ) are the regular functions defined by z H ′ ( z ) = h ( z ), z G ′ ( z ) = − g ( z ), H ( 0 ) = G ( 0 ) = 0, then F = H ( z ) + G ( z ) ¯ is a convex function.