Sentence examples for continuing this study from inspiring English sources

Hysteresis curves are assessed along continuing this study.

Here we continue this study by considering partial functional differential inclusions involving the Riemann-Liouville derivative of order.

Since the further development of these periodic solutions cannot be studied with a local analysis of points, we must use a different approach to continue this study.

In this paper, we will continue this study and focus on the computation of the fixed point index with certain boundary conditions in the superlinear case.

Studying this area to get some points in the selection of band and monitoring the performance of MA for different amounts of it would be a good research area to continue this study.

It would be interesting to continue this study to evaluate YHyM/BTOPMC simulation results by using only local detailed data (evaporation, particularly) as the model inputs to see what difference could be obtained.

This paper continues this study and presents and proves an interesting new relationship between the CPV and FP of certain boundary integrals (on closed boundaries) that occur in Boundary Integral Equation (BIE) formulations of some common Boundary Value Problems (BVPs) in science and engineering.

In this note, we continue this study by showing, with the help of a new equivalence relation, that every operator whose spectrum is uncountable, as well as every nonalgebraic operator with finite spectrum, has a hyperlattice (i.e., lattice of hyperinvariant subspaces) that is isomorphic to the hyperlattice of a C00, quasidiagonal, (BCP -operator whose spectrum is the closed unit disc.

They show that it is bounded for (1continue this study and show that (mathbb {H}) maps boundedly from (H^1(mathbb {D})) into the space of Cauchy transforms of finite Borel measures on unit circle.

We intend to continue this study of the relationship between MIF and the HPA axis.

We will continue this study with newer releases once they become available.