The phrase "arising scientific" is not correct in written English.
It seems to be an incorrect combination of words and lacks clarity in meaning.
Example: "The arising scientific challenges require immediate attention from researchers."
Alternatives: "emerging scientific" or "developing scientific".
When the argument arose, scientific arguments were employed to justify the patient isolation policy.
Finally, decentralization is a dynamic political process that will probably never be finished; new subjects will arise, scientific or technological innovations will change optimal policy solutions, and political priorities may promote interventions through other levels of government.
Therefore, it can be used in the large-scale problems arising from scientific and engineering computing.
These features make the proposed method a competitive candidate for the solution of large-scale problems arising in scientific computing.
As well as containing valuable chemical information, these early reports illustrate much of the excitement arising from scientific curiosity: the reader can learn, for example, how hitting a spatula on sodium pieces sizzling on water will generate a loud bang along with a fountain of water and shattering of the bowl1.
Along with neural dynamics (based on analog solvers) widely arising in scientific computation and optimization fields in recent decades which attracts extensive interest and investigation of researchers, a novel type of neural dynamics, called Zhang dynamics (ZD), has been formally proposed by Zhang et al. for the online solution of time-varying problems.
The examples in this section are more realistic and address methodological issues arising in scientific practice.
Through science communication (Creativity), we seek to encourage and support a public dialogue about social and ethical issues arising from scientific advances.
Concrete stakeholder requirements arising from scientific end users such as those of the European Strategy Forum on Research Infrastructure (ESFRI) projects underpin this contribution with clear evidence that the EUDAT activities are bottom-up thus providing real solutions towards the so often only described 'high-level big data challenges'.
For a number of problems arising in scientific and engineering areas one often needs to find the solution of nonlinear equations in Banach spaces F x)=0, (1) where F is a third-order Fréchet-differentiable operator defined on a convex subset Ω of a Banach space X with values in a Banach space Y.
