We introduce a novel concept of National Systems of Entrepreneurship and provide an approach to characterizing them.
We adopted a structural approach to characterizing the binding of UPA to the oxo-steroid receptors at the molecular level.
The magnetic field dependence of nuclear spin lattice relaxation rates provides a powerful approach to characterizing intra and intermolecular dynamics.
An alternative approach to characterizing peak storm intensity, intensity peak factor, together with its probability distribution is developed in this paper.
Recent work from the lab of Lena Kourkoutis, assistant professor of applied and engineering physics, describes a new approach to characterizing and understanding exotic charge-ordered phases in a manganite.
Using a manganite crystal, a group led by Lena Kourkoutis, assistant professor of applied and engineering physics, has described a new approach to characterizing and understanding exotic charge-ordered phases in which electrons are ordered into periodic patterns.
In the present work we propose a new approach to characterizing the molecular orientation in both uniaxially and biaxially oriented samples of PET, based on the use of front-surface reflection spectra.
In general, our framework offers a new approach to characterizing human brain function by quantitative description for the temporal evolution of spatial overlaps/interactions of connectome-scale brain networks in a standard reference space.
The stockholding model, in conjunction with a Gaussian Quadrature approach to characterizing supply-side uncertainty, will prove useful to researchers seeking to conduct short-run analysis of commodity market policy in an AGE context.
This paper presents a novel computational approach to characterizing and differentiating the brain's functional status into task-free or task-performance states, by which the functional brain activities can be effectively understood and differentiated.
We take a top-down approach to characterizing and classifying various hardware transactional design issues and present a taxonomy of hardware transactional memory systems which is consist of the five fundamental design issues: version management, conflict detection, contention management, virtualization and nesting.
