Sentence examples for of reduced dimensional from inspiring English sources

In order to explore and exploit the unique properties of reduced dimensional materials (such as graphene) for novel applications in electrophysiology, it is necessary first to develop a fundamental understanding of the basics of the interaction between 2d materials such as graphene, lipid bilayers, and ion channels and the effects of the interactions on charge transport in these systems.

Process design has been intensively studied to reduce dimensional variability of products produced in multi-station manufacturing processes (MMPs).

Static reduced dimensional views, like Magritte's rendering in the Conspectus, have tremendous value but do not convey the richness of the three-dimensional, dynamical, functional object.

Three-dimensional nanocomposite of reduced oxide graphene (rGO) and Cu/Cu2O nanocrystal (3D Cu/Cu2O@rGO) was synthesized via a one-step low-temperature co-reduction method and further used as an electrochemical sensor for detecting ractopamine (RAC).

Three-dimensional ternary nanocomposites of reduced graphene oxide/polyaniline/Vulcan carbon (rGO/PANI/VC) were prepared through a simple sonication method.

In this contribution we propose a method to reduce estimates from DLNMs to summaries defined in only one dimension of predictor or lags, re-expressing the fit in terms of reduced parameters for the related uni-dimensional basis functions.

MDS is a method of reducing a high-dimensional input space into a lower-dimensional space while preserving topological relations between vectors.

The possibility of reducing the n-dimensional sliding dynamics to that of certain topologically equivalent (n − 1 -dimensional standard vector field is shown.

This scheme has the advantage of reducing the one-dimensional parabolic PDEs into a system of ((N-1)) ODEs with time delays in the time direction, that can be solved by continuous Runge-Kutta (RK) method.

The method, termed the state space approach, is based on the principle of reducing the governing three-dimensional equations to a set of two-dimensional equations while keeping the field equations in their exact form.

This kind of highly reduced one-dimensional oxide nanostructures can find a large array of applications in supercapacitors, photocatalysis, electrochromic display, and Li ion batteries.