Sentence examples for transfer paths and from inspiring English sources

A proposed model considers both through-film and at-defect electron transfer paths, and is compared with experimental results.

The novelty is the actual implementation of sound field reproduction with 3180 transfer paths and trim panel reproduction sources in laboratory conditions with a synthetic target sound field.

Such cooperation prevents interprovincial industrial relocation to a certain extent; thus, it has considerable influence on China's industrial transfer paths and its economic restructuring pattern.

In this paper, our overall goal is to examine the impact of the Rural Primary School Merger Program on academic performance of students using a dataset from a survey that we designed to reflect transfer paths and boarding statuses of students.

Unlike the conventional methods, the suggested approach optimizes only the orientations and locations of heat transfer paths and does not intentionally concern the overall temperature distribution, the application of which can potentially lead to worthwhile improvements at the conceptual stage of cooling design processes.

These results indicated that the light scattering layer of TNT had a longer electron transfer path and higher charge-collection efficiency.

The high electrochemical activity of GSEC films originated from the nanosized graphene sheets, which offered faster electron transfer path and more reaction active sites.

The enhancement of the electrochemical properties is mainly due to the unique hollow sphere arrays architecture, which provides fast ion/electron transfer path and sufficient contact between active materials and electrolyte, and alleviates the structure degradation during the cycling process.

The unusual response of thermal conductivity results from the competition between the elongation of heat transfer path and stress distribution in nanoribbon structures under tension and is closely related with the maximum stretchability of serpentine structures.

In order to monitor sound generation in terms of both air-borne and structure-borne noise, the source, transfer path and receiver have to be investigated by noise measurement.

As anode for lithium ion batteries, the hollow-branch CoO nanorod arrays exhibit impressive electrochemical performances with good cyclability and high-rate capability due to the unique hollow-branch architecture with fast ion/electron transfer path and sufficient contact between active materials and electrolyte.