Sentence examples for efficient measurement of from inspiring English sources
An automated settling column is described that provides reliable and efficient measurement of settling velocity.
The use of airborne laser scanning (LIDAR), a high-resolution active remote sensing technology, provides for accurate and efficient measurement of three-dimensional forest structure over extensive areas.
It indicates that the proposed system is able to provide a tool for an accurate and efficient measurement of the surface deflection and evaluation of the deterioration of asphalt pavements under moving loads.
For accurate and efficient measurement of radial pressure distribution of piston rings, a new PC based prototype instrument based on a partial-thin-walled cylinder sensor is designed and developed.
To illustrate this idea, we have modified the 3D TROSY HNCO and the 3D CBCA CO NH experiment allowing efficient measurement of one-bond 1DNH, 1DC′N, 1DCαHα, 1DCβHβ, and 1DCαC′ couplings in small to medium sized proteins.
As with all noble element detectors, continuous purification of the detector medium is essential to produce a large (>1ms) electron lifetime; this is necessary for efficient measurement of the electron signal which in turn is essential for achieving robust discrimination of signal from background events.
Efficient measurements of gas diffusivities at the operating conditions of fuel cells allow concentration polarization losses of these fuel cells to be reliably evaluated.
In this paper, a new method is suggested to simulate rills so as to make controllable and efficient measurements of erosive velocity of rill flow.
An ionization chamber capable of 400 keV energy resolution coupled with the velocity measurements described here will pave the way for modestly efficient measurements of light fission fragments with unit mass resolution.
The overall approach and experimental set-up used, enabling efficient measurements of high quality, are described in some detail together with the main steps of the measurement and estimation procedures.
In order to facilitate implementation of the UDECON software (Xuan and Oda 2015) and to further understand uncertainties associated with pass-through measurements and deconvolution, we present new tool and procedure for accurate and more efficient measurements of SRM sensor response and use laser interferometry to evaluate the positioning error of the SRM tracking system.
