Sentence examples for measurement boundary from inspiring English sources

The consortium of contractors the Energy Department chose to build it -- an affiliate of the Duke Power company; the Stone and Webster engineering firm; and Cogema, a French nuclear company -- proposed to meet the limits for radiation releases at the plant by pushing the measurement boundary about five miles from the factory.

The superficial dermis surface and the bone tissue interface were used as the measurement boundary landmarks (see Fig. 1).

This highlights the challenges faced in the development of indicators considering the main dimensions of sustainability indicators, i.e. unit of measurement, type of measurement, tracking period and measurement boundary (Krajnc and Glavič 2003).

Overall, in Eq. (2), y represents the vector of measured optical densities, as defined by -log(φ/φ 0), between all possible pairs of sources and detectors at the measurement boundary and has the size of NM × 1, where NM is the number of measurements (or all possible combined pairs between sources and detectors).

The number of perfluorocarbon-filled albumin- Gd-DTPA) MBs in the solution walbumin- Gd-DTPA albumin- Gd-DTPAnsing zone (ESZ) device (MBstinizer III; Beckman Coulthe, Fullerton, CA, Usolutiong a 30  μm-aperture probe wash measuredent boundaries of 0.6–20  μm.

The DCD allows simultaneous measurement of boundary stresses on the packing and permeability of the packing to fluid flow.

The presented paper describes the measurement of boundary conditions while cooling a metal hydride (MH) container with the La0.85Ce0.15Ni5 alloy.

Investigations included flow visualisation of local flow and wake trajectory, cavitation inception and occurrence, measurement of boundary layer profiles both upstream and downstream of the vortex generator, and measurement of forces and moments acting on the vortex generator.

This paper describes a strategy for the measurement of boundary mobility using molecular dynamics (MD) simulations and its application to the migration of nominally flat 〈0 0 1〉 tilt grain boundaries in nickel, as described using an EAM potential.

LES modeling and experimental measurement of boundary layer flow over multi-scale, fractal canopies.

But, given that measurement of boundary conditions and the material properties of the aortic wall in a particular patient is a very invasive process, computational methods have played a very big role in the biomechanical analysis of AAA.