Sentence examples for capture background from inspiring English sources

A properly tuned device could capture background radio-frequency energy and rectify it into small amounts of usable power.Although all these ideas have been shown to work in theoretical tests on lab benches, they all suffer from the same handicap: intermittent operation.

Each pattern is a binary 16 × 16 pixel matrix, where the white region indicates 1 (i.e., to capture foreground) and the black region indicates 0 (i.e., to capture background).

Straight task: this aimed to capture background deficits of gait.

In multiple regression models, we incorporated satellite estimates and geographic predictor variables to capture background and regional pollutant variation and used deterministic gradients to capture local-scale variation.

Models were developed in two stages using different predictor variables and methodology to capture background, regional, and local-scale pollution variation.

The annual average was temporally adjusted using continuous measurement data from a fixed monitor that was used to capture background levels in each study area.

The review also captured background details on the updates related to the syngas production and subsequent upgrade to methanol prior to the MTG reaction.

The seven-page questionnaire captured background variables such as age, gender, location, income in Norwegian Kroner (NOK), smoking habits, height, weight, as well as diabetes-specific variables such as diabetes-related health complications and use of health services.

The first part captured background demographic data, with questions about age, sex, years of experience as a school nurse, responsible school authority (public or private), which county they worked in, and also the geographical area (rural, semi-urban or urban).

This discrepancy is likely because our upwind (regional) site, in a sparely-populated area, effectively captured background variation in non-reactive pollutants with upwind sources (such as PM2.5 or BC), but not highly photochemically reactive pollutants (such as NO2).

The dynamics of recovered individuals are simply given by d R d t = γ ∑ k = 0 ∞ I k − μ R, where the first term captures the increase in the number of recovered individuals through recovery of infected individuals and the second term captures background mortality.