Sentence examples for using electronic measurement from inspiring English sources

Furthermore, measuring the wall parameters using electronic measurement equipment, which needs access to both sides of the wall, is not feasible in most scenarios [8, 9].

The problems, according to both the petition and earlier statements from the company, lie in sections that prohibit limo companies from using electronic measurement devices and the use of time- or distance-based charges.

Baseline adherence (percent doses taken/percent total possible doses) was 51% using electronic measurement, 75% using self-report and 75% using pill count.

The primary outcome results of the clinical trial indicated effectiveness during the intervention, with significant mean adherence differences between voucher and comparison groups using electronic measurement (78% versus 56%), pill count (86% versus 75%), and self-report (87% versus 69%).

While the idea of all-optical neural networks has been proposed before [32] and an impressive scheme using electronic, measurement-based feedback for spiking optical signals has been realized [33], to our knowledge, we offer the first complete description for how the synaptic weights can be stored in an optical memory and programmed via feedback.

Residual stool was divided into that measuring ≤5 mm and ≥6 mm (based on 2D measurement using electronic calipers), and the number of stool balls ≥6 mm was counted for each patient.

The binding properties of these complexes with calf thymus DNA (CT-DNA) were investigated using electronic absorption spectroscopy, viscosity measurement, cyclic voltammetry and molecular docking analysis.

The results provide empirical evidence that supports the practice of non-health workers using electronic devices for BP measurement in community-based research and screening.

Biosensors transform physiological or biological information into electrical measurements using electronic circuits.

In addition, phenotyping by novel noninvasive technologies, such as imaging (e.g., functional magnetic resonance imaging (MRI)) and longitudinal and ambulatory measurements using electronic devices (e.g., gait speed, 24-hour glucose, blood pressure), will improve the monitoring of the physiology of aging in epidemiological studies.

The Total Station used electronic distance measurement technology and an angle-measurement system to calculate the coordinate of an unknown point relative to a known coordinate point.