Sentence examples for displacement of light from inspiring English sources

The proposed technique visualizes displacement of light deflected by ultrasound, and the use of focusing optics enables flexible settings of the virtual screen position and optical magnification.

Atmospheric drag force is measured by the displacement of light plates exposed to the incoming particle flux seen by the spacecraft, applying the original three dimensional Broglio Drag Balance concept to a single nanosatellite axis.

The decrease in anterior segment dimensions in combination with the displacement of light rays by the rounded edges of a Sulcoflex IOL may contribute to the resolution of symptoms.

In this paper, to better understand the working principle and improve the performance of the sensor, the transduction of displacement to light loss is described analytically by using the geometry of sensor and principle of optical fiber loss.

Atmospheric drag force is measured by the displacement of two light plates exposed to the incoming particle flow.

A particularly simple geometric construction is proposed which allows the prediction of the degree of solute enrichment in the displacement of a light or heavy component by its partner.

This plan's objective is "to position the electrification development program on a path that will progressively advance towards achievement of universal electrification by the year 2040, consistent with the existing policy of the Government, while ensuring the displacement of kerosene lighting in all rural Ugandan homes by 2030".

26 Given the important health benefits of regular participation in moderate intensity physical activity interventions that prevent a displacement of MVPA with light activity or inactivity may be useful.

Fiber segments of the average length of 0.7 mm were mounted in the setup between the force transducer (model AME-801; SensorOne, Sausalito, CA) and the motor (SI, Heidelberg, Germany) equipped with a displacement transducer by means of light aluminium clips.

Displacement of 1 h of light-intensity activity by 1 h of sedentary activity results in an estimated loss of 1 MET-hday−1 (or 1 kcalkg−1day−1) of physical activity energy expenditure, equivalent to about 15 min per day of walking (Owen et al, 2010).

The N doped TiO2 presented a slight displacement in the absorption edge of light, towards the visible radiation range.