Sentence examples for displacement range and from inspiring English sources

The results show that the displacement range and response of the actuator can be controlled by the effective residual stress in the structure.

Enhanced manipulation performances in terms of force, displacement range and workspace-to-dimension ratio were achieved thanks to the reduced dimensions of microfluidic system.

From the load and displacement range, the stiffness was calculated and in situ normalised to its value after 1000 cycles.

The transverse and longitudinal displacement range (not counting end-effectors) is over 460 μm and 40 μm respectively, while still generating high forces typically in the range of 16.5 48.2 mN, values which are significantly higher than in the case of regular Lead Zirconate Titanate (PZT) ceramics.

The dependence of the regression parameters on the displacement range in the experimental dataset and the benefit of using parameters with a physical interpretation, for being able to exploit connection test data reported in literature, is highlighted.

In the two-dimensional histogram, besides the clear region of high counts around 1G0, it is also well distinguishable an area (mainly yellow colored) of high counts for conductance values between 10−2 and 10−3 G0 and electrode displacement ranging between 0.5 and 1 nm.

Sensors with a full scale displacement range of ±0.525 mm were produced and the differential capacitance was measured.

This technique relaxes the displacement range requirements on the secondary actuator, and also greatly improves the stability of the servo system during the actuator saturation.

The design goal is to enable the two actuators complementary to each other for the combined ability of high positioning accuracy and a large tangential displacement range.

The measurable displacement range is determined by the oscillator frequency and can therefore be designed to be significantly larger than that of current systems.

In order to determine the proper dimension of a nanocarrier, we first need to calculate the recoil energies of the daughter nuclides and in a second step their displacement range in material the nanocarrier is made of.