Sentence examples for rotation precision from inspiring English sources

A generic formulation is developed in terms of the geometric curves defining the two notches which includes assessing the capacity of rotation, precision of rotation, sensitivity to parasitic effects, stress values, motion efficiency and shearing effects by means of compliance factors.

The in vivo rotation precision was ± 0.331°, ± 0.260° and ± 0.165° in the x-, y-, and z-axis, respectively.

The testing on the heat insulation structure and the precision calibration of the rotation device was conducted, the results show that the heat insulation effect is good and the rotation precise achieves the required standard.

Based on the inertial driving principle, we developed a novel multi-DOF ball-type micromotor (MDBM) with capabilities of multiaxial rotation and precision angular position control.

For rotations, the precision was better for standard RSA (0.05– 0.33° as compared to 0.62 1.73° for marker-less RS A (Table 1).

Magnetic bearings provide an alternative for achieving precision rotation.

We present compensation designs and experiment results for precision rotation about the geometric center and the mass center, respectively.

The surface is tested on the precision rotation stage with accurate position and random azimuthal errors within ±2° respectively.

Rotation affected the precision most in the model that divided the neck in 6 subregions, predominantly in the lateral and distal regions.

After the quarter wave plate the beam was expanded by lens 1&2 and directed to the fixed 1 1 imaging arm (lens 3&4) by a dielectric mirror (Edmund NT45-995) on a precision rotation stage (Newport UTR80-S).

We evaluated the reproducibility of BMD in the femoral neck surrounding an RTHA under 2 different set-ups: (1) the effects of increasing subdivisions/numbers of ROIs in the neck area, and (2) the effects of hip rotation on the precision of BMD measurement.