We find that the best agreemet between theory and experiment is obtained for such a structure in which the As atoms are tilted outward by 0.10±0.02A and the Ga atoms are tilted inward by 0.55±0.02 A, with an angle of rotation (ω) of 27.32° ±0.24°, keeping the bond length at surface As-Ga unchanged and a Ga to secondlayer spcing d2= 1.45±0.01 A and the second-layer Ga to third-layer spcing d3 = 2.01±0.01 A.
The integral transmissivity and integral isolation of Faraday isolator can be improved by preset center angle of rotation of the beam center. The calculated integrated transmissivity and isolation of the isolator for different preset rotation angles are given.
Outline characteristics of various target image series can be extracted first, then the orientation of various outlines can be standardized by Hotelling transform, thus the position and rotating angle of target can be obtained.
The relations between the throat width a_(c,b) and rotating angle a has been derived from aerofoil curvilinear coordinate by using transformation of coordinates,which provide a calculation formula for the curve a～Q_ necessary to analysis of off-design conditions and the designing of expansion turbine.
The tuning capacitances of UHF tuner of mechanical type corresponding to different frequency points can be calculated Using the theory of transmission line When we design the shape of tuning capacitor piece which is satisfied with the linear relationship between the frequencies and rotating angles, it is difficult to obtain an explicit function between the tuning capacitance CT and the rotating angle θ for the distributed parameters circuits.
(3) Exhaustive discussion about the measurement of the optical values, namely, rotating angle, inclination angle and compensation angle, under illuminating the model by linear or circular polarized light.
In the robot model used, the current curvature of the trajectory of the objective point which is related by simple algebraic expressions with the angle of rotation of the front wheels was taken as the control parameter.
Boundedness of the angle of rotation of the robot front wheels imposes bilateral constraints on the control.
Compound I crystallizes as isomer that is intermediate between the syn- and anti-forms with the angle of rotation between the bicyclic fragments equal to 90.1°.
A system of equations is derived for the magnetization angle of rotation.
The filaments were not destroyed under wide variations of sound frequency, acoustic power, length of resonator, size and configuration of the mirror, or its angle of rotation.
The transmittance passing through the cell between crossed polarizers changed periodically with a regular 90° separation of the rotational angle.
Then the kinematics parameters, such as translational direction, rotational angle and axis, are deduced from inter-image relations of multiple frames based on a combination of homography decomposition and particle filter paradigm.
With the rotational angle and angular velocity measurements available, a PID feedback control scheme for the control torque applied to the motor at the base of the link is presented.
By applying 7 V and 2.5 A, the actuator can reach the tip-to-tip rotational angle of 85° at 4 Hz.
Based on the above, the optimal rotational angle of each frame element is obtained as a function of the balance of the internal moments.
When comparing our results with recently performed measurements of the rotating angle? of the TiO6 octahedra, good agreement is obtained by assuming an additional tetragonal deformationc/a'=1.0001 of the oxygen octahedra.
The rotating angle of the polarization plane of the probe pulse and the variation of its light intensity are derived.
Application of the Rotating Angle Parabolic Equation Method for the Solution of Scattering Problems
In this paper the rotating angle parabolic equation method (PEM) is presented for the solution of scattering problems.
Once a solution has been found, we calculate the rotating angle which must be applied to the set of remaining points.