The term "absolute angle" is grammatically correct and can be used in written English.
It refers to the measurement of an angle from a fixed reference point, usually the positive x-axis. Example: The absolute angle of the triangle was 45 degrees, measured from the east.
The investigation found the optimal inlet absolute angle was 77°.
The first one would be the absolute angle that the lever balances at.
By determination of the first two microphone, Theta could convert to the absolute angle on platform.
Finally, if the absolute angle is roughly equal to the angle calculated previously, the microcontroller toggles the output port to shutter the camera.
A new absolute angle measurement method using a phase-encoded binary graduated disk (PE-BGD) is presented.
A single passage Computational Fluid Dynamics (CFD) model was applied to optimize the preliminary LPT design by changing the inlet absolute angle.
The other key finding was that all calculated absolute angles prior to crack initiation were below 5° and hence small, leading to the presumption that at least cracking, but probably also full rupture, takes place in nearly all cases with correction angles above 5°.
The absolute angles (with respect to the external axis) around the pitch axes of the trunk, arm and forearm were computed every 8.3 ms during each trial.
The hip rotation demonstrated the smaller absolute angles with respect to the pelvic rotation.
The missing link to determine absolute angles is filled by the proposed feature of an anatomical zero position definition.
An anatomical zero position of shoulder pose is proposed to determine absolute angles according to the Neutral-0-Method as used in orthopedic context.
