ตัวอย่าง rotor

• The y = 2.65 cm results came from rotor measurements alone.

• We then go on to compute the rotor torques for traversing the proposed path.

• To operate the device, one first has to spin the rotor with a pull of a string.

• We can see that the phase did not change with higher speed and that rotor speeds above 1000 rad/s were achieved.

• The rotor is a rotation transformation and the translator is a translation transformation.

• Multi-dimensioned intertwined basin boundaries: basin structure of the kicked double rotor.

• If it is not true, a larger gear reduction or a motor with a larger rotor inertia should be used.

• These consist of torques applied to the wheels and the rotor.

• The reason is that the rotor axle starts to slide.

• The rotor speed was determined by counting the pulses caused by a permanent magnet built into the rotor.

• The initial states of the rotors can be set arbitrarily.

• The robot is 5 metres long, 4 metres wide and 1.5 metres high, with the rotor 2.5 metres in diameter and the undercarriage retractable.

• The coupling between the rotor dynamics and the external spherical shell causes motion of the sphere.

• Then, humans rotate the wrist synchronous with the device, thus accelerating the rotor.

• An average user with some practice usually achieves rotor speeds of about 1000 rad/s.