Examples of 'rotor will' in a sentence
Meaning of "rotor will"
rotor will - implies that a particular component or part will rotate or spin
How to use "rotor will" in a sentence
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rotor will
The rotor will not be pulled optimally.
The particular structure of the magnetic rotor will be described hereinafter.
The rotor will have a diameter of eight meters.
Release the tab and the rotor will snap into place.
The rotor will not spin until the unit is leveled.
Note that depending on the wind the rotor will be more or less strong.
The lower rotor will rotate before the upper rotor.
Associated with this the speed also determines how gently the rotor will start to turn.
Every stator and rotor will be tested to gurantee its performance.
In this example, the number of poles in the rotor will be a multiple of ten.
A locked rotor will result in an unusually high current draw by the actuator.
The fitting of a securing device 8 in the rotor will be described in greater detail.
An adjustable rotor will be the driving element of the ventricular contraction system.
The greater the electric field, the farther the rotor will move.
The rotor will move the electrode back to the true home position.
See also
But after no more bets is called, the rotor will randomly change speeds.
The rotor will rotate in synchronism with the rotating field produced by the stator.
Considering Figure 1 as showing a motor, the rotor will be a single one piece lobed member.
The rotor will in its disassembled form occupy significantly less volume than a complete annular rotor.
In response, the rotor will vibrate.
The rotor will move when Start is pressed.
In a specific embodiment, the rotor will consist of 2n magnetic blades.
The rotor will typically have permanent magnets 20, but can also be with electromagnets.
The lateral rotors and the main rotor will be driven by two RTM322 engines.
By itself, a rotor will perform only a very simple type of encryption - a simple substitution cipher.
In this case, the rotor will comprise a single permanent magnet.
Thus, the rotor will have lost two steps, which must be recovered.
In other words, each rotor will spin in the opposite direction of its neighbor.
Details of the rotor will be shown and explained in the following Figures.
Preferably, the rotor will have a central opening when functioning as a motor.
Consequently a large rotor will turn a shaft at low rotational speed, but with high torque.
If everything is kept equal the rotor will consequently turn a maximum of 180 degrees before stopping.
