The phrase "a stable speed" is correct and usable in written English.
It can be used when discussing consistency in velocity or rate, often in contexts like physics, engineering, or transportation.
Example: "The vehicle maintained a stable speed throughout the journey, ensuring a smooth ride for all passengers."
Alternatives: "a constant speed" or "a steady speed".
After taking off from Addis Ababa in good weather and with clear visibility, Ethiopian Airlines Flight 302, bound for Nairobi, Kenya, struggled to ascend at a stable speed, according to flight data published by FlightRadar24.
However, with a little tweaking the boys at AllDroid were able to find a stable speed at about 800MHz.
As we can see, all the samples except for those of 50 cycles grew at a stable speed of ~0.34 Å/cycle.
During this period each following vehicle has a stable speed (no fluctuations) of 20 m/s and distance between any two neighboring vehicles is also stable.
Figure 9a, c also shows that the speed of minimum energy control accelerates and decelerates rapidly and maintains a stable speed; this is convenient for the robot while checking the pipe, because a stable moving speed is reasonable for sensor to collect data; as for the other two methods, the speed varies during the whole operation time.
Birds were filmed from a lateral view and the footfall events quantified using tracker.exe software version 2.6 (Open Source Physics) by tracking the left foot over 5 10 strides during which birds maintained a stable speed and position on the treadmill belt (i.e. they were neither accelerating nor decelerating).
With this approach, the monkeys established a stable speed-accuracy regime with well-behaved psychometric and chronometric functions.
Moreover, the proposed QOHS based control strategy adopted in this work provides a robust and stable speed control mechanism.
Finally, simulation results verify that the clustered spatio-temporal compression scheme outperforms other two categories of compression schemes significantly in terms of recovery error and compression gain and the distributed algorithm converges to the optimal solution with a fast and stable speed.
Through the same excitation mechanism, the maximum stable speed of a shell rotating on a stationary shaft is shown to be twice the critical rotation speed of the shell in the absence of the fluid coupling.
After multiple daily sessions with this reward structure, the monkeys achieved a new stable speed-accuracy set point involving longer RTs and higher accuracy.
