The phrase "ensure stable operation" is correct and commonly used in written English.
You can use it when discussing the reliability or functionality of a system or process. Example: The new software update includes several bug fixes that will ensure stable operation of the application.
In order to ensure stable operation, it is apparent that the operating velocity of the air should be sufficiently large so that the flow rate through it is relatively undisturbed by the bed pressure fluctuation above it.
Fan-shaped baffles in the dipleg could suppress slugging and ensure stable operation.
For aluminum nitride films, high pumping speed was sufficient to ensure stable operation.
As the maximum voltage of a single NG is less than 2.5 V, an amplifier is used to ensure stable operation.
In order to ensure stable operation in a variety of situations, controllable distributed generation is essential in microgrids alongside intermittent energy sources.
It is shown that asymmetric operation requires spatial distribution of the feed for the exothermic reaction in order to prevent excess temperatures and to ensure stable operation.
Simulation for industrial case demonstrates that the proposed approach can ensure stable operations of furnaces, improve heat efficiency, and reduce the emission effectively.
The purpose of this system is to synchronize each subsystem of EAST according to the reference clock and delay trigger signal, and ensuring stable operation of the EAST fusion device.
To ensure stable process operation and ultimately meet the exacting requirements on final product quality, the typical advanced IC fabrication process requires many on-line sensors and off-line metrology tools for acquiring process and product information necessary for effective monitoring and control.
Further, material, geometry and bearing selection guidelines for ensuring stable operations can be inferred from these results.
For ensuring stable operations, the power generation of DG and CHP should have the following constraints: begin{aligned}&P_{dg}^{{rm min}}le P_{dg}le P_{dg}^{{rm max}} end{aligned} (18) begin{aligned}&P_{chp}^{{rm min}}le P_{chp}le P_{chp}^{{rm max}} end{aligned} (19 4) Heat power constraints.
