The phrase "are capable of operation" is correct and usable in written English.
It can be used when describing the ability of a system, device, or individual to perform a specific function or task.
Example: "The new software updates ensure that all devices are capable of operation under various conditions."
Alternatives: "are able to function" or "can operate".
The devices using polyimide as the semi-permeable membrane are capable of operation at temperatures up to and including 75 °C, and at pressures up to 1.03 MPa.
The VO2(B) nanorods are capable of operation with a high discharge voltage at 2.17 V vs. Mg2+/Mg and a high initial discharge specific capacity of 391 mAh/g at a voltage ranging from −1.00 V to 0.30 V vs. Ag+/Ag, corresponding to 0.61 mol Mg per unit at a current density of 25 mA/g at 20 °C.
The logging and characterization of geothermal wells requires improved scintillator systems that are capable of operation at temperatures significantly above those commonly encountered in the logging of most conventional oil and gas wells (e.g., temperatures nominally in the range of up to 150 °C).
In spite of that the interest in high temperature and high power applications has fueled new developments in wide bandgap semiconductor devices which are capable of operation above 200 °C, silicon devices are still prevalent in the marketplace and offer significant power ratings at affordable prices.
(iii) Systems used for magnification procedures shall be capable of operation with the grid removed from between the source and image receptor.
MD simulations are carried out to determine the optimal composition of a potential electrolyte that is capable of operation in the intermediate-temperature region without sacrifice in performance.
It is capable of operation at low rotation frequency with no requirement for reversed rotation direction as in other reported work.
Evidence to the Hutton inquiry last year revealed that the weapons claimed to be capable of operation within 45 minutes of an order being given were in fact battlefield chemical weapons.
Among others are whether pipeline operators should be required to install valves at shorter intervals; whether the valves must be capable of operation by remote control; and whether rules on corrosion control should be stricter.
The Silicon Genesis PIII system is capable of operation at high plasma densities (≈5×1011 ions/cm3 at the wafer) with high purity, mono-species ionization (>99% H+ ions with a hydrogen plasma).
Today, it is capable of operation using water from the nearby Kuryong River.
