The phrase "accommodates the temperature" is correct and usable in written English.
It can be used when discussing how something adjusts or adapts to varying temperature conditions.
Example: "The new thermostat model accommodates the temperature changes in the room, ensuring optimal comfort."
Alternatives: "adjusts to the temperature" or "adapts to the temperature".
This value is able to accommodate the temperature variations of basaltic glass dissolution rates measured by Gislason and Oelkers (2003), at a given pH, for temperature ranges between 0 and 300 °C.
The mechanistic modeling of the fatigue mechanisms was able to accommodate the complex temperature variations and loading conditions of the field pavements in a rigorous manner.
Others have subsequently modified OSM schemes to accommodate the radiometric aerodynamic temperature relationship for partial canopy cover conditions, approaching accuracies achieved with the TSM.
Above this fundamental level, the gardener assesses and accommodates the unique complex of temperature, wind, rainfall, sunlight, and shade found within his own garden boundaries.
This proposed correlation shows dependency of Reynolds and Prandtl numbers in a logarithmic manner to accommodate the wall-normal temperature gradient for the heat flux term.
From the chosen best fit functions that accommodate the trend for temperature vs depth at these locations, it is observed that the coefficient of determination of these functions ranges from 0.86 to 0.98 as shown in Table 1.
By using a purposely designed thermal insulation arrangement, the temperature profile has been adjusted along the concentration gradient to accommodate for different sintering temperatures of the components.
The major differences in equipment are the use of higher-temperature refractories and the increased cooling required to accommodate the higher operating temperatures in nickel production.
A flexible diaphragm or bellows attached to the bowl accommodates the change in volume of the liquid caused by temperature changes.
The transient simulation of station blackout (SBO) using the RELAP5-3D/ATHENA code shows that inherent shutdown without scram can be accommodated within the cladding temperature limit by the enhanced RVACS and a minimum (two) number of PSACS trains.
