The phrase "accelerated cooling" is correct and usable in written English.
It can be used in contexts related to temperature reduction processes, such as in engineering, cooking, or scientific experiments.
Example: "The accelerated cooling process allowed the metal to harden more quickly, improving its strength."
Alternatives: "rapid cooling" or "fast cooling".
Experiment of the application to accelerated cooling process in a test rig is provided for validating the efficiency of the proposed method.
Post middle Miocene ZFT and AFT cooling ages in the lower part of the GHS suggest accelerated cooling by climate-enhanced erosional exhumation, which was initiated in the late Miocene to Pliocene and was dramatic in the Quaternary to Recent.
Combining accelerated cooling, strain-induced transformation of austenite to martensite during cool deformation and a subsequent heat treatment stage to increase precipitation maximizes the flow stress of the steel.
For example, during rolling of a slab into hot strip, total rolling process through multiple rolling stands, accelerated cooling and coiling are to be completed irrespective of whether there is any defect present in the strip or not.
Experiments were conducted in which the neutron beam continuously passed through a specially designed layered sample, the temperature of which could be controlled to allow for a high-temperature austenization treatment followed by accelerated cooling to an isothermal transformation temperature in the range of 275 450 °C.
This finding together with a large difference between daytime and nighttime trends in Ti prompted Walsh and Oliver ([2011]) to hypothesize that the ozone depletion may be the main cause of the accelerated cooling after 1979.
Fins increase the surface area to accelerate cooling.
In some studies dantrolene was shown to accelerate cooling rate when administered after the development of exertional HS.
Because heat is primarily produced by hyperactivity of muscles in the various syndromes, dantrolene sodium, a muscle relaxant, has also been suggested to accelerate cooling [ 8- 10].
A system of embedding pipes in the graphitization furnace to recover heat and accelerate cooling was proposed recently.
The overall ECCS also includes feed water flooding of the core using elevated water tank for initial 10 min which will accelerate cooling of the core, replenish core coolant during loss of coolant accident and avoids heat transfer crisis phenomena during heat pipe start-up process.
