The phrase "accelerated hardening" is correct and usable in written English.
It can be used in contexts related to materials science, construction, or chemistry, where a process is sped up to achieve hardening more quickly.
Example: "The new formula for the concrete allows for accelerated hardening, reducing the time needed for it to reach full strength."
Alternatives: "rapid hardening" or "fast-tracked hardening".
It found "evidence of a causal relationship," but not proof of one, between pollution from vehicles and impaired lung function and accelerated hardening of the arteries.
The formation and transformation characteristics of ettringite play an extremely important effect on the accelerated hardening and expansion of concrete as well as its long term durability.
The technique of steam curing by solar energy is an effective technique for accelerated hardening of concretes, for a good strength and high electrical energy saving for precast concretes production.
Maximum temperature during accelerated hardening.
Absolute value of the load losses for accelerated hardening temperature effect.
Calcium nitrate accelerates the setting time and moderately accelerates hardening whereas sodium thiocyanate accelerates the strength gain (Paillère 1994).
The researchers will also study how certain fats with attached sugar groups can accelerate hardening of the arteries that leads to heart damage and failure.
It is the TMAO that has been shown in mice to accelerate hardening of the arteries.
We designed and studied an alloy with accelerated age hardening rates by considering various atomistic parameters so that an age-hardening material can be produced with an aging time less than 5 min without deformation.
The pattern of cardiovascular deaths was consistent with evidence that mechanistic pathways linking exposure and death included pulmonary and systemic inflammation, accelerated atherosclerosis (hardening of the arteries), and changes in cardiac autonomic function (as measured by changes in heart rate variability).
It was found that CNTs accelerated the precipitation hardening behavior of CNT/Al Cu composites due to the generation of excess dislocations.
