Sentence examples for accelerate decay from inspiring English sources
The phrase "accelerate decay" is grammatically correct and can be used in written English
This phrase refers to speeding up the natural process of decomposition or deterioration. Some examples of when this phrase could be used are: - "The use of pesticides can accelerate decay in the soil, making it difficult for plants to grow." - "Exposure to sunlight and moisture can accelerate decay in wooden structures." - "Improper storage conditions can accelerate decay in perishable food items." - "The lack of maintenance can accelerate decay in infrastructure, leading to costly repairs."
These can accelerate decay.
Environmental conditions — humidity, vibration, temperature shifts — accelerate decay, making munitions less reliable.
Increasing temperatures will accelerate decay rates, leading to increased CO2 and CH4 emissions from soil.
In two methods, feeder blocks pre-inoculated with laboratory-raised fungi were placed next to test specimens in an effort to accelerate decay.
The aesthetic was a philosophical statement: that future technological advancement may only accelerate decay, that entropy – and not a progress toward enlightenment and harmony à la Star Trek – was the natural state of the universe.
Complement receptor type 1 (CR1) is a versatile inhibitor of both classical and alternative pathway C3 and C5 convertases with an ability to accelerate decay activity and act as a co-factor in C3b/C4b cleavage.
CD55 (decay accelerating factor) is a 70-kDa membrane-bound C regulator that accelerates decay of the C3 convertase.
But it's hard not to extend the Governor's felicitous phrase to the whole regional transportation mess, not least the crumbling, overcrowded subway system in the five boroughs and the political game of hot potato that has doomed it to accelerating decay.
But the newly deposited mineral often clogs stone pores rather than lining them, preventing the escape of moisture and accelerating decay.
A simple index is proposed for the purpose of judging the validity of test procedures for accelerated decay.
Nikula et al. (2010) found similar results in Helsinki and listed the higher nitrogen, phosphorus, and base cation as well as the lower lignin, total phenolics, C N, and lignin N contents and ratios of litter originating from urban habitats as possible reasons for its accelerated decay.
