Sentence examples for humidity leads from inspiring English sources

Furthermore, the presence of humidity leads to the generation of OH, OH+, and OH−, which also have a noticeable disinfection effect.

More precisely, we demonstrate that high humidity leads to the production of oxide debris originated from the stainless steel ball which increases markedly the wear by abrasion.

The results of TEM show that in the well-processed photographs, exposure to high relative humidity leads to image silver migration and yellowish discolouration, while in the insufficiently washed photographs, with quite extreme levels of residual thiosulfate, silver migration is less prevalent and the reddish discolouration is due to silver sulfide formation.

The first pre-experiment showed that an extreme humidity leads to an increase of fungal spores inside the cabin (1,400 CFU per m) before the AC system was started compared to 540 CFU per m3 fungal spores in the surrounding air in the container.

High ambient temperatures coupled with high humidity lead to uncomfortable conditions that are non-conducive for human comfort and productivity.

Fibers exposed at higher (80%) relative humidity led to higher inorganic (silica) content compared to those exposed to relative dry conditions (<20% relative humidity).

It was further explained that during storage, grains experiencing too high temperature, adequate oxygen, and high relative humidity lead to the formation of molds which deteriorate grain quality.

The testing also indicated that the lower inlet air relative humidity led to a higher cooling efficiency, while the lower cooling output helped increase COP and cooling effectiveness (including the wet-bulb effectiveness and dew-point effectiveness) of the cooler.

It was seen that humidity led to a decrease in barrier at the highest hydroxyl group concentration, whereas the barrier performance of coatings with lower concentration of hydroxyl groups instead improved under humid conditions.

Their work shows that relatively small changes at high humidity lead to irreversible deformation; at 100% it is around 8%, while in the mid-range around 50%, an almost 20% decrease in relative humidity can occur in a day without causing permanent damage.

The curing regime significantly influenced the strength development of UHSM (i.e., longer curing under heat and high relative humidity led to the higher strength), and the optimum curing regime was suggested to consist of 48-h normal curing, 120-h steam curing, and 24-h heat curing.