Sentence examples for environment confinement from inspiring English sources

Some of the strongest stressors associated with transport include the loading and unloading from trucks, penning in an unknown environment, confinement with and without motion, vibrations, changes in temperature and humidity, inadequate ventilation, and, sometimes deprivation of food and water [ 5].

"He was in the state's most secure prison environment; solitary confinement, supervised for every moment of every minute of every day, and whatever happened one would expect would have been supervised," he said.

In the context of a UV-irradiated environment such confinement could be considered a rescue since an eventual detachment of a primordial polymer from the energy-absorbing ZnS surface would have led to faster photodestruction.

Selection in North America is mainly practiced in environments where confinement and total mixed ration are typical management settings, in comparison to NZ and AU where performance is predominantly in pasture based systems.

The melting temperature and weight percent crystallinity of the PEO crystals in the soft confinement environment are higher than those in the hard confinement environment, indicating that the PEO crystals developed in the soft confinement environment possess higher thermodynamic stability than in the hard confinement environment.

Furthermore, heating the PEO crystals in the soft confinement environment can continuously increase their thermodynamic stability through a crystal thickening process, by which the soft confinement environment is partially destroyed.

The dense nanoparticle array provides a distinct and strong confinement environment where there are incomplete confinements in three spatial directions.

The crystallization of the PE block is strictly restricted within the microphase by the rigid silica matrix and takes place through homogeneous nucleation under the nanoscale confinement environment.

DSC and wide-angle X-ray experiments show that the crystallizations of the PEO blocks in these two confinement environments behave differently.

The variances in nanoscale and microscale structures are due to the adaption of stimuli-responsive polymer materials to surrounding environments under the confinement of the patterned substrate.

This was investigated by exposing the participants for three hours to a swine-confinement environment containing dust and endotoxin levels at the lower end of the exposure range for Danish and European farms.