Sentence examples for engineered settings from inspiring English sources

Microbial species coexist in natural or engineered settings, where they encounter extensive competition and cooperation.

This may also reflect the abundant and diverse sources of inhibitors in the renal environment compared to those in other geological and engineered settings.

When it comes to robots, he adds, most of the automation of manual tasks we have seen has occurred in highly engineered settings where the task can easily be specified for the robot without it having to understand the environment.

The combination of stable isotope and enantiomer analysis techniques has been recently proposed to better characterize the fate of these contaminants in natural and engineered settings.

These dynamics such as chaotic motion, size dependent clustering and separation can have important consequences in many natural and engineered settings.

Among key screening criteria, long-term cap rock integrity represents the single most important constraint on long-term isolation performance, and among predictive methodologies, the reactive transport modeling approach is uniquely well suited to quantify this fundamental constraint for both natural and engineered settings.

Facebook will further engineer settings to enable users, upon viewing the interactions and other content that have been used in Sponsored Stories, to control which of these interactions and other content are eligible to appear in additional Sponsored Stories.  .

Our experiments demonstrate the power of superconducting circuits for studying synthetic quantum matter in both coherent and engineered driven-dissipative settings.

An additional mass of supportive (though less explicit) evidence in non-engineered settings of micro-organisms is provided by rapid acquisition of non-coding DNA and mobile genetic elements in bacteria [ 86– 89], which may account for their surprisingly high rate of acquisition of anti-viral and antibiotic resistance [ 59, 87– 87].

To date, however, the translation of engineered tissues into clinical settings has been highly limited and the clinical results are often disappointing.

For exposure and risk assessment in occupational settings involving engineered nanomaterials (ENMs), it is important to understand the mechanisms of release and how they are influenced by the ENM, the matrix material, and process characteristics.