Sentence examples for artificial systems in from inspiring English sources

Real-world radiance values span several orders of magnitudes which have to be processed by artificial systems in order to capture visual scenes with a high visual sensitivity.

It will explore design's capacity to transform artificial systems, in this case a public school operating within the context of the US Department of Education DOEE).

The beauty and accuracy of light harvesting as well as the electron transfer process in natural photosynthesis are sources of inspiration for chemists, physicists and researchers of other disciplines to design artificial systems in order to convert solar energy into electricity or other forms of energy.

We show that cell-particle contact stabilization is the limiting step in T-cell activation by these artificial systems in suspension.

As a field, synthetic biology strives to engineer increasingly complex artificial systems in living cells.

It is known that injecting tumor cell lines subcutaneously or intravenously is a useful, but rather artificial system in which it is easier to develop immune responses to the tumor.

Studying the next level of complexity is problematic, and while a mesocosm approach may help provide conceptual advances, we recognise the limitations of any artificial system in providing realistic interpretations of natural ecosystem response [ 70].

In vivo (or in artificial systems mimicking the in vivo conditions), the oxidized primary donor is reduced by an external electron donor, and the excited electron is funnelled in the direction of the metabolic pathways of the cells, warranting the conditions for repeated turnover of the RCs.

The visual recognition of transitive actions comprising human-object interactions is a key component for artificial systems operating in natural environments.

The emergence of new biophysical techniques has spurred rapid acceleration in the ability of researchers to investigate and understand protein lipid membrane interactions in artificial systems as well as in cells.

All artificial systems and components in space degrade at higher rates than on Earth, depending in part on environmental conditions, design approach, assembly technologies, and the materials used.