Sentence examples for closed circuitry from inspiring English sources

Under closed circuitry, anode served as an alternative electron acceptor promoting biotransformation of complex organics to simpler molecules through catabolism.

The competence of closed circuitry comparatively excelled because it facilitates congenial ambiance for the enriched EAB (electroactive bacteria) resulting high rate of metabolic activity that paves way for higher substrate degradation and electro-fuel productivity.

The workstation circuitry is divided into: temperature sensor circuitry, vibration sensor circuitry, real time clock circuitry, display circuitry, and wireless transceiver circuitry.

But this show, more than any other that I can immediately recall, closes mental circuitry between then and now, owing to an exquisitely managed sense of collective drives and emotions that have not ceased to influence human affairs.

"Eyes are closed, the brain circuitry shuts down".

To test for closed-loop circuitry, we identified the peaks of functional connectivity in the cerebellum in the MOT map (CBMMOT) and in the DLPFC map (CBMDLPFC).

Closed loop feedback implemented in analog circuitry maintains cantilever temperature with 1.73 °C accuracy and 0.076 °C precision at 1 MHz bandwidth.

It's going to be opened and closed a lot, and that will put a strain on the connection between the screen and the circuitry underneath.

The Television Decoder Circuitry Act required almost all television receivers sold or manufactured have the built-in ability to display closed captioning by July 1 , 1993

Closing the loop optogenetically (i.e., basing optogenetic stimulation on simultaneously observed dynamics in a principled way) is a powerful strategy for causal investigation of neural circuitry.

Given the evidence for brain glucose sensing playing a key role in triggering counter-regulation (as discussed earlier), the unproven assumption is that this loss of counter-regulation or loss of warning symptoms is a consequence of altered glucose sensing and/or adaptations in the circuitry occurring very close to the site of glucose sensing.