Sentence examples for actively detecting from inspiring English sources

Such a development of Cu ZnO-based self-powered aCu ZnO-basednsor is an important step for the practivel applications in actively detecting gases at room temperature.

By establishing a link between active object recognition and change detection, we were further able to use our framework for the follow-up task of actively detecting object change.

Screening for tuberculosis in the context of HIV services, for example, is limited by the fact that most tuberculosis is estimated to occur in patients without HIV co-infection.[3] In the absence of clear evidence on the effectiveness of existing techniques, broadly-applicable new strategies for actively detecting new cases are urgently needed.

The finding our study adds to the literature on this point is that the PPV of infrared thermoscanners was still insufficient for actively detecting febrile passengers, even when our interest was restricted to a suspected fraction of passengers.

In addition to previous studies indicating that the use of infrared thermoscanners for fever screening prior to voluntary self-reporting was not fully justified [ 20- 22], our study has demonstrated that infrared thermoscanners were not useful for actively detecting fever, even among a selected and suspected fraction of passengers.

While GG-NER requires the use of xeroderma pigmentosum complementation group C (XPC) and deafness/dystonia proteins (DDP) to actively detect damage, TC-NER is passively activated when RNA polymerase stalls at the damage site.

For example, a late positive wave, P300, appears to occur only if subjects actively detect an infrequently occurring target stimulus.

In this study, a vehicle is not required to actively detect its relative mobility with all CHs in multi-hop but must select its CH by following the most stable one-hop neighbor.

Additionally, range-free positioning techniques can also be extended to actively detect and counteract fake beacons [17] and to also neutralize more advanced threats to WSNs such as the wormhole and Sybil attacks [9].

Although denitrifying bacteria (nosZ copies and transcripts) were actively detected in all depths, the denitrification process was low (removal of 2 g TN m− 2 d− 1 for both periods) concomitant with NOx-N accumulation in the effluent.

The resurvey component is designed to actively detect and treat remaining yaws cases and is initiated on the basis of laboratory-supported reactive non-treponemal serology (using the rapid plasma reagin [RPR] test).