Magnitude of response, response time, recovery time and detection limit of the sensor were engineered by controlling the amount of SWCNT deposited on paper.
The hydrogen (H2) sensing properties, including the sensor response, response time and recovery time, of different sensor architectures based on tungsten oxide (WO3) were investigated to assess the feasibility of using WO3 in producing practical H2 sensors.
Joint excursion, time to first response, response time, and variability of mean peak joint angles were analyzed at the ankle, knee, hip, trunk, and head in the sagittal plane.
The results reveal that the sensors can be as promising candidates as ammonia detectors with desirable sensing behaviors, including high sensitivity (the frequency shift was 22 Hz at 1 ppm and the QCM sensors were exposed to nitrogen stream until a stable baseline (±2 Hz min−1)), fast response (response time within 11 s, recovery time within 13 s) and good reversibility.
Response: 'Response' time is defined as the time in minutes from receipt of call until the vehicle arrives on scene.
The response, response time, and recovery time as a function of acetone concentration obtained from the curves in Fig. 6 are shown in Fig. 7.
Basic gas sensing characteristics such as gas response, response time, recovery time, selectivity, detection limit, stability and recyclability, etc are also discussed in this article.
This was used to estimate response rate (RR), time to response, response duration and time to progression for the combination regimen.
Response time: See response time for contact method (phone or online) above.
However, ITUD exhibited an attenuated response (a response time of 2.09 h in comparison to 1.33 h in the control).
