Sentence examples for falling response time from inspiring English sources

The variations of rising and falling response time for PDLC samples doped with SiO2 nanoparticles are depicted in Figure 3.

Deterioration of falling response time seems to have been caused by well-aligned molecules in LC droplets, as discussed earlier.

Well aligned LC molecules require time for random rearrangement at the off state (i.e., slow falling response time).

The falling response time varied from 18.6 ms to 29.6 ms with 0.0% to 2.0% SiO2 nanoparticles. Figure 3 Variations of the response time of PDLC lens with the doping concentration of SiO 2 nanoparticles from 0.0 - 2.0%.

The marked deteriorations of falling response time and contrast ratio were due to well defined liquid crystal molecules in LC droplets, which induced slow and imperfect random rearrangement of LC molecules at the off state.

Electro-optical properties of the undoped and doped PDLC devices including transmittance, driving voltage, slope of linear region, contrast ratio, and rising and falling response time were measured to assess the potential application to auto-shading and/or auto-focusing e-glasses.

Rising and falling response times were measured at an applied voltage of 40 V using a digital oscilloscope and function generator.

This exploratory multi-hospital study examined the unique contribution of call light response time to total fall rates and injurious fall rates in adult inpatient care units in hospitals.

This exploratory multi-hospital study examined the unique contribution of call light response time to predicting total fall rates and injurious fall rates in inpatient acute care settings.

As shown in Figure 1, this model was used to examine the relationship between call light response time (1 staff-centered process indicator) and fall rates and injurious fall rates (2 patient-centered outcome indicators), while controlling for the covariates.

Hospital and nursing executives should consider strategizing fall and injurious fall prevention efforts by aiming to decrease response time to call lights.