Sentence examples for devices were significantly from inspiring English sources
The reduced non-radiative recombination loss with 2D PVSK was also confirmed in devices by electroluminescence (EL) measurements in Supplementary Fig. 19, in which maximum radiance (40.4 Wsr−1 cm−2) and EL EQE (0.49%) of the target devices were significantly enhanced compared to those of the control devices (2.87 Wsr−1 cm−2, 0.06%)15.
Multivariate logistic regression was used to analyze the data.Visual field defect severity.Patients who were less than 80% adherent according to the MEMS devices were significantly more likely to have worse defect severity.
Overall, both investigational devices were significantly better than sutures (50%% stronger), significantly better than the securement dressing (140 % stronger), and non-inferior to the securement device in this test method.
Conversely, the eCO values obtained with the two devices were significantly different, even if they correlated very well.
Mobile devices are significantly changing the human computer interaction.
The potential role of mobile devices in communications between physicians and opportunities to improve the quality of health services through mobile devices are significantly undervalued.
The efficiency and lifetime of mechanical devices is significantly decreased by friction and wear, significantly contributing to global energy consumption.
The performances of organic thin film transistor devices are significantly linked with the structural properties at organic semiconductor/dielectric interface.
In a multi-granularity transport network (MTN), due to the rapid growth of various applications, the scale and complexity of network devices are significantly enhanced.
We report that the power conversion efficiency (PCE) of single wall carbon nanotube (SCNT -n-type crySCNT -n-typeicon bulk heterojunction photovoltaic deviceSCNT -n-typecrystallineoved by Ag nanoparticlesiliconating on SCNTs film.
Reliability and performance of electronic devices are significantly dependent on their noise rejection capability that is usually investigated since their early production stage as well as during the scheduled maintenance.
