Sentence examples for supplementary lighting from inspiring English sources
An analysis is presented of daylight availability data in terms of suitable design criteria for greenhouse supplementary lighting systems.
In this study, LED artificial supplementary lighting technology was exposed to pepper plants grown in a greenhouse under CLTL winter conditions during dark periods to detect the influences of different light supplementation strategies on the growth and development of pepper plants.
The glasshouse was heated at 15°C and vented at 25°C, without supplementary lighting.
Supplementary lighting began on December 1, 2014 and finished on January 15 , 2015
The supplementary lighting duration and light source for each treatment are given in Table 2.
Plants were grown for 6 weeks in a greenhouse (minimum temperature 25 °C) under daylight conditions (no supplementary lighting).
In this work, we demonstrated an efficient device design strategy in improving the electroluminescent performances of blue fluorescent emitter 4,4′-bis(2,2-diphenylvinyl -1,1′-biphenyl (BCzVBi) by constructing predominant and supplementary light-emitting layers.
The aim of this clinical study was to evaluate tooth color change after exposure to 25% hydrogen peroxide in-office tooth whitening system, with and without supplementary light exposure.
"Percentile exceedance" values for the daily photosynthetically active radiation (PAR) integral are proposed as the relevant design criteria, and a method is presented for using these data to determine the target supplementary light level in a greenhouse.
Experimental results revealed BCzVBi doped TcTa film functions as predominant light-emitting layer, while BCzVBi doped 26DCzPPy film functions as supplementary light-emitting layer, which helps to broaden the recombination zone, improve the trapping of carriers and balance the distribution of holes and electrons on emitter molecules.
In this work, organic electroluminescent (EL) devices with dominant and supplementary light-emitting layers (EMLs) were designed to further improve the EL performances of two iridiumIII-based phosphorescent complexes, which have been reported to provide EL devices with slow EL efficiency roll-off.
