Sentence examples for emission capabilities from inspiring English sources
By embedding suitable emission capabilities into the high-index medium, the large Purcell factor values that can be achieved, in combination with embedded emission capabilities, e.g. emission obtained by using photo-pumped quantum dots, will enable very efficient and spectrally narrow photon generation.
Recently, carbon dots as a relative newcomer have multicolor emission capabilities and non-toxic nature, which enable them to be engaged in a wide range of applications in the biomedical field [8].
Newer contrast-specific US modes based on the higher harmonic emission capabilities of second-generation contrast agents allow imaging with grey-scale US and the use of a lower, nondestructive US power (very low mechanical index, MI = 0.06 to 0.1).
Such coupled states are considered to enhance the emission capability.
The coupled states increase the number of states with a large emission capability, which lowers the value of workfunction under external electric field than without external electric field.
Among the hexaaluminate catalysts, Sr0.8La0.2MnAl11O19−α prepared by the alkoxide method exhibited the highest activity for methane combustion and low NOx emission capability.
The ITOF sensor consists of polymer optical fiber and manganese-doped zinc sulfide (ZnS Mn) which has the highest triboluminescent (TL) emission capability among all inorganic crystals.
On the other hand, La2O3 is usually used as a kind of effective dopant in thermionic emitters [6], ferroelectric ceramics [7], and oxide catalysts [8], in order to improve properties such as emission capability, effective dielectric constant, and catalytic activity.
Although a commercial display with LSPR-enhanced light extraction has not yet been made, there have been encouraging experimental results concerning the efficiency, color composition, and top emission capability, which are instrumental to the practical application of LSPR-enhanced LEDs. Figure 10 Image of an organic display panel developed by Philips Electronics.
It is shown that carbonization can greatly improve the emission properties (i.e. emission capability and stability) of RE2O3 doped molybdenum due to the formation of a (metallic) rare earth atomic layer on the surface of the cathode by the reduction reaction of molybdenum carbide and rare earth oxide.
The higher power at 800 nm was due to limited emission capability of the MIRA laser at 765 nm.
