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High transition dipole moment ... high oscillator strengthresultsin high quantum yield
singlet stateleadingto higher quantum yield
which can be justified by increment in quantum dots formationthus resultinghigher quantum yield
key structural componentsinfluencing6-MI quantum yield
optimization of both absorption and fluorescenceresultingin high quantum yield
The perovskites demonstrated a high exciton binding energy of 162 million electron volts ( meVresultingin a high photoluminescence quantum yield
an increasing Stokes shiftcan leadto a low quantum yield
that the dye is bound to the protein in a twisted conformation that is beyond the critical angleleadingto a low quantum yield
the narrow band gap and the rapid recombination of photogenerated electron - hole pairscausingpoor quantum yield
from the elimination of back emission energy transfer from Tb(3resultingfrom the elimination of back emission energy transfer from Tb(3
for quantum dot solid state lighting applicationsdesignedfor quantum dot solid state lighting applications
a sensor arrayto createa sensor array
All quantum dot applications including design , biotechnology , security , displays , and lighting(passive) are positively influenced byAll quantum dot applications including design , biotechnology , security , displays , and lighting
polymer matrixpreventspolymer matrix
in unmatched sensitivity of Argos 250B.resultingin unmatched sensitivity of Argos 250B.
up to be calculatedsetup to be calculated
from high frequency of recombination of photoinduced current carriersresultsfrom high frequency of recombination of photoinduced current carriers
from this aggregationresultingfrom this aggregation
from currently using them in optoelectronic devicespreventfrom currently using them in optoelectronic devices