Examples of 'quantum efficiency' in a sentence
Meaning of "quantum efficiency"
quantum efficiency: Quantum Efficiency is a term used in physics and specifically in the field of photovoltaics. It refers to the ratio of the number of photons converted to photoelectrons to the total number of photons incident on a photocathode
How to use "quantum efficiency" in a sentence
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quantum efficiency
Where n is the quantum efficiency of the detector.
This results in low internal quantum efficiency.
The quantum efficiency is the ratio.
Another consideration is the quantum efficiency of the fluorescer.
Quantum efficiency will always be less than one.
This increases the quantum efficiency of the cell.
Quantum efficiency is the percent of photons that get recorded.
This does not affect the internal quantum efficiency.
This quantum efficiency give values of over this number.
These detectors have a high level of quantum efficiency.
Quantum efficiency is also reduced.
Increasing the internal quantum efficiency can not readily be done.
Charge recombination causes a drop in the external quantum efficiency.
Internal quantum efficiency.
The throughput is kept high by using high quantum efficiency CCDs.
See also
In this method the quantum efficiency of the photosynthetic activity is determined.
This limit is the same as that encountered in quantum efficiency curves.
Claims for very high quantum efficiency in algae are made by some authors.
Such a structure provides a particularly marked photodiode quantum efficiency gain.
Detective quantum efficiency.
The new chip inversion technology improves the external quantum efficiency.
In reality the actual maximum quantum efficiency may be close to ten.
The quantum efficiency for photons with energy below the band gap is zero.
Ultimately sensitivity is limited by the quantum efficiency of the film or sensor.
Quantum efficiency is a measure of how well a detector can convert photons into an electrical signal.
The invention may be used to study the quantum efficiency of fluorophores.
The very high quantum efficiency of those LEDs is the consequence of this passivation strategy.
Said materials have a relatively high quantum efficiency and light absorption.
The horizontal axis represents the wavelength and the vertical axis represents the quantum efficiency.
For photoluminescence quantum efficiency is identified as photons out per photon absorbed.
Time dependence studies of photocommutation evidence decreasing quantum efficiency during the commutation.
Such a grating enhances quantum efficiency whatever the polarization of the incident radiation.
The nanostructure of the pigments of the present invention favors quantum efficiency processes.
In quantum efficiency terms, DSSCs are extremely efficient.
The enhanced fluorescence is due to increased quantum efficiency of the fluoride complex.
Thus, the quantum efficiency of such photodetectors is low.
This property is now utilised to determine the quantum efficiency of the photosynthetic activity.
In addition, quantum efficiency changes with temperature and is a function of wavelength.
The silver halide process achieves extreme quantum efficiency by virtue of the development step.
Thus, the quantum efficiency of such photodiodes of very small dimensions is low.
Film morphology can also have a drastic effect on the quantum efficiency of the device.
However, the quantum efficiency is usually much less than one.
The thin radiation entry window enables good quantum efficiency for blue light.
In fact, the quantum efficiency of detection improves, the thicker this layer is.
The control unit may be adapted to determine a differential quantum efficiency at predetermined time intervals.
The quantum efficiency is measured by, for example, a spectral sensitivity measurement device.
Both types of system have considerably higher quantum efficiency than CR.
The quantum efficiency of these mutants is now comparable to wild-type GFP.
The graph shows the chip 's quantum efficiency.
Quantum Efficiency ( QE ) measurements reveal that the top subcell is limiting the tandem performance.
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