Examples of 'conversion efficiencies' in a sentence
Meaning of "conversion efficiencies"
conversion efficiencies - In the context of science or technology, conversion efficiencies refer to the ratio of useful output energy or substance to the input energy or substance during a conversion process
How to use "conversion efficiencies" in a sentence
Basic
Advanced
conversion efficiencies
Conversion efficiencies of energy carrier to heat.
That yields high conversion efficiencies.
Typical conversion efficiencies are on the order of a few percent or less.
Technological advances continue to improve solar conversion efficiencies.
Conventional devices with similar conversion efficiencies require cryogenically low temperatures.
And a tunneling oxide layer that yields high conversion efficiencies.
NMC conversion efficiencies are not limited to a certain range.
In use the catalyst pack has improved conversion efficiencies.
However, greater conversion efficiencies are acceptable.
Therefore further optimization of devices may exhibit higher power conversion efficiencies.
Such a cell can attain higher solar conversion efficiencies than a cell based on silicon.
Scientists achieved lower switching frequency and very high conversion efficiencies.
Fuel cells can produce electricity at higher conversion efficiencies than most other currently tested technologies.
Materials known to exhibit this effect have very low conversion efficiencies.
Moreover, their energy conversion efficiencies are relatively low.
See also
Sharp says it will now work towards achieving even higher conversion efficiencies.
This accounts for the low electrical conversion efficiencies in today 's organic solar cells.
The technology has a huge potential for further cost reduction and higher conversion efficiencies.
Aquatic organisms have better feed conversion efficiencies than land animals.
The conversion efficiencies obtained are shown in Table 1.
New materials which enable a broad range of conversion efficiencies and cost reductions.
Conversion efficiencies of the non-methane cutter NMC.
We recorded their tuning curves and conversion efficiencies for BPM.
Conversion efficiencies of 35 % were achieved in experiments with methane.
Researchers found that average solar cell conversion efficiencies of 10 percent were achieved.
Cells with conversion efficiencies in excess of 30 percent are now available.
However, such cells do not make it possible to obtain satisfactory conversion efficiencies.
Does pvPlanner account for different energy conversion efficiencies of modules available on the market?
Further, the process of this invention provides improved polymer conversion efficiencies.
Provide Adequate Ventilation, PV conversion efficiencies are reduced by elevated operating temperatures.
The latest CIS line technology includes solar modules with conversion efficiencies of over 15.
Conversion efficiencies on the order of 30 % were achieved in the deuterium tests.
The impact of non-optimized annealing parameters on cells conversion efficiencies has been demonstrated.
Gross conversion efficiencies exceeding 40 % were achieved on low rations of mysid prey.
They had slightly lower uptake, densities and conversion efficiencies than beech.
The assumed conversion efficiencies of the routes presented in Figure 2 - 6 are given in Appendix C 3.
The procedure of Example 1 was repeated and the conversion efficiencies obtained are shown in Table 1.
Total conversion efficiencies exceeding 52 % are possible, constituting more than a 65 % improvement over a thermal cycle alone.
Reported timeline of solar cell energy conversion efficiencies from National Renewable Energy Laboratory ( USA ).
Modern environmental standards typically necessitate the achievement of higher conversion efficiencies than 98 %.
As a consequence, high polymer conversion efficiencies ( as hereinafter defined ) can be achieved.
Large (land-based) electric powerplants built using this combined cycle can reach conversion efficiencies of over 60.
N 1 and n 2 respectively represent the conversion efficiencies of the photodiodes 10 of the two measuring channels.
In steady-state operation, apparatus 300 recycles a portion of the off-gas to achieve targeted conversion efficiencies.
By these two paths we obtained photovoltaic conversion efficiencies of 5 % and 8 % respectively.
Solar cell energy conversion efficiencies for commercially available photovoltaics are around 14-22.
These losses lead to thermoelectric conversion efficiencies below 10 %.
These new devices show energy conversion efficiencies of 8 % and high manufacturing yields of > 90 %.
In a further embodiment, fiber photovoltaic devices can display conversion efficiencies greater than 35 %.
These are quantified in the conversion efficiencies table in Table C - 3.
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There is a point of conversion which links them
This conversion of his strikes me as highly dubious
Examples of using Efficiencies
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Efficiencies can be gained by combining these activities
