The phrase "achieve conversion" is correct and usable in written English.
It can be used in contexts related to marketing, sales, or any situation where one aims to turn a prospect into a customer or to change a state from one form to another.
Example: "Our goal this quarter is to achieve conversion rates that exceed last year's performance."
Alternatives: "attain conversion" or "reach conversion".
Therefore, all four quantum efficiencies must be optimized to achieve conversion efficiency in excess of 10 15%.
The resulting PERC solar cells achieve conversion efficiencies of 19.8% for dual print and print-on-print.
Oxford PV, in the U.K., is now working on developing solar cells that could achieve conversion efficiencies of 37percentt — much higher than existing polycrystalline photovoltaic or thin-film solar cells.
The Na-TEC is a closed system that can theoretically achieve conversion efficiencies above 45% when operating between thermal reservoirs at 1150 K and 550 K.
These observations collectively suggest that the generation of reactive intermediate species "HCxNyOz", whose lifetime on the catalyst surface exceeds the cycle duration and which reacts with NOx to produce N2, are required to achieve conversion enhancement during high frequency operation.
To avoid such risks, which are incompatible with therapeutic prospects, significant progress has been made with transgene-free reprogramming methods based, for example, on Sendai virus, direct mRNA, or protein delivery to achieve conversion of adult cells into hiPSCs [ 40– 40].
A Billy Graham sermon was not, in itself, the feature that distinguished his ministry; what set him apart was his uncanny ability to achieve conversions at such a consistently high rate.
Jatropha biodiesel yield is 58%, while the low acid palm oil achieved conversion of 99% (Figure 5).
With the Halfbody format, we achieved conversion of a cMet agonistic (or partial antagonist) antibody, to a pure antagonist.
The multi-junction photovoltaic cell design offers the highest achieved conversion efficiency that already exceeded the 40%.
Although higher temperatures such as 750 °C with n-octane as carburizing agent achieved conversion to the molybdenum carbide, significant levels of carbonaceous deposition also occurred.
