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Discover LudwigThe phrase "achievable processing" is correct and usable in written English.
It can be used in contexts where you are discussing the feasibility or attainability of processing tasks or data.
Example: "The new software update allows for achievable processing of large datasets, making it easier for users to analyze their information."
Alternatives: "feasible processing" or "attainable processing".
Exact(2)
Our work provides important insight into the electronic structure of low-temperature, solution-processed amorphous MOS, and the defect states that limit the minimum achievable processing temperature for thermally annealed samples to >200 °C.
Over the last few years, the traditional central processing units (CPUs) have started to face the physical limits of their achievable processing speed.
Similar(58)
Our work focuses on the achievable signal processing gains of these proposed techniques [61].
'Processing Maps' are generated which illustrate both the yield strengths achievable and the processing routes necessary to achieve them, as well as estimates of the energy consumed in the thermal treatment.
A brief overview of the available SPD technologies is given, along with a summary of unusual mechanical, physical and other properties achievable by SPD processing.
Various experimental evidences underline the possibility of performing repairs through cold spray because of the good level of adhesion achievable by employing optimal processing parameters.
Computer engineers are continuously seeking new solutions to increase available processing speed, achievable transmission rates, and efficiency in order to satisfy users' expectations.
We fabricate the thinnest (1.3 μm) and lightest (3.6 g/m2) solar cells yet demonstrated, with weight-specific power exceeding 6 W/g, in order to illustrate the lower limits of substrate thickness and materials use achievable with a new processing paradigm.
A particular focus on the intrinsic properties of Kynar® regarding mainly outdoor weathering and chemical resistance is performed, as well as the numerous melt processing technologies achievable with Kynar®.
The multidimensional spreading technique therefore offers extra flexibility in terms of the choice of data rate and DSSS processing gain achievable for a given DSSS transmission bandwidth without loss of performance compared to BPSK and QPSK in AWGN.
Now an estimation of the processing time achievable by the proposed approach is given in Table 1.
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