The phrase "simple size" is grammatically correct and can be used in written English.
It is typically used in discussing research or statistical analysis to refer to the number of subjects or data points in a study or sample. For example: "The study had a small simple size, making it difficult to draw definitive conclusions."
More than simple size was involved; cities like Rio de Janeiro, Buenos Aires, and Mexico City became sophisticated, cosmopolitan urban centres.
But something disturbed investigators more than the simple size of the claim: It was filed not by the hard-pressed growers themselves, but by the leaders of their agricultural co-operative — one of thousands of locally powerful, politically connected producers' associations across Europe.
Here, we consider a simple size distribution of the MRN with ≥0.1 μm grains as the BF05 model.
In any nanometric-diameter channel, simple size exclusion will play a major role in the retention of nanoimpurities.
Drugs can be converted to pulmonary formulations by simple size reduction processes such as jet-milling often followed by admixture with bulking agents such as lactose.
Further well-designed studies, with adequate simple size and power, are necessary to confirm the real accuracy of the different methods used to assess fluid responsiveness in this population of patients.
He wrote of "cheap clothes/Set out in simple sizes plainly".
Such flow-based architecture completely eliminates packet mis-order problem, and our theoretical analysis shows that in comparison with the simple size-based queuing, the new architecture is able to dramatically increase the potential coding opportunities.
We applied a simple size-dependent indoor air quality model associated with a compartmental lung model to characterize PM10 indoor outdoor personal exposure relationships for wind-induced naturally ventilated residences in Taiwan region.
In comparison to previous approaches that implement simple size-based sampling, our architecture requires substantially lower amounts of memory (up to 80×) and achieves higher flow coverage (up to 8× more flows) under specific configurations.
We applied a simple size-dependent indoor air quality model associated with measured outdoors particulate matter (PM) profiles and potential loss mechanisms to characterize PM indoor/outdoor (I/O) relationships for wind-induced naturally ventilated residences in Taiwan region.
