The phrase "array allowing for" is correct and usable in written English.
It can be used when discussing a range of options or elements that accommodate certain conditions or factors.
Example: "The software provides an array allowing for various user preferences, ensuring a personalized experience."
Alternatives: "a range accommodating" or "a selection that permits".
Part of Pure's announcement is to solve that problem with a new "DirectFlash" module, which acts as a central control unit for the entire array allowing for more intelligent and efficient management of the drives across the array.
The task requires to post 54 cards into nine mail boxes arranged in a 3 × 3 (nationality by field of activity) array, allowing for a quantitative analysis of the distribution of their responses, in particular of their classification errors.
In its current version, a more uniform distribution of biotin surface densities covering same range is obtained within the array, allowing for a comprehensive evaluation of polymer growth with surface density.
With the high-throughput capability of DNA chips, several sites of identical complementary capture sequences could be printed at optimal and successively less than optimal conditions within a single array, allowing for a quantifiable response to be achieved over many orders of magnitude.
This finding is consistent with the probe selection method used to optimize the assay, which requires that the species-specific probes be a near match to the human array (allowing for only a four base mismatch), meaning that conserved genomic structures are going to be preferentially retained and that the analyses of non-human genomes are going to be limited to these regions.
DNA from over 16,000 DNA samples has thus far been genotyped using this array allowing for more robustly powered in silico replication as well analyses of rare variants and loss of function (LoF) variants ablating all or parts or a given gene, and cross-cohort meta-analyses in diverse populations.
Because of its small dimensions, this array allows for measurements at various test areas on the side window, which is a major improvement compared to former investigations.
The combination of SP-PCR and SAF microlens array allows for on-chip highly sensitive and multiplexed pathogen detection with low-cost and compact optical components.
The dense array allows for an unprecedented number of stimuli to be presented within an experimental session (e.g., up to 1200 stimuli per minute) and for stimuli to be generated adaptively.
The spectral quality of the array allows for the identification of γ‐ray transitions with intensities of several 10 counts in the full-energy peak and thus opens new avenues for the study of the most exotic nuclei available at the NSCL for in-beam spectroscopy.
Duplicated spots on the array allowed for evaluation of signals and exclusion of errors.
