"assembly characteristics" is a correct and usable phrase in written English.
It is most often used to refer to the skills and knowledge required to be part of a particular assembly. For example, "The assembly requires strong leadership and communication skills, so be sure to highlight those assembly characteristics in your application."
From the detailed assembly characteristics stored by the assembler software, all these deletions could be identified as undercalls, i.e. as artifacts in the assembly.
The effects of the laser irradiation time on individual nanofiber characteristics, thus on overall nanofiber assembly characteristics were investigated.
These proteins possess unique structure features and unusual assembly characteristics, which distinguish them from canonical IF proteins.
Directional solidification of eutectics has self assembly characteristics that can fabricate two dimensional periodic arrays of two or more phases.
Interestingly, it is shown that maximum possible efficiency is independent of membrane-electrode assembly characteristics and internal polarization losses.
Mechanical details of the realized prototype and RF properties of the structure as a function of the assembly characteristics are also discussed.
This issue is affected by multiple factors, including sufficient coverage depths for genome assemblies, characteristics of genome assemblers (e.g., tolerance of variance in coverage depths), and characteristics of datasets and genomes (e.g., read biases and genomic structures that affect assemblies will make the subset selection harder).
There is increasing interest in designing smart biomaterials by employing the self-assembly characteristics of synthetic peptides.
Nacre's self-assembly characteristics are concerned about the development of calcite filled biomineralized scaffold following the nature based biomineralization process and biomimetic applications.
Nucleic acid engineering based on the base-pairing and self-assembly characteristics of nucleic acids was highlighted as a key technology for DNA/RNA nanotechnologies, such as DNA/RNA origami, aptamers, ribozymes.
Nucleic acid engineering based on the base-pairing and self-assembly characteristics of nucleic acids is key for DNA/RNA nanotechnologies, such as those involving DNA/RNA origami, aptamers, and ribozymes [16, 17, 127].
