Sentence examples for controlled attachment from inspiring English sources

Modeling of the breakthrough curves, thus, required coupling two parallel processes: a kinetically controlled attachment process far from equilibrium, responsible for the shape modification, and an equilibrium sorption, responsible for particle retardation.

This allows for controlled attachment and detachment and is a critical innovation for clean release and reuse.

This has enabled the controlled attachment of nanotubes on nanoscale features.

The predictive power inherent in periodic trends may be put to use in designing molecules for applications where controlled attachment of organic molecules to semiconductor surfaces is needed.

In contrast to approaches using scaffolds, we have developed novel approaches that use culture surfaces covalently immobilized with the temperature-responsive polymer poly N-isopropylacrylamide) that allows for controlled attachment and detachment of living cells by simpoly N-isopropylacrylamide

In contrast to methods that combine biomaterials with living cells, we have developed an approach that uses culture surfaces grafted with the temperature-responsive polymer poly N-isoproplyacrylamide) that allows for controlled attachment and detachment of living cells via simpoly N-isoproplyacrylamide

Important research questions related to the pore-scale factors that control attachment and detachment are key to furthering our understanding of the transport of biocolloids in porous media.

Several of the compounds identified are potentially useful as additives in marine antifouling coatings as they control attachment of barnacles in laboratory tests and an estimation program (BIOWIN) developed by the US Environmental Protection Agency predicts that they will degrade completely in weeks to months.

In our previous report, we demonstrated that Hfq controls attachment and biofilm formation in E. amylovora[ 39].

They act as regulators of mitosis and meiosis by controlling attachment of chromosomes to the spindle and regulating progression into anaphase [ 1- 4].

Our novel approach allows controlled cell attachment to implant surfaces, representing a critical advance for enhanced biointegration of implantable medical devices.