Sentence examples for substrates with well from inspiring English sources

It can be seen that the MQW-NPAs were vertically aligned on the substrates with well periodical structures in a large-scale area.

A surface functionalization strategy that produces substrates with well-controlled ligand density is critical to investigating the role of cell substrate interactions in regulating cell adhesion, viability, migration, proliferation and differentiation.

Further work is needed to test the activity of this family of α-glucuronidases using model substrates with well-defined acetylation patterns.

Today, design and construction of substrates with well-controlled physical and chemical properties and micro- and nanoarchitecture have become an important tool in the construction of tissue engineered replacements.

The general spacer image transfer (SIT) technique is used to create a fine 3D fin structure on the Si substrate with well doping of 1.1 × 1017 cm−3.

Overall, these results demonstrate that the microprinted nanocages are good MEF substrates with quite well predictable characteristics for utilization in biochips, diagnostics, and photonics.

This approach was intended to provide a standardised substrate with well-defined concentrations of the model substances.

Prominent among these concepts is the need for (1) positioning distinct biomolecules within designated nanoregions in a substrate with well-defined feature size, shape, and spacing, while retaining their native biological features and properties and (2) high biomolecule resistively by the other regions of the substrate.

In order to create substrates with a well-defined distribution of nanoparticle sizes and consequently well-defined localized plasmonic properties, the kinetics of nanoparticle growth has to be considered when choosing the dipping protocol.

It has been demonstrated that a well-developed MBE technology enables one to grow strained Hg1−xCdxTe layers on GaAs/CdTe substrates with a well-defined composition near the 3D Dirac point and consequently allows one to produce a 3D topological Dirac semimetal - 3D analogy of graphene - for future applications.

The overall steady state behaviour of the model has been summarized in easy-to-interpret operating diagrams, depicting the occurrence of steady states in terms of the reactor dilution rate and the influent substrate concentration, with well-defined boundaries between distinct operating regions.