Sentence examples for surfaces to yield from inspiring English sources

This investigation highlights the importance of heat management at features with negative surfaces to yield parts that are dimensionally accurate without introducing excessive internal melt defects in the form of voids and porosity.

Building from recent achievements in the site-specific modification of virus for covalent surface tethering, we show in this work that stable 2D virus patterns can be generated in custom geometries over large area glass surfaces to yield templates of biological, biochemical, and inorganic materials in high density.

Our model provides a structural basis for the Mediator to pol II cross-links reported by Plaschka et al. (2015), which can be mapped with precision onto both the Mediator and pol II surfaces to yield a structurally consistent set of cross-link distances.

The prolonged substantivity of chlorhexidine, accepted as the most effective oral antibacterial [ 8, 20], is generally attributed to weak adsorption followed by slow desorption to and from oral soft tissue surfaces to yield a prolonged effective antibacterial concentration in saliva [ 9].

It has been suggested that ozone can be adsorbed on a catalyst surface to yield different oxidizing species [31].

Scientists are hoping the probe will analyse the comet's surface to yield insights into the origins of our Solar System more than 4.5 billion years ago.

The pesticide 2,4-D (2,4-dichlolorophenoxyacetic acid) was immobilized on a silica gel surface to yield a new compound designed SiD.

Chemical incorporation of the maleate surfmers into the polymer particles appears to occur early on in the polymerizations, but a sufficiently high proportion of groups is on the surface to yield stable latex emulsions.

For the purpose of enhancing the field-effect mobility of poly 3-hexylthiophene) (poly 3-hexylthiophenearbon nanotubes (MWCNTs) were functionalized by attaching covalently P3HT onto the MWCNT surface to yield P3HT-grafted multi-walledCnanotubes

Phosphomolybdic acid anion ([PMo12O40]3−) was used for the immobilization of ruthenium II) tris bipyridine) (Ru bpy 32+) on an electrode surface to yield a sensitive solid-state electrogenerated chemiluminescence (ECL) sensor.

We present the oxidative nitration of catechol in the presence of nitrous acid followed by electrochemically reduction of the generated nitro aromatic group to the corresponding amine group and its conversion to diazonium cation at the electrode surface to yield a surface covalently modified with catechol.