Sentence examples for control over size and from inspiring English sources

Precise control over size and size distribution of emulsion droplets and microcapsules are important for effective use and delivery of active components and better product quality.

Recently we started investigating if nanoparticle synthesis via laser ablation in the presence of natural stabilizers allows control over size and shape and constitutes a useful, uncomplicated alternative over conventional synthesis methods.

"In fact, the stranski-krastanow (SK -based growth approach, which iSK -based lattice-mismatch systems, has made it possible to achieve a vast rangrowthstructures with control over size approachity but results in a random lateral spacing of QDs which can hisder the QD fusedinnality as a qubit in quantum computing".

Furthermore, we made use of natural groups and had little control over size and composition of the group.

We prepared microspheres using a reverse phase emulsion technique [ 13] to obtain more control over size and shape of the particles.

We describe a continuous flow scheme to conceive and produce hierarchically organized large emulsions and particles with very good control over size, shape and internal structure.

Nanotechnology enables control over size, shape and multi-functionality of particulate drug delivery systems.

The techniques outlined here afford robust hydrogel metal composite systems with excellent control over size, composition and topography of the interfaces.

Ion-exchange reactions applied to nanomaterials are extremely useful tools for fabricating nanostructures with control over size, shape, and chemical composition1,2,3,4,5. Cation exchange (CE) reactions, for example, are now routinely used to completely or partially replace the cations of preformed nanocrystals with different types of cations, retaining their size and shape6.

Many microbes are known to produce highly structured metallic nanoparticles with very similar properties to that of chemically synthesized materials, while having precise control over size, shape and monodispersity.

This allows for much better control over size, composition20, shape and heterostructuring, and generally results in QDs with improved crystallinity and stability.