Sentence examples for versatile preparation from inspiring English sources

Silver nanoparticles (AgNP) have been attested with the versatile preparation methods towards their potential applications in interdisciplinary sciences.

The most speckled and versatile preparation route appears to be the so-called ''sacrificial anode'', electrolysis that is usually carried out in the presence of the nanoparticle stabilisers.

Notably, unlike other chemical approaches, click chemistry owing to its unique bioorthogonal feature does not interfere with encapsulated bioactives such as living cells, proteins and drugs and furthermore allows versatile preparation of micropatterned biomimetic hydrogels, functional microgels and nanogels.

The drop casting process is the most versatile preparation technique whereby the morphology of phenytoin at the silica surface can be strongly altered.

It was therefore concluded that a stable, versatile paediatric preparation of the two drugs could be prepared by blending pre-formulated granules containing the individual constituents rather than producing a combined granule comprising intimate mixtures of the two agents.

Solid-phase extraction (SPE) is a versatile sample preparation method widely spread in biomedical laboratories due to its simplicity of use and the possibility of automation.

Miniaturized needle extraction device has been developed as a versatile sample preparation device designed for the rapid and simple analysis of smoking-related compounds in smokers' hair samples and environmental tobacco smoke.

A versatile cobalt micro/nanostructure preparation method via a facile electrochemical growth approach is reported in this study.

Here, we report the design of a versatile system for preparation of recombinant outer membrane vesicles based on an engineered autotransporter.

A simple and versatile method for preparation of novel manganese 2,5-thiophene dicarboxylate microspheres is developed via a surfactant-assisted solvo-thermal route, which are found to be a new high-energy anode material for lithium-ion batteries.

To facilitate the synthesis of α-GalCers and their derivatives, a novel and convergent strategy was designed, which is expected to be versatile for the preparation of a variety of analogues in a diversity-oriented fashion.