Sentence examples for preparation of micro from inspiring English sources

Squilla chitosan (natural polysaccharide isolated from crustaceans), being cheaper, is one among several compounds which has received a great deal of attention for the preparation of micro and nanoparticles (Chun et al. 2007).

These include the preparation of micro or nanoarchitectured materials in a highly controllable manner for electrolyte-electrode assemblies of a wide variety of FCs including proton exchange membrane FCs (PEMFCs) and solid oxide FCs (SOFCs).

Although there has been some research work done on the preparation of micro crystalline cellulose-PVA composites from cellulose crystals of different sources such as bagasse, wood, cotton, sisal; etc., there has been no such report in the literature which addresses the application of CC of jute for biocomposites with PVA.

The Ion Total RNA-Seq Kit v2 (Life Technologies) was used for the preparation of micro RNA libraries according to the manufacturer's instructions starting with 100 ng total RNA.

This chapter discusses membrane emulsification processes used for preparation of micro- and nanoemulsions of controlled drop size.

In this paper, we focus mainly on the plating technologies for the preparation of micro-electronic components.

Knowledge and control of these parameters are of great importance for successful preparation of micro- and nanofibers of polymers with a desired morphology.

The higher crystallinity of cellulose in jute fiber indicates its suitability in the preparation of micro-/nano-cellulose crystal (MCC/CNCs).

The present paper describes a new approach developed for the preparation of micro- and nanostructural materials on the basis of polymeric compositions used as a matrix in non-linear optics.

The present article describes the application of a poly ethylene terephthalate) mesh as template for the preparation of micro-structured fibres mat by electrospinning of biodegradable triblock copolymers based on polylactic acid and poly(butylene succinate/azelate) random copolymer.

We report the preparation of micro-/mesoporous carbon monolithic xerogels by means of a two-step approach that comprises (1) hydrothermal carbonization of glucose in the presence of graphene oxide (GO) sheets as morphology-directing agents and (2) chemical activation of the resulting hydrothermal carbon (HTC) xerogels with KOH.