Sentence examples for formation controlled from inspiring English sources
Topics included chain and step-growth polymerization, gelation and network formation, controlled polymerization processes, and polymer architectures.
The observed phenomena can be used for optical grating formation, controlled laser surface modification, laser induced surface activation, etc.
Adipocytes maturation proceeds, with undetermined controlling factors, from stem cells to preadipocytes, with subsequent adipocyte formation controlled by activation of the nuclear receptor PPARγ.
An appropriate interpretation should focus on the muscle arm phenotype, the developmental program for muscle arm formation controlled by Notch, and the involvement of these processes in synapse development.
Many of these key players promote or prevent the initiation of autophagosome formation controlled by the ULK complex (composed of ULK1 or ULK2, FIP200, ATG13, and ATG101) and the Beclin1-PI(3 KC3 (class III phosphatidylinositol 3-kinase) complex (composed of Beclin1, Vps34 and its adaptor Vps15, ATG14L, UVRAG, AMBRA1, and others) [ 8, 9].
In further progress, three different reaction strategies were employed for the formation of controlled nanoscale polymer assembly particles by controlling particles surface properties and electrostatic interactions.
The setup profits from the formation of controlled and reproducible carbon nanotube (CNT) deposits on electrodes.
Biomolecule material interaction is accomplished via molecular specificity, leading to the formation of controlled structures and functions at all scales of dimensional hierarchy.
Furthermore, a novel method which can achieve in-situ formation and controlled coalescence of droplets was developed by using a designated magnetic field.
Although the majority of this review focuses on the synthesis and rheological behavior of branched polyesters, some discussion is devoted to the influence of branching on solid-state properties, sub-micron fiber formation, and controlled biodegradation for drug-delivery applications.
The positron annihilation lifetime spectroscopic technique was applied to study nanocrystals formation during controlled crystallization of a chalcogenide glass 51GeS2 9Sb2S3 40PbS, which was thermally treated at 330 °C for up to 15 h.
