Sentence examples for substrates the development from inspiring English sources

In surface treatment of paper substrates the development is towards more compact and all-online surface treatment processes.

Although strategies such as batch, feed-batch, and two-stage hydrolysis have been evaluated on a range of pretreated substrates, the development of an efficient hydrolysis process has been limited, at least in part, by the lack of understanding of how commercially relevant pretreated pulp fibers are enzymatically hydrolyzed.

In addition, when the electrodeposition was applied on the stipe-type micro-patterned substrate, the development of the electrodeposited structure was concentrated at the edge of the micro-patterns.

Aldehyde- and ketone-functionalized proteins are appealing substrates for the development of chemically modified biotherapeutics and protein-based materials.

Molecular design of substrates allows the development of biomaterials that lead to specific and desirable biological interactions with the surrounding tissues.

Advances in microelectomechanical systems (MEMS) have allowed the microfabrication of polymeric substrates and the development of a novel class of controlled delivery devices.

Four electrode materials: Pt, Au, Pd and glassy carbon (GC), were studied to investigate their suitability as substrates in the development of two different classes of glutamate biosensor.

These results demonstrate that the carbon nanotubes could provide huge locations and facilitate the adsorptive accumulation of the guanine and adenine, and the CeO2 nanoparticles are promising substrates for the development of high-performance electrocatalysts for biosensing.

Astrocytes create the brain environment, build up the micro-architecture of the brain parenchyma, maintain brain homeostasis, store and distribute energy substrates, control the development of neural cells, synaptogenesis and synaptic maintenance, and provide for brain defense.

Depositing this matrix on various glass substrates allowed the development of a series of optical sensors able to measure interstitial oxygen concentration [O2] with several hundred millisecond temporal resolution in varying biological microdomains of active brain tissue.

Moreover, the demand of using cheap substrates and the development of new devices with advanced materials like "high-k dielectrics" and "organic materials" implies the need of new processes avoiding high substrate temperatures that may decompose or alter the substrate materials, crystallise part of the heterostructures or promote segregation effects.