Sentence examples for modifications for improved from inspiring English sources

This is followed by a section on bioinspired natural fibre surface modifications for improved green composites.

In this chapter, we will discuss the structural and functional requirements of musculoskeletal tissues, the design of nanofiber scaffolds—structure, chemical composition, and surface modifications for improved cell response and tissue regeneration.

This paper aims to give a detailed review about the various types of solar stills, covering passive and active designs, single- and multi-effect types, and the various modifications for improved productivity including reflectors, heat storage, fins, collectors, condensers, and mechanisms for enhancing heat and mass transfer.

Such a nonspecific mechanism might present these complexes as non selective meaning structural modifications for improved efficacy is needed.

Design modifications for improving the dynamic ruggedness and suitable test conditions are proposed.

Secondly, from the prodrug principle view, the esterification and amidation at the C-4 position of DMEP would be two useful structure modifications for improve solubility.

The objectives of this paper were to: i) describe the development of a computer aided layout designing tool for minimising the total material flow distance under dynamic demand scenario, ii) investigate the appropriate setting of TLBO parameters, and iii) propose four TLBO modifications for improving its performance.

Further, we evaluated the effect of the anti-inflammatory reagents on transduction efficacy, and found some increase in transgene expression after treatment with dexamethasone on two out of four cervical cancer cell lines (Fig.1 f,g) As a major determinant of the efficacy of oncolytic adenoviruses is infectivity [34], we utilized genetic fiber modifications for improving cell killing efficacy.

In consequence, the potential modifications for improving the anti-TB activity of 1 were envisaged to be carried out either on the aromatic ring or on the isobutyl chain.

The identification of the importance of this RW response trait in willows, is likely to be valuable in selective breeding strategies in willow (and other angiosperm) biofuel crops and, with further work to dissect the nature of RW variation, could provide novel targets for genetic modification for improved biofuel feedstocks.

Membrane fouling research has become a focus, significant amount of work has been dedicated to membrane surface modification for improving anti-fouling performance.