Sentence examples for modification approach for from inspiring English sources
A novel modification approach for LiNi0.5Co0.2Mn0.3O2 material was investigated in this work.
Retro-Diels-Alder reaction (rDA) has been widely used as a common modification approach for expanding functional applications of polymers.
The physical coating procedure used in this work may provide a new facile modification approach for other cathode materials.
The sensitivity is evaluated by determining a semi-analytical method based on the dynamic modification approach for the case of multi-variate stochastic input process.
This degree of fouling resistance have not previously been reported for PVDF-based membranes, to our knowledge, and indicates the promise of this membrane modification approach for a wide range of applications.
The facile modification approach for graphene can introduce oxygenated functional groups on the graphene surface to promote proton transfer as well as keeping the high electron conductivity without destroying the graphene original structure.
For fine powders, two surface modification approaches for producing dispersible powders are considered: first, suitable for powders >10 μm where attrition is minimum, and second, suitable for finer particles including inhalable (2 5 μm), where simultaneous micronization and surface modification is performed.
In contrast to the wealth of experimental trials of lifestyle-based behaviour modification approaches for normoglycaemic overweight and obese youth, very little experimental evidence exists for the efficacy of lifestyle changes on cardiometabolic health outcomes in youth with type 2 diabetes [ 13, 32].
As poor mental health, in the form of depression, anxiety and low quality of life, is a hallmark complication of obese youth, strategies to enhance mental health should be considered key features of behaviour modification approaches for promoting healthy living, particularly among youth with T2D.
Therefore, this surface modification approach holds great potential for improving soft-tissue integration around zirconia abutments in clinical application.
Most biomaterials have a lack of a simple, efficient and robust antifouling modification approach that limits their potential for biomedical applications.
