Sentence examples for morphology and improved from inspiring English sources
Organoids in RWV demonstrate enhanced proliferation, with well-defined morphology and improved differentiation of neurons including ganglion cells and S-cone photoreceptors.
But it is evident that dynamic vulcanisation can be employed as a technological compatibilisation technique to get finer and stable morphology and improved mechanical properties.
The final TiO2 film (Tween 20: final sol = 50%,v/v) exhibits high BET surface area (∼ 120 m2/g) and pore volume (0.1554 cm3/g), ultrafine anatase nanocrystallinity (7 nm), uniform and crack free surface morphology, and improved photocatalytic activity.
The synthesis temperature and NaOH KOH molar ratio used in the preparation were changed in order to define the best experimental conditions leading to solids with nanotubular morphology and improved potassium loading.
Nevertheless, a uniform transcrystalline γ′-PVDF layer of hundreds of micrometers can be created with sufficient time, which provides a novel method for producing γ′-PVDF with controlled morphology and improved yield.
It has been revealed that the presence of the aluminum buffer layer on insulating/semiconducting silicon oxide/silicon wafer resulted in a higher growth rate, narrower diameter distribution, neater morphology and improved crystalline quality of MWCNTs.
They have affected the oxide film growth, modifying the morphology and improving the corrosion performance of anodic films.
It will be critical to determine the lowest dose capable of normalizing cerebellar morphology and improving hippocampal function while avoiding effects on the craniofacial skeleton.
In a subsequent study [ 93], UGT74E2 responded quickly to H2O2 and glycosylated indole-3-butyric acid (IBA) modifying auxin homeostasis, plant morphology and improving stress tolerance to salinity and water deficit.
Use of the ionic liquid as the growth medium results in significantly altered film morphologies and improved electrochemical activities.
Metal-organic-frameworks (MOF) derivation has been demonstrated to be an effective strategy to obtain porous metal oxides with controlled morphologies and improved electrochemical properties for lithium-ion batteries.
