The phrase "areas morphology" is not correct in English as it lacks clarity and proper grammatical structure.
It could be used in a context discussing the morphology of specific areas, but it would need additional context or modification to be clear.
Example: "The areas morphology of the region reveals significant variations in plant species."
Alternatives: "morphology of areas" or "area morphology".
Goethe's influence and Neurath's romantic inheritance are manifest in two areas, morphology and historiography: holism, historical conditioning, role of pictures and metaphorical language in carrying physical theory and argument (ON 1973, 102-3), rofe of language, and thereby hypothetical elements, in establishing facts (Zemplen 2006).
Current collectors and substrate materials are of pivotal importance for the design and preparation of electrodes and energy storage devices, because their surface areas, morphologies, ionic and electronic conductivities, and mechanical properties substantially influence electrochemical performances.
Photocatalytic activity of TiO2 has a relationship with its size, shape, surface area, morphology, and dimensionality [16].
The fresh aspect of the area morphology, i.e. dunes erosion marks, pleads for a rather recent event.
The granule surface morphology and cross-sectional area morphology were examined by optical microscopy (Motic SMZ-168 microscope with universal stand).
The specific surface area, morphology and electrochemical performance of thin films of electrodeposited manganese dioxide have been examined.
The unique morphology of the vanadium oxide aerogel has led us to consider alternate electrode structures because traditional methods may compromise the mesoporous, high surface area morphology.
The particles differ in surface area, morphology, particle size, amount of ligand present per weight of sample, and degree of ligand coverage.
It is well known that photocatalytic activity is strongly dependent on physical properties such as the crystal phase, particle size, specific surface area, morphology, and so forth.
The produced biochars were highly alkaline and had significant differences in terms of surface area, morphology, nutrients content and ratios of atomic C N and H C.
This originates from the appealing intrinsic properties of nanocelluloses: nanoscale dimensions, high surface area, morphology, low density, chirality and thermo-mechanical performance.
