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Raman spectroscopy of investigated materials indicated highly disordered carbon structure with crystallite sizes around 1.4 nm.
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The results indicated highly skewed BV14 and BV16 in the synovial lesion tissue and BV16 in synovial fluid of RA, while control synovial material had diverse BV distribution.
The morphology and structure analysis of gas sensing materials indicated that the as-fabricated NiO films was uniform and highly ordered porous structure on substrates, which composed of small size particles with diameters ranging from 8 to 30 nm.
The high vanillic acid to vanillin (Ad/Al v (0.71 2.01) and syringic acid to syringaldehyde (Ad/Al s (0.72 2.12) ratios indicate highly degraded lignin materials.
The RGBNNTs shows an ambipolar semiconducting behavior (typical of CVD graphene) with a charge-neutrality point at ∼95 V, which indicates highly p-doped material due to the BNNT hybridization on the graphene grain boundaries, in agreement with other BCN hybrid structures.
The distorted slip bands and the extremely high dislocation densities at the intersections indicate highly strained state of the material.
Data on some crops indicate highly variable yield gains in some places and declines in others.
Two Asterisks indicate highly statistical differences (p<0.01).
* indicate highly used codons, + indicate rarely used codons.
The results of thermal gravimetric analysis, Brunauer Emmett Teller measurements, X-ray diffraction, environmental scanning electron microscopy and transmission electron microscopy for samples of HMM and HMM/S material indicate that HMM has a highly ordered pore structure and highly crystalline walls, facilitating electrolyte flooding of these pores within the cathode.
However, the magnified images (Fig. 2a, b) of as-obtained material indicate that thin Ni-nanosheets are interconnected with each other, forming a highly porous spider web on ground-like nanostructure.
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CEO of Professional Science Editing for Scientists @ prosciediting.com