The g-C3N4 nanotubes with orderly tubular morphology of length-diameter ratio of 30 70 exhibit excellent hydrogen evolution rate (118.5 μmol h−1), which is obviously superior to the bulk g-C3N4.
It was demonstrated that the outstanding mechanical properties were mainly attributed to the fine grain size and the strengthening phase Al11La3, which was in high volume fraction, fine acicular/lamellar morphology, "orderly stack" distribution and excellent thermal stability.
The temperature gradient along the anode was thought to be responsible for the orderly change in deposit morphology.
Morphology analysis shows orderly assigned grains with some small defects due to the volatilization of Bi2O3 tested by scanning electron microscope and atomic force microscopy.
The alloy with 4 wt.% Ce/La exhibits high tensile properties and good heat resistance until 200 °C, which were mainly attributed to the fine dendritic arm spacing and the main strengthening phase Al11(Ce, La 3, which is present in high volume fraction, and possesses fine rod-like morphology, network or "orderly stack" distribution and good thermal stability.
Meanwhile, most pure collagen fibers at day 7 curled and differed significantly from the orderly aligned straight and smooth fiber morphology.
Various morphologies (loose interwoven tubules to very orderly patterns of paracrystalline conformation) have been described.
The results showed that the copolymer exhibited high pH responses, and the morphologies of the copolymer aggregates underwent four stages orderly with the pH increase (pH = 3 9): a disorganized form, micelles, semi-vesicles with thick walls and vesicles.
Polymer chains stretched and elongated freely to form a disordered micro-nano-scale grass/leaf-like morphologies in pure PTFE coating (P1 coating), while orderly polymer nano-fibers (100 nm in length/5 to 10 μm in width) with a certain direction are obtained by the force Fblow along the direction of H2 gas flow.
The mouldings show enhanced toughness when the impact stress is imposed on the mouldings in the direction along which the deformation of the orderly KR05 lamellae may predominate in the whole change of the lamellar morphology on impact.
The subsequent addition of ZapA did not affect the GTPase activity of FtsZ particularly but caused a considerable change in the morphology of the bundles, which appeared to consist of very orderly parallel-aligned filaments separated by a constant space of 22 nm.
