Sentence examples for hollow uniform from inspiring English sources
This paper provides a comparative study on the crashworthiness of different functionally-graded thin-wall tubes under multiple loading angles, which include hollow uniform thickness (H-UT), hollow functionally graded thickness (H-FGT), foam-filled uniform thickness (F-UT) and foam-filled functionally graded thickness (F-FGT) configurations.
It is also found that the presence of acetic acid not only being chemical modifier of TIP to lower its reactivity at relatively acid environment, but also gives rise to a uniform hollow TiO2 nanocages which play the crucial role in hollow formation.
The prepared hollow nanospheres are uniform, monodispersed with homogeneous size of around 480 nm, and spherical shape.
The HMS@PEG PLA which have hollow structure and uniform size were characterized by Transmission Electron Microscopy (TEM).
It is found that the as-prepared Co3O4 nanoparticles possesses uniform hollow spherical structure with many voids on the surface.
Hierarchical ultrathin NiCo2O4 nanosheeets grown on uniform hollow carbon microspheres (HC@NiCo2O4) are designed and fabricated by a solvothermal reaction followed with an annealing process.
The free and forced vibration of a rotating, pretwisted blade modeled as a laminated composite, hollow (single celled), uniform box-beam is studied.
The novel ceria (CeO2) hollow structures with uniform cubic, polyhedral and sphere shapes were successfully synthesized by template-engaged coordinating etching of shape-controlled Cu2O crystals.
Structural characterization indicates that the hollow spheres, with uniform diameter of 300 nm and shell thickness of 35 nm, consist of 20 30 nm TiO2 nanocrystallites.
The cavity size of the hollow spheres was uniform, at approximately 170 nm in diameter and with a shell thickness of 30 nm.
Uniform hollow NiCo2O4 (NCO) as the intermidate is initially prepared by calcination, and subsequently chemically transformed into spinel HM-NCS ellipsoids through in situ anion-exchange reaction.
