Sentence examples for compact shell from inspiring English sources
A compact shell comprising Pt nanocrystals can thus be formed on the surface of Ag NWs.
At relatively low temperatures the formation of large agglomerates results in a compact shell development which suppresses the evaporation.
The microcapsules have a compact shell structure, which can confine the oscillation of IL leading to more serious friction and collision of molecules and ions than the free IL.
Beta-tricalcium phosphate (β-TCP) bioceramics with a bioinspired structure were designed and prepared with a porous cancellous core (porosity: 70 90%) inside and a dense compact shell (porosity: 5 10%) outside that mimics the characteristics of natural bone.
The scanning and transmission electron microscopy investigations indicated that all of the resultant microcapsules presented a perfect spherical shape with a uniform particle size of 1.5 2 μm, and they also exhibited a well-defined core shell structure as well as a smooth and compact shell.
On the basis of scanning and transmission electron microscopic investigations, the resultant magnetic microcapsules were found to present a perfect spherical morphology with a uniform particle size of 4 6 μm, and they also showed a well-defined core shell structure constructed by a smooth and compact shell.
In this paper, the original compact shell-and-tube heat exchanger with circular minichannels of in-house design and manufacturing is presented as the condenser for the domestic micro heat and power plant investigations as well as other future technical applications.
Most recently, novel metal@oxide structures with pinhole-containing (PC) shells have drawn tremendous attention, which could not only increase the working temperature of SERS substrates moderately [10], but also exhibited even better SERS properties and broader application fields compared with metal@oxide substrates of compact shells [11, 12].
Furthermore, the compact carbon shell can promote the formation of stable solid electrolyte interphase on the fiber surface.
The resulted porous Fe3O4/carbon hybrid fibers composed of compact carbon shell and Fe3O4-embeded honeycomb-like carbon core are formed due to the thermal decomposition of PS and PAN.
The reductive C2H2 gas was employed not only to produce indium catalyst to promote the vapor liquid solid growth of ITO nanowires, but also to form in situ a compact carbon shell on the ITO nanowire core.
