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The ZnS sphere is composed of many tiny ZnS crystals that are densely packed.
In fact, every one sphere is composed of various smaller nanoparticles.
The first coordination sphere is composed of two cysteines, Cys32 and Cys35, which form a disulfide bond in wild-type thioredoxin, as well as two cysteines introduced by mutation, Trp28Cys and Ile75Cys.
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From the inset magnified SEM image, it was easy to find that the sphere was composed of large amount of pyramid particles with diameter of 50 to 100 nm. Figure 3c displays similar morphology as Figure 3b, with the larger spheres of 0.8 to 3.5 μm composing of tremendous pyramids with size of 250 to 300 nm, when the reaction time was further extended to 8 h.
The spheres are composed of hydrous silica that may be either almost cristobalite-like, tridymite-like, mixtures of both, or random and nondiffracting.
As revealed in the TEM images, the spheres were composed of TiO2-NPs.
Surface morphology studies show that the hierarchical spheres are composed of nanosheets.
Said spheres are composed of positively charged white plastic on one side and negatively charged black plastic on the other side.
The as-prepared La2O2CO3 porous hollow spheres are composed of nanoparticles with a mean particle size of 15 nm.
The as-synthesized carbon spheres are composed of unclosed graphene layers with the interlayer distances 0.33 0.35 nm.
The high-resolution TEM images (Figure 2b,c) further indicate that these spheres are composed of a lot of well-aligned nanosheets.
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