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The results indicated that vanadium particles were highly dispersed on the wall of carbon nanotubes.
Moreover, these CPMV particles were highly stable for periods of up to 46 days at room temperature and 37 °C.
The resulting particles were highly crystalline ATO microspheres in the diameter range of 3 10 μm and with many pores.
The obtained particles were highly immunogenic in mice and the resulting sera recognized both E. coli- and yeast-derived Qβ VLPs equally well.
It was confirmed that heat-treated beak bone particles were highly porous in their structure, with a rough surface, and the Ca/P atomic ratio value was 1.65, similar to that of human bone.
The synthesized silica particles were highly dispersed in PP with dimensions comparable to the amorphous thickness (<10 nm), while their mass fractal dimension acquired by small-angle X-ray scattering was dependent on the sol gel conditions.
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The nanometer-size particles are highly reactive, meaning that they glue together well.
A simple and effective tunable mechanism for promoting aggregation of particles is highly desirable.
The particles are highly agglomerated due to their nanometer size consequent large specific surface area.
While pools of HIV-1 particles are highly heterogeneous, studies of HIV nuclear entry are typically limited to population-averaged information.
We found that distinct dark matter rings only formed when the velocity dispersion tensor of the dark matter particles was highly tangentially anisotropic (Figure 3).
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