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During the heterogeneous oxidation of metallic particles in a gaseous oxidant, a film of oxide usually separates the metal and oxidant, with the reaction rate being governed to a great extent by the protective properties of the film.
Comparison of experimental results with theoretical calculations provides information on the shape distribution of metallic particles in the suspension.
Results of experiments on creation of layers consisting of nanosized metallic particles in LiF host are presented.
We present simple phenomenological evidence linking the optical and tensile properties of nanocomposites of metallic particles in polymer melts to their method of preparation.
In addition, the prepared Ag-doped coatings demonstrated active oxidation protection and self-healing functionality due to the segregation of Ag metallic particles in damage areas such as cracks, pin-holes, or oxidation sites.
To fabricate a composite modified with uniformly dispersed metallic particles, in this paper, electrical conductive porous alumina (CPA) was firstly pre-treated with mixed acids followed by deposition of Pt nanoparticles via reductive reaction.
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This paper introduced the information about ECS including the models of eddy current force and movement behavior of nonferrous metallic particle in the separation process.
Nanofluids (colloidal suspensions of nano-sized metallic and non-metallic particles in conventional cooling liquids) are well known for their potential to enhance the thermal transport.
We showed in another experiment that the immersion of a Ge(100) sample loaded with metallic particles (Ag particles) in LOW creates no such pits [20, 21], which gives evidence of the validity of our model mentioned above.
The growth process was catalyzed by the impurities of metallic particles confined in the solid source plate made of a mixture of graphite and silicon powders pressed at 150°C.
It was found a good consolidation of metallic particles even in green specimens at 275 MPa.
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