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Exact(27)
Limited Au/Pd alloying occurred below 300 °C in the absence of particle sintering [208].
However, the size of CdS nanoparticles became larger owing to the particle sintering.
A low coercivity was observed for the monolayer particle films whereas the four-layer particle films showed higher coercivity with increased particle sintering.
Since, the catalysts were tested at acidic pH, the carbon support gets corroded and resulted in decreased catalyst active surface area due to catalyst particle sintering.
The results of the TEM investigation are consistent with the suggestion that deactivation is attributed to carbon deposition and not to particle sintering.
The dm = 73.8 μm particle sintering with nano-roughness successfully balance various conflicts among capillary pressure, vapor liquid interface area, flow resistance and liquid removal from the condenser surface.
Similar(33)
Consequently, GNP/MWCNT synergistic enhancement increased reinforcement agglomeration and decreased the grain refinement effect, hindering Cu particles sintering, the formation and growth of sintered necks, and the gap closure process.
Significant crystallite growth was observed at 1100 °C, together with densification of some of the domains via inter-particle sintering to form dense aggregates.
MgO was found to be an effective promoter to improve resistance to carbon deposition and to minimize Ni particles' sintering [10, 11, 12].
Very good stability of this catalyst during ageing can be explained by absence of nickel particles sintering and very low carbon content observed after catalytic tests.
Figure 13 shows the final compressive stress as a function of system vibration frequency for the particles sintered under the same amplitude of 3a.
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