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The XPS, HRTEM and FTIR data give reliable evidence that PdO particles are not responsible for LTA in CO oxidation.
XPS measurements also revealed that PdO, Rh2O3 and PtO2 are the main phases in the mono and bimetallic catalysts.
It is observed that PdO particles are uniformly deposited on the surface of the LSM-YSZ and surrounded by nano-sized ZrO2 particles.
Meanwhile, PDO mainly impacted the location parameter, μ, implying that PDO altered the changing magnitude of spring precipitation in the East River basin.
Since the Pt moved from the MgAl2O4 support to the PdO, we infer that PdO is better at trapping Pt than the MgAl2O4 support.
The results showed that PdO phase is present in the stabilized fibers and that this oxide phase is stable up to about 250 °C.
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It was considered that the PdO on ZrO2 support might be stabilized by the formation of the solid solution of PdO and ZrO2.
Interaction tests showed that the PDO and AMO phases modulate ENSO phase baseflows.
We found that the PdO in the fresh μ-gas sensor was reduced to Pd metal particles as the methane selectivity decreased.
Some studies have shown that the PDO in the 20th century had multi-decadal modes, one with periods of 15 to 25 years, and the other of 50 to 70 years [7].
Temperature-programmed reduction (TPR) measurements of the catalyst with hydrogen revealed that the PdO of PdO/Al2O3 catalyst was reduced at the temperature less than 100°C, whereas in PdO/ZrO2 catalyst the consumption of hydrogen was also observed at 200 300°C.
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