Sentence examples for by thermal decomposition method from inspiring English sources

Superparamagnetic iron oxide nanoparticles (SPIONs) were synthesized by thermal decomposition method to obtain narrow size particles.

The electrodes were prepared by thermal decomposition method with x varied from 0 to 1.5.

γ-Al2O3 hollow and self-encapsulated architectures have been synthesized by thermal decomposition method using the as-synthesized γ-AlOOH as precursors, and the morphologies and microstructures of γ-AlOOH have sustained very well.

The NiMo complex oxide film electrode prepared by rf magnetron sputtering method was found to have good stability, good reproducibility and effective electrochemical properties in comparison with the oxide film electrodes prepared by thermal decomposition method.

Effects of surface structure on the electrochemical properties of Ni metal complex oxide film electrodes prepared by radio frequency magnetron sputtering method and by thermal decomposition method have been investigated.

Then, of the electrodes prepared by thermal decomposition method, the NiMo complex oxide film and the NiRe complex oxide film were shown to have good electrochemical properties.

The high relaxivity coefficients of HA-MRCAs were achieved not only by the substitution of one of the Fe ions with a Mn ion, but also by the high crystallinity and monodispersity of the MNCs synthesized by the thermal decomposition method [42 44].

The Lal-xMxCoO3 electrodes prepared by the thermal decomposition method employing the ultrasonic technique and the Ag electrodes by the rf magnetron sputtering method were used as the oxygen electrodes.

This paper reports the facile synthesis of monodispersed nickel-doped ceria nanoparticles by a thermal decomposition method, which is used to promote catalytic properties of Pt/C.

The Co3O4 film anodes for oxygen evolution were prepared by a thermal decomposition method and their anodic polarization characteristics were investigated in alkaline solutions.

The anodic evolution of oxygen was investigated on the platinum oxide electrode, prepared by a thermal decomposition method, in alkaline solutions; the overvoltage data were reproducible on this electrode.