[PDF] Top 20 Microstructure and Electrical Conductivity of BaRuO3 Thin Films Prepared by Laser Ablation

... decreased with sputtering, and therefore this peak should contain a surface binding state such as a non-perovskite cluster or a dangling bond. Although it is difficult to definitely assign this mixed binding energy state, ... See full document

... high electrical conductivity of such film is almost the same as that of SRO single crystals, and excellent interfacial coherency has been ...the electrical con- ductivity of SRO thin film ... See full document

... BRO thin film was obtained in this study. Although (205) 9R BRO thin film was commonly prepared on (001) STO substrate, another plane can be also an epitaxial ...and electrical ... See full document

... plane. The streak pattern suggests that the epitaxial (001) SRO thin film should have a terrace and step structure. On the other hand, the spot pattern was observed in the (110) SRO thin films (Fig. 3(b)). It ... See full document

... The crystal phase was studied by X-ray diffraction (XRD, Rigaku RAD-2C). The thickness was measured by a profilometer (Taylor-Hobson Talystep). Surface morphology was observed by a field-emission scanning electron micro- ... See full document

... the resistivity decreased and electrical property changed from semiconductive to metallic with increasing the oxygen pressure. In the present study, based on their explanation, the semiconductive behavior was ... See full document

... thin films during the sputtering. The tapping mode AFM images were taken using a Digital Instruments Nanoscope III, multimode atomic force microscope. An Si tip with end tip diameter of 5–10 nm and 300 kHz resonant ... See full document

... cross-plane electrical conductivities of the samples; however, the Seebeck coefficients of the two planes did not significantly ...thermal conductivity of both planes by categorizing it into three ... See full document

... Laser chemical vapor deposition (LCVD) is a possible candidate technique for depositing coatings at a high deposition rate with a wide variety of microstructures. 8,9) In this technique, a laser is employed ... See full document

... the laser beam parameters; such as laser wavelength and pulse power ...including microstructure, chemical composition, thermal conductivity and absorption are crucial ... See full document

... improves conductivity by reducing the band gap allowing more electrons to move into the conduction ...the thin film stacked photovoltaic cell manufactured in case study two. Laser processing was used ... See full document

... Fabrication and stabilization of materials that do not occur naturally has been the subject of great interest of current materials research [1]. Recently the investigations of ferroelectric multilayer and superlattices ... See full document

... XSJ and MZ prepared the films and tested the surface topography. X-ray diffraction was investigated by SWS and XPS. The surface morphology and optical properties were measured by GH and ZQS. The ... See full document

... Two kinds of chalcogenide films with similar Sb/Te atomic ratios, AgInSbTe (AIST) and SbTe (ST) were deposited on alkali-free glass using the RF sputtering method. The microstructure characteristics of both ST and ... See full document

... Metal thin films were deposited on glass in order to analyse the optical properties of the samples in terms of absorbance, reflectance and transmittance since it is a transparent ...The electrical ... See full document

... were crystallized to anatase after the heat treatment at 1173 K for 3.6 ks in air. Pal et al. reported that an anatase film 50 nm in thickness showed no phase change after a heat treatment at 1473 K. 17) The phase ... See full document

... using laser ablation in liquids, and nanopastes were formed with the produced metal ...pulse laser was used for laser ablation in ...fiber laser in air atmosphere, and iron, ... See full document

... microstructure of Cr, Mo, Cr-Mo alloy films look like ZONE-1 or ZONE-T from the cross-section view of Fig. 5. Melting points are considered for explaining the micro- structure. Grain sizes of Mo films are smaller ... See full document

... R: electrical resistance (Ω), L: distance between the poles of aluminum (cm), Ḁ: cross-sectional area the electrons move within, b: Pole width (cm), t: the film thickness (nm) it converts to (cm) Continuous ... See full document

... The conductivity of CdZnSeTe thin films was measured by four probe ...of conductivity for as deposited CdZnSeTe thin films deposited at substrate temperatures 250°C,275°C,300°C ... See full document