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Original Articles

Highly Porous Spongelike Ceramic Films with Bimodal Pore Structure Prepared by Electrostatic Spray Deposition Technique

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Pages 276-281 | Received 04 Jul 2004, Accepted 02 Nov 2004, Published online: 26 Mar 2010

Figures & data

FIgure 1SEM micrographs of lithium–cobalt–oxide films with deposition time (a,b) 1 h, (c,d) 4 h, (e,f) 6 h, and (g,h) 11 h. The images (a, c, e, g) and (b, d, f, h) show the cross sections and surfaces of the films, respectively.

FIgure 1SEM micrographs of lithium–cobalt–oxide films with deposition time (a,b) 1 h, (c,d) 4 h, (e,f) 6 h, and (g,h) 11 h. The images (a, c, e, g) and (b, d, f, h) show the cross sections and surfaces of the films, respectively.

FIgure 2The thickness and mass of lithium–cobalt–oxide film as functions of the deposition time.

FIgure 2The thickness and mass of lithium–cobalt–oxide film as functions of the deposition time.

FIgure 3X–ray diffraction pattern of an as–deposited lithium–cobalt–oxide film on Al substrate. The indexed peaks are from the diffraction of CoO.

FIgure 3X–ray diffraction pattern of an as–deposited lithium–cobalt–oxide film on Al substrate. The indexed peaks are from the diffraction of CoO.

FIgure 4SEM micrograph of a lithium–cobalt–oxide film deposited at 235°C for 8 h: (a) cross section and (b) surface.

FIgure 4SEM micrograph of a lithium–cobalt–oxide film deposited at 235°C for 8 h: (a) cross section and (b) surface.

FIgure 5SEM micrograph of lithium–cobalt–oxide films deposited for 2 h at (a) 270°C, (b) 300°C, and (c) 320°C.

FIgure 5SEM micrograph of lithium–cobalt–oxide films deposited for 2 h at (a) 270°C, (b) 300°C, and (c) 320°C.

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