Download Pulsed Laser Deposition of Thin Films: Applications-Led by Robert Eason PDF

By Robert Eason

A complete evaluate of what's required to establish and start learn during this newly constructing know-how and comprehend the fundamentals of the method. the world over well-known specialists of their fields hide such basics as background, concept, movie features, floor amendment, laser know-how, fabrics and functions together with very good stories in regards to the whole components of semiconductor buffer layers, thin-film ferroelectrics and ferrites in addition to the paintings related to motion pictures deposited by way of PLD.

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Extra info for Pulsed Laser Deposition of Thin Films: Applications-Led Growth of Functional Materials

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The ability to grow epitaxial, multication complex inorganic thin films has been, and continues to be, one of the enabling strengths of PLD. , 2000]. , 1998]. 7 Cross-section Z-contrast STEM image of a KTaO3/KNbO3 superlattice structure grown by pulsed laser deposition. WHERE IS PULSED LASER DEPOSITION BEING APPLIED? 8 Cross-section Z-contract STEM image of a CeO2/Ge epitaxial interface fabricated using PLD. 7. In the formation of atomically abrupt interfaces and superlattice structures, PLD is competitive with other film growth techniques, including molecular orbital chemical vapor deposition (MOCVD) and molecular beam epitaxy (MBE).

The utility of pulsed laser deposition in reproducing target stoichiometry has been demonstrated for a number of multication oxides. Early success in realizing stoichiometric YBa2Cu3O7 clearly delineated this advantage for pulsed laser deposition. In recent years, even more complex crystal structures have been successfully grown using this approach. Consider, for example, the growth of the Y-type magnetoplumbite Ba2Co2Fe12O22 compound. , 2003]. 6a. The unit cell possesses ˚ . , 2003]. , 2003]. cross-sectional transmission electron microscopy (TEM) image.

2003]. Scanning SQUID microscopy utilizes the output of SQUIDs as a sample is scanned under the SQUID array. The device maps out small gradients in magnetic fields. The instrument shown utilizes a multichannel scanning SQUID head. The SQUID array is attached to a 77 K cold-finger that is physically isolated from the sample ambient. This permits interrogation of samples that are operating at or above room temperature. With the ability to detect small magnetic fields, scanning SQUID microscopy has proven useful for a number of applications.

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