Titlebook: Chemical Solution Deposition of Functional Oxide Thin Films; Theodor Schneller,Rainer Waser,David Payne Book 2013 Springer-Verlag Wien 201

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Polymer-Assisted Depositionprocess, the polymer controls the viscosity and binds metal-ions, resulting in a homogeneous distribution of metal precursors in the solution and the formation of uniform metal-organic films. The latter feature makes it possible to grow a wide range of simple and complex metal-oxide films with desir

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Thermal Analysis in controlled conditions and under a controlled temperature program. The measured physical properties include mass, temperature difference, enthalpy, etc. Thermogravimetry alone or in combination with differential thermal analysis and/or differential scanning calorimetry have been used in chemical

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Infrared Spectroscopyrared spectroscopy (or vibration absorption spectroscopy) provides information about the covalent bonds in the chemical groups of the investigated materials. IR spectroscopy allows both the solutions used for film deposition and the films obtained to be investigated by using different deposition met

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Inkjet Printing and Other Direct Writing Methodses to conventional photolithography and electroless deposition routes, which are often time-consuming, complicated, and expensive. With the emergence of flexible electronics, the ability to integrate dissimilar materials, i.e., ceramics, metals, semiconductors, and polymers, onto a single, temperatu

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Chemical Bath Depositiona substrate in a liquid solution. Films of dozens of single- and multi-component oxide materials have been synthesized, mostly from aqueous precursor solutions, at temperatures below 100 °C, and on substrates that vary widely in their chemistries and topographies. This chapter focuses on three aspec

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