Now showing items 1-6 of 6
Oxidation-induced changes in the electro-optical properties of thin copper films
(Il Nuovo Cimento D, 1989-07)
The room temperature oxidation of vapour deposited copper films has been investigated as a function of film thickness and time by the sheet resistance and optical transmittance measurements. An increase of both sheet ...
Preparation and characterization of metallorganic chemical vapour deposited LixMoyO2 using a single source solid precursor
(International journal of Ionics, 2005-09)
Thin films of LixMoyOz have been deposited on glass substrate in a one step chemical vapour deposition using a single source solid precursor. The films were characterized using Rutherford Backscattering Spectroscopy (RBS), ...
The effects of oxygen precipitates on the electrical properties of silver impurities in p-type silicon
Some characteristics of the silver impurity in silicon with and without oxygen precipitates are studied by means of the four-point probe, minority carrier lifetime, and infra-red absorption spectroscopy measurements. The ...
Electrical Properties of Silver Impurities and their Annealing Behaviour in p-Type Fz Silicon
(Journal de Physique III, 1996-12)
The electrical activity of silver as well as its annealing properties in 10 Omega cm p-type Fz silicon substrate are studied by means of the four-point probe and minority carrier lifetime measurements. Silver atom concentration ...
Intrinsic gettering of Cr impurities in p-type Cz silicon
( physica status solidi (a, 1990-09)
The gettering of chromium impurities by means of high temperature oxygen precipitates is studied by means of resistivity, lifetime, and infrared absorption spectroscopy measurements. The results show that the density of ...
Preparation and characterization of MOCVD thin films of indium tin oxide
(Optical Materials, 1999-11)
Indium Tin Oxide (ITO) was deposited by pyrolysis of mixed metal acetylacetonate (a single solid-source precursor). This study demonstrates that the properties of the as-deposited film depend on the deposition temperature. ...