Photorefractive Materials and Their Applications 2 by Peter Günter, Jean-Pierre Huignard PDF

By Peter Günter, Jean-Pierre Huignard

ISBN-10: 0387339248

ISBN-13: 9780387339245

ISBN-10: 0387340815

ISBN-13: 9780387340814

ISBN-10: 2562632702

ISBN-13: 9782562632707

ISBN-10: 3273273283

ISBN-13: 9783273273289

This moment quantity of the sequence on photorefractive results makes a speciality of the latest advancements within the box and highlights the parameters which govern the photoinduced nonlinearity. in addition to reviewing traditional electro-optic crystals, this ebook offers with natural photorefractive fabrics, giving an in-depth evaluate of the current knowing of the impression in various fabrics. The fabrics thought of during this quantity will play an important function within the improvement of functions reminiscent of provided within the 3rd volume.

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Extra resources for Photorefractive Materials and Their Applications 2

Example text

The axial orientation of the bipolaron (Fig. 6c) is expected to be stabilized by the overlap of the Nb4+ orbitals, each being aligned along the c-axis by the local crystal fields. 5 eV band has the effect that the bipolaron is optically dissociated; the electron ionized from Nb4+ Nb will be trapped rather rapidly at a further empty NbLi defect. This dissociated state is metastable at low temperatures. 5b). For the enthalpies involved in these processes see [25]. 5 eV band still is present [24] in thermal equilibrium.

6 can be used for that purpose. Their electron population can be raised substantially via a preliminary blue homogeneous illumination. 06 μm was observed [167] in undoped BTO by preexposure 36 B. G. I. F. Schirmer, and M. W¨ohlecke to visible light. Consistently with the possible assignment of bands 4 and 5 to oxygen vacancies, crystals grown under argon show an unusual photorefractive sensitivity and a remarkable operation speed in this spectral region [168]; the photoconductivity in red light is two orders of magnitude higher than in crystals grown in the presence of oxygen [169].

After strong chemical reduction of BaTiO3 , assumed to create VO , only almost-free Ti3+ conduction band polarons, slightly bound to various unidentified lattice perturbations [127], are found. Such Ti3+ carriers, also of various association types, likewise can result from optical excitation from deep defects or by bandgap illumination [127]. The appearance of signals of this kind is the experimental proof for light-induced electronic processes. 3, observable at low temperatures. By doping with shallow alkali acceptors such as NaBa and additional oxidation [107], the Fermi level can be lowered.

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Photorefractive Materials and Their Applications 2 by Peter Günter, Jean-Pierre Huignard

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