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Directing cancer cell fate with wireless barium titanate@PEDOT nanoparticles to control bioelectricity

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The synthesis of barium titanate

Experientia, 1950
On a etudie au moyen d'acides convenables, agissants selectivement et au moyen de diagrammes de poudre le progres de la synthese de barium titanate: BaCO3 + TiO2=BaTiO3 + CO2. On a constate, qu'a la presence de TiO2 la dissociation de BaCO3 commence deja audessous de 1000° C, mais BaO ne parait pas etre immediatement transforme en titanate, mais en ...
W, TRZEBIATOWSKI   +2 more
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Barium Titanate Crystals

Nature, 1947
Crystals of barium titanate (BaTiO3), with linear dimensions up to ˜ 2 mm., have been produced from solutions in carbonates and chlorides, and (when pure) are hard, clear, pale yellow in colour, and of cubic external symmetry. We are greatly indebted to Prof. P. Scherrer, Zurich, for advice on methods of producing these crystals. The results of optical
H F, KAY, R G, RHODES
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Bandpass filtering in barium titanate

Applied Optics, 1988
Real-time spatial filteirng is performed in BaTiO(3) using two different holographic geometries. In both geometries white light images of moderate intensity are used to filter selected portions of Fourier transform holograms written in the crystal. The result is a suppression of certain spatial frequencies in the reconstructed images.
L, Pugliese, G M, Morris
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Semiconducting properties of barium titanate and iron substituted barium titanate

Materials Research Bulletin, 1977
Abstract Single crystals of barium titanate and members of the series BaTi 1−x Fe x O 3−x F x have been grown from a potassium fluoride flux. These crystals were made conductive by heating in a sealed evacuated silica tube in the presence of freshly ground titanium.
D.M. Schleich   +4 more
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Nanostructured barium titanate ceramics

Powder Technology, 2004
Dense nanocrystalline ceramics can be obtained starting from non-agglomerated nanopowders and using low-temperature sintering processes. The preparation and the properties of Barium Titanate (BaTiO3) ceramics and thick films are reported: ceramics were prepared by Spark Plasma Sintering (SPS) at 800 °C of nanopowders produced by a wet chemical process,
V Buscaglia   +9 more
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