Nanoröhren und Nanostäbe auf Oxidbasis – anisotrope Bausteine für künftige Nanotechnologien

Abstract

MoO 3 -NanostäbeNanoröhren und Nanostäbe auf Oxidbasis mit einer wohlstrukturierten Morphologie können nun aus verschiedenen Substanzen hergestellt werden. Sowohl ihre strukturelle Vielseitigkeit als auch ihre anisotropen chemischen und physikalischen Eigenschaften sind einzigartig und lassen die Nanopartikel zu vielversprechenden Materialien werden.

Facile sonochemical synthesis and photoluminescent properties of lanthanide orthophosphate nanoparticles

“…The generation of such small structures is essential to the advance of many areas of modern science and technology, and a number of physical-and chemicalbased synthetic methodologies have been developed [6][7][8][9][10][11][12]. The synthesis of nanoparticles with well-controlled shapes, sizes, and structures is both scientifically and technically important.…”

Crystal Structures, Anisotropic Growth, and Optical Properties: Controlled Synthesis of Lanthanide Orthophosphate One‐Dimensional Nanomaterials

“…[1][2][3][4][5] The generation of such small structures is essential to the advance of many areas of modern science and technology, and a number of physical-and chemicalbased synthetic methodologies have hence been developed. [6][7][8][9][10][11][12] However, the fabrication of a vast diversity of nanomaterials with well-controlled dimensionality, shape, phase purity, chemical composition, and desired properties remains as one of the most challenging issues faced by synthetic inorganic chemists. [13] Solutions to these challenges re-quire a detailed, fundamental understanding of the nature of different crystal structures and of the dynamic processes governing the nucleation and growth of nanocrystals in various synthetic systems, as well as of the key factors that determine the evolution of physical properties in functional nanomaterials.…”

TiO2–Nb2O5 Nanotubes with Electrochemically Tunable Morphologies

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Recently, reports on the synthesis of TiO 2 nanotubes have generated considerable scientific interest, [1][2][3][4][5] owing to the broad range of applications of the oxide. TiO 2 can be used in solar cells, [6] photocatalytic devices, [8] and lithium-ion batteries, [9] and exhibits highly variable and tunable wetting behavior.

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