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Showing posts from September, 2019

High-entropy nanoparticles hold promise for catalytic applications

Alloying is a magic trick used to produce new materials by synergistically mixing at least two metallic elements to form a solid solution. Recent developments in science have found great applications of alloy materials in catalysis, for which nanometer scale bi- or tri-metallic particles are used to accelerate the rate of chemical reactions. But the application of alloys as catalysts is limited by so-called "miscibility," as not any arbitrary combination of elements can form a homogeneous alloy, neither for robust tuning of the ratio between the two components.

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Creating tailored nanoparticles and materials

Nanoparticles and nanostructures change the properties of materials, and extensive research is under way to understand the correlation between the scale of materials and their properties. The goal is to be able to create tailored nanoparticles and materials for different purposes. Applications cover a wide range, from, for example, materials for light-emitting diodes and nanoprobes to wear-resistant surfaces for cutting tools.

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Nano-thermometer takes temperature inside cells

INTERNATIONAL CONFERENCE ONNANOTECHNOLOGY AND NANOMATERIALS brings here to discuss on topic Nano-thermometer takes temperature inside cells.
Scientists have developed a nano-thermometer able to take temperatures inside cells. The technique takes advantage of the fluorescent properties of a modified molecular rotor and the viscosity of the cell.
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Advanced 2D Materials and Devices

Graphene is the basic building block for other graphitic materials; it also represents a conceptually new class of materials that are only one atom thick, so-called two-dimensional (2Dmaterials

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