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HORIBA - Analytical Instruments for Nanomaterials

HORIBA integrates top brands for advanced analytical instruments in various industries, from forensics to nanotech. #ElementalAnalysis #Raman #XRF

From HORIBA 17 Aug 2005

Characterization and Analysis of Nanomaterials

Horiba's NanoLog™ spectrofluorometer rapidly characterizes SWCNs and QDs via fluorescence spectra, using advanced detectors and Nanosizer™ software.

From HORIBA 17 Aug 2005

NSTI - Nano Science and Technology Institute

The Nano Science and Technology Institute (NSTI) is chartered with the promotion and integration of nano and other advanced technologies through education, technology and business development.

From NSTI Nano Science and Technology Institute 17 Aug 2005

Photoluminescence Spectroscopy of Quantum Dots

Alloyed CdSeTe QDs exhibit tunable emission up to 850 nm, ideal for deep-tissue imaging, studied using HORIBA FluoroMax® spectrofluorometer.

From HORIBA 17 Aug 2005

Nanophotonics and Optical Spectroscopy - Tools and Processes

HORIBA Scientific's high-resolution system reveals how solvents affect RE-doped nanopowder fluorescence, detecting even subtle emission shifts.

From HORIBA 17 Aug 2005

Fluorescence Spectra from Carbon Nanotubes Using the NanoLog

HORIBA's NanoLog™ spectrofluorometer and NanosizerTM software enable detailed analysis of SWNTs' near-IR fluorescence and chirality.

From HORIBA 16 Aug 2005

Converging Technologies - a Definition and an Overview of Some Different Viewpoints

‘Converging Technology’ is viewed as the integration of nanotechnology, biotechnology, information technology and cognitive science. This article gives an overview of the subject, and considers the different viewpoints offered by the US Government, the European Community and environmentalist groups.

15 Aug 2005

Gene Therapy for Plants Using Carbon Nanofibres - Methods, Applications and Possible Health Concerns

A new technique whereby carbon nanofibers attached to a silicon chip with strands of synthetic DNA are injected into plant cells, could be used in the wood and paper industries. Processes, potential applications, benefits and possible drawbacks for this new nanotechnology are looked at here.

15 Aug 2005

Nanoparticle Farming - Might it Be Possible to Grow Nanoparticles in Genetically Engineered Crops?

Research suggests that it could be possible to produce industrial nanoparticles in genetically engineered crops, instead of in the laboratory. By looking at two recent research projects on nanoparticle farming, this article offers an overview of processes for this innovative nanotechnology method.

15 Aug 2005

Could Nanomaterials Replace Rubber?

Nanoparticles have often been mixed with rubber to improve the wear and strength of tires. Many tire manufacturers are now developing engineered nanoparticles to further extend tire life.

15 Aug 2005