Technical characteristics:

The HR800 produced by HORIBA JOBIN YVON is an integrated Raman system, high stability bench-top for reproducible Raman measurements at high, medium or even low spectral resolution. The microscope is coupled confocally to a 800 mm focal length spectrograph equipped with two switcheable gratings.

• High spectral resolution (0.3 cm-1/pixelat 633 nm);
• Large spectral range of Raman shift from  30 to 4000 cm-1 ideal for organic and inorganic species;
• Unique adjustable angle notch filter technology;
• LabSpec Software for control the instrument, data acquisition, data manipulation and mapping option;

Description

LabRAM HR 800 Raman Spectrometer  is a powerful optical technique for materials study and characterization based on  inelastic scattering of light due to light-matter interaction during which the energy of the incident laser will be shifted. This energy loss is characteristic for a particular bond in the molecule. The Raman spectrum  provide qualitative and quantitavie information: peak position is determined by chemical species;  line intensity is proportional to concentration; shift in position of the peak indicate the stress and temperature effect and the width the structural disorder.

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Applications:

LabRAM HR 800 Raman Spectrometer  can be used  for the analysis of solids, liquids and solutions for:

chemical identification, characterization of molecular structures;
 to determine the composition and phase (crystalline/amorphous) of composites materials;
environmental stress on a sample and  crystal quality and composition of alloy semiconductors;
 nature of oxides on compound semiconductors;
 polymers characterizations and polimer nanocomposites;
chemical and biological detection using SERS technique;
micro/nano structures characterization ( micro/nanorods,  carbon nanotubes), self assembled molecule (SAM) on functionalized substrate and other.

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Partneship:

European Centre of Excellence in Microwave, Millimetre Wave and Optical Devices, based on Micro-Electro-Mechanical Systems for Advanced Communication Systems and Sensors -  MIMOMEMS (FP7-Capacities) 2008-2010;
Flexible Patterning of Complex Micro Optical Structures using Adaptive Embossing Technology  FLEXPAET (IP- FP7/NMP) 2008-201;

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Last update: March 5, 2012