QCarbon

Automated Raman D-to-G peak intensity ratio analysis for carbon materials

Raman spectroscopy is a powerful tool for characterizing carbon materials. It helps in analyzing the structural properties and composition of various carbon forms. The D and G peaks are significant in Raman spectroscopy for carbon materials. The D peak signifies structural defects, while the G peak corresponds to the graphitic structure. The ID/IG ratio often indicates the degree of disorder or defects in the carbon structure.

For research and quality control testing, your Raman spectral data are analyzed in one click using D and G peak intensity ratio. Statistics are displayed in your QCarbon dashboard for an overview at a glance in LabSpec 6 and a customized report is automatically generated for easy interpretation and sharing of the obtained data.

This application software associated with HORIBA Raman microscopes can be valuable in scientific research and industrial applications. Analyzing the structure, graphitization, impurity defects, coating uniformity, and other indicators through Raman spectroscopy can provide crucial insights into the quality and characteristics of different carbon materials.

Request today for a demo and/or trial version to discover the power of QCarbon and automatize the quality and characteristic analysis of your different carbon materials.

事業部: Scientific

產品分類: Raman Spectroscopy

製造商: HORIBA France SAS

One-click data processing, no more complicated operations
At-a-glance analysis and statistics, panoramic data display
Customized report export, suitable for quality control process

Figure 1: QCarbon facilitates Raman analysis for carbon materials, especially with its ability to automatically process Raman spectral data and giving the ID/IG ratio.

Figure 2: QCarbon exports statistics and fitting results in a customized report.

Characterizing Battery Materials by Particle Size and Shape Analysis and Raman Spectroscopy

As the requirements for electric vehicles and other portable devices become more and more demanding, the need for higher performance batteries and the ability to monitor the battery material’s physical and chemical characteristics will continue to increase. Of the novel battery materials finding more usage in rechargeable lithium-ion batteries are lithium iron phosphates (LFPs), used to comprise the cathode, and carbon-coated silicon (Si@C), used to make the anode.

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