You are here:

Raman image gallery

All of the images on this page have been generated using Renishaw's inVia microRaman system powered by Renishaw's WiRE™ software. These examples represent only a limited selection of the comprehensive imaging capabilities available to users of these systems. Renishaw customers are invited to have their Raman images included in the gallery by contacting their local sales representative.

Pain relief tablet

 

Anadin Tablet: Section 4.5mm x1.9mm StreamLine™ image showing the distribution of active ingredients in an 'Anadin' pain relief tablet

Area of section: 4.5mm x 1.9mm

Spectra generated: 38,400 (300 x 128)

Acquisition time: 32 minutes

Anadin Tablet: Section 900µm x380µm StreamLine™ image showing the distribution of caffeine (red), aspirin (green) and paracetemol (blue)

Area of section: 900µm x 380µm

Spectra generated: 38,400 (300 x 128)

Acquisition time: 32 minutes

Diamond nucleation region

 

Diamond rich area of a diamond nucleation region

Diamond-rich area on the nucleation side of a free-standing diamond film.

1332cm-1 diamond band component

Map area: 110µm x 110µm

Spectra generated: 10,000 (100 x 100)

Acquisition time: 10 minutes (single acquisition analysed for both images)

Graphitic rich area of a diamond nucleation region

Graphitic-rich area on the nucleation side of a free-standing diamond film.

G and D graphitic band comoponents

Map area: 110µm x 110µm

Spectra generated: 10,000 (100 x 100)

Acquisition time: 10 minutes (single acquisition analysed for both images)

Micro indentation in silicon wafer

 

Silicon indent - peak position map

Micro indentation in silicon wafer. Peak position derived from curve-fit analysis

Map area: 10µm x 10µm

Spectra generated: 10,000 (100 x 100)

Acquisition time: 36 minutes (single acquisition analysed for both images)

Scan details: 100 nm step achieved using piezoelectic scanning stage

Silicon indent - peak area map

Micro indentation in silicon wafer. Peak width derived from curve-fit analysis

Map area: 10µm x 10µm

Spectra generated: 10,000 (100 x 100)

Acquisition time: 36 minutes (single acquisition analysed for both images)

Scan details: 100 nm step achieved using piezoelectic scanning stage

Sandstone from Loch Torridon, Scotland

 

Sandstone from Loch Torridon

StreamLine™ image showing the distribution of Anatase (TiO2) (red), Quartz (SiO2) (green) and Haematite (Fe2O3) (blue)

Area of section: 500µm x 320µm

Spectra generated: 67,200 (324 x 207)

Acquisition time: 56 minutes

Polymer laminate (PS and PMMA)

 

Polymer laminate (PS and PMMA)

StreamLine™ image of polymer laminate sample showing the distribution of PMMA (red), Epoxy (green) and PS (blue)

Map area: 240µm x 645µm

Spectra generated: 17,200 (80 x 215)

Acquisition time: 15 minutes

Strained S-Ge cross-hatch

 

Strained Si-Ge cross-hatch semiconductor sample

StreamLine™ image of a Si-Ge semiconductor sample exhibiting a strained structure. The map shows variation in the Si-Si 510 cm-1 band position (~0.2 cm-1 positional band shift). The map data was generated using curve fitting

Map area: 129µm x 240µm

Spectra generated: 103,200 (215 x 240)

Acquisition time: 72 minutes

Tooth section

 

Raman image of tooth

StreamLine™ image of a sectioned tooth, highlighting the enamel (green), dentine (blue) and areas of high fluorescence (red)

Map area: 9mm x 16mm

Spectra generated: 84,000 (216 x 389)

Acquisition time: 58 minutes

Laser induced crystalline silicon tracks

 
Laser induced crystalline silicon tracks on amorphous substrate

StreamLine™ image of laser induced crystalline silicon tracks on amorphous substrate

Map area: 550µm x 550µm

Spectra generated: 70,000 (280 x 249)

Acquisition time: 48 minutes

Zoom of silicon tracks Zoomed region (~ 250µm x 250µm) of above image

Next steps

Contact us online if you require more information or you have a pricing query, or alternatively you may like to speak directly to your local Renishaw office.



Resources

Spectroscopy downloads

Newsletter

All the latest innovations in Raman spectroscopy - newsletter sign up here