Graphene Raman Analyzer: Carbon Nanomaterials Characterization
Technical notes | 2017 | MetrohmInstrumentation
RAMAN Spectroscopy
IndustriesMaterials Testing
ManufacturerMetrohm
Key wordsgraphene, carbon, band, nanotube, black, raman, graphite, desalinate, permissibility, superconductivity, airpls, frano, reweighted, penalized, nanofibers, calculate, dawn, kristen, bwspec, monolayer, industry, amorphous, nanomaterials, remove, tek, radioactive, communities, used, pan, automatically, yang, xyz, inadequate, catalysts, optic, powders, squares, attractive, value, line, extensively, isotopes, adjustable, aluminum, fuel, interpretation, its, predicted, programmed, fiber
Similar PDF
Characterization of carbon materials with Raman spectroscopy
2023|Metrohm|Applications
Application Note 410000059-B Characterization of carbon materials with Raman spectroscopy Following the guidelines of ASTM E3220 Carbon nanomaterials such as graphene, graphite, Raman spectroscopy is a valuable tool for the and carbon nanotubes each have unique physical and characterization of…
Key words
raman, ramanband, bandgraphene, graphenebwspec, bwspeccarbon, carbonnanotubes, nanotubesspectroscopy, spectroscopydisorder, disordernanomaterials, nanomaterialstek, teklaser, lasercharacterization, characterizationspectra, spectravaluable, valuablesoftware
Choosing the Most Suitable Laser Wavelength For Your Raman Application
2018|Metrohm|Technical notes
For more information, please contact: [email protected] or +1 (855) 297-2626 Choosing the Most Suitable Laser Wavelength For Your Raman Application Over the years, dispersive Raman spectroscopy has increasingly been implemented for sample analysis including material identification, biomedical research, and art…
Key words
raman, ramandatasheet, datasheetlaser, lasermedium, mediumexcitation, excitationconsideration, considerationspectrum, spectrumalso, alsofluorescence, fluorescenceabsorption, absorptionsloping, slopingweaknesses, weaknessesnanotubes, nanotubeslonger, longernanomaterials
Carbon Analysis with High Signal Throughput Portable Raman Spectroscopy
|Metrohm|Technical notes
410000059-A Carbon Analysis with High SignalThroughput Portable Raman Spectroscopy Introduction Figure 1. Structure of carbon allotropes. Carbon nanomaterials such as graphene, graphite, and carbon nanotubes (Figure 1) each have unique physical and thermal properties that make them important in industries…
Key words
metrohm, metrohmraman, ramanswcnts, swcntscarbon, carbonband, bandnanomaterials, nanomaterialsspectroscopy, spectroscopysignalthroughput, signalthroughputparameter, parameterdegenerate, degeneratelaser, laservaluable, valuablebwspec, bwspecnanotubes, nanotubeswalled
STRaman Technology: Raman for See Through Material Identification
2017|Metrohm|Technical notes
For more information, please contact: [email protected] or +1 (302) 368-7824 STRaman™ Technology: Raman for See Through Material Identification Jun Zhao B&W Tek Introduction A new Raman system design is presented that expands the applicability of Raman to See Through diffusely…
Key words
raman, ramanstraman, stramanthrough, throughenvelope, envelopesampling, samplingspectrum, spectrumsee, seemeasured, measuredglucose, glucosemanila, manilabenzoate, benzoateconfiguration, configurationscattering, scatteringpro, prolaser