The carbon battle characterization of screen-printed carbon electrodes with SPELEC RAMAN
Applications | | MetrohmInstrumentation
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In situ, fast and sensitive: Electrochemical SERS with screen-printed electrodes
AN-RA-003In situ, fast and sensitive: ElectrochemicalSERS with screen-printed electrodesSummarySubstrates for surface-enhanced Raman spectroscopy (SERS) are typically fabricated withcomplex (micro/nano)structures of noble metals, enabling trace level detection of analytes. Dueto the high costs and reactivity of these SERS substrates, they often...
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Characterization of single-walled carbon nanotubes by Raman spectroelectrochemistry
AN-RA-005Characterization of single-walled carbonnanotubes by RamanspectroelectrochemistrySummarySpectroelectrochemistry is a multi-response technique that provides electrochemical andspectroscopic information about a chemical system in a single experiment, i.e., it offersinformation from two different points of view. Raman spectroelectrochemistry could beconsidered as one of the...
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New strategies for obtaining the SERS effect in organic solvents
AN-RA-006New strategies for obtaining the SERS effectin organic solventsEnhancement of SERS features by electrochemical activation in nonaqueous mediaSummaryThe combination of electrochemistry (EC) and surface-enhanced Raman scattering (SERS)has received growing attention over the past several years due to the powerful featuresassociated...
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Easy detection of enzymes with the electrochemical-SERS effect
Application Note AN-RA-008Easy detection of enzymes with theelectrochemical-SERS effectActivation of enhanced features of silver electrodes helps obtaincharacteristic Raman bands of biological moleculesRaman spectroscopy is one of the most promisingallowed the development of many sensingchemical analysis techniques. This is due to...
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