Measurement of trace elements in volatile organic solvents with ICP-AES or ICP-MS detection is difficult for several reasons: plasma instability and/or failure, carbon buildup on the ICP torch and ICP-MS sampling cones, and spectral interferences from the solvent carbon matrix.​​​

Teledyne CETAC offers a variety of specialized liquid sample introduction and sample handling accessories to improve ICP-AES and ICP-MS detection of trace elements in volatile organic solvents.​​



     Application Notes

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    AP-U6000-003.pdfMeasurement of Trace Elements in Naphtha Using Ultrasonic Nebulization / Membrane Desolvation with ICP-AES DetectionU6000AT; BGX-10001/30/2020
    an44374.pdfDetermination of ultratrace elements in photoresist solvents using the Thermo Scientific iCAP TQs ICP-MSASX-112FR04/10/2020
    an44356.pdfDetermination of ultratrace elements in semiconductor grade Isopropyl Alcohol using the Thermo Scientific iCAP TQs ICP-MSASX-112FR04/10/2020
    ab43197.pdfDirect Determination of Ultratrace Elements in Semiconductor Grade Hydrofluoric Acid HF (48%) using the Thermo Scientific iCAP Qs ICP-MSASX-112FR04/10/2020
    USN_TECH_NOTE_U6002.pdfMeasurement of Silicon in Methyl Isobutyl Ketone (MIBK) using Ultrasonic Nebulization with Membrane Desolvation and ICP-AES DetectionU6000AT; BGX-10004/20/2016
    USN_Tech_Note_U6003.pdfAnalysis of Isopropyl Alcohol (IPA) using Ultrasonic Nebulization with Membrane Desolvation and Quadrupole ICP-MS DetectionU6000AT; BGX-10004/20/2016

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