Teledyne CETAC is dedicated to helping you build your business by providing the latest in product and application information.  If you are looking for a specific application and do not ​​​see it in the list below, please feel free to contact us.

For complete lists of our Application Notes, check out this section below. You can click on the colum headers to sort the information.

  
  
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AP-SimPrep-004.pdfAutomated Sample Preparation of Coolant Samples for Analysis by ICP-OESASXPRESS PLUS; Oils 7000 series; SimPrep05/11/2020Oil Analysis
AP-XPRESS-011.pdfImproving Turn-Around Times for ICP-OES Analysis for EPA 200.7ASX-560; ASXPRESS PLUS05/11/2020Environmental
AP-SimPrep-003.pdfAutomating the Preparation of Water Samples for EPA 200.8SimPrep05/06/2020Environmental
AP-XPRESS-010.pdfImproving Sample Throughput in the Mining Industry with the ASXPRESS PLUSASX-560; ASXPRESS PLUS05/06/2020Mining
an44356.pdfDetermination of ultratrace elements in semiconductor grade Isopropyl Alcohol using the Thermo Scientific iCAP TQs ICP-MSASX-112FR04/10/2020Semiconductor; Organic Solvents
ab43197.pdfDirect Determination of Ultratrace Elements in Semiconductor Grade Hydrofluoric Acid HF (48%) using the Thermo Scientific iCAP Qs ICP-MSASX-112FR04/10/2020Organic Solvents
an44374.pdfDetermination of ultratrace elements in photoresist solvents using the Thermo Scientific iCAP TQs ICP-MSASX-112FR04/10/2020Semiconductor; Organic Solvents
PST_Dating-Study-of-Cave_Aridus3.pdfIsotope Ratio Measurements for Sample Dating Studies Using Multicollector ICP-MS and Signal Enhancement via a Desolvating Nebulizer Accessory with Nitrogen Gas AdditionAridus304/02/2020Geology
PST2020WCPS_Ariz_U5000AT_Juices_Foods_ICPAES.pdfPoster: Measurement of Trace Elements in Fruit Juice and Various Food Matrices Using Ultrasonic Nebulization with ICP-AES DetectionU5000AT03/16/2020Food & Beverage
PST2020WCPS_Ariz_U5000AT_USP232_ICPAES.pdfPoster: Measurement of Elemental Impurities in a Higher Daily Dose Drug Product by USP <232>/<233> Using Ultrasonic Nebulization with ICP-AES DetectionU5000AT03/16/2020Pharmaceutical
TN-SimPrep-002.pdfSimPrep Liquid Handling Station Baseline StudySimPrep02/14/2020
TN-SimPrep-001.pdfUse of a Switching USB Hub with the SimPrep Automated Liquid Handling StationSimPrep02/14/2020Miscellaneous
AP-Oils7000-002.pdfUsing Automated Sample Mixing to Improve the Quality of Engine Oils Analysis with ICP-OESOils 7000 series02/12/2020Oil Analysis
AP-U6000-003.pdfMeasurement of Trace Elements in Naphtha Using Ultrasonic Nebulization / Membrane Desolvation with ICP-AES DetectionU6000AT; BGX-10001/30/2020Organic Solvents
AP-U6000-004.pdfReduction of Solvent-Based Interferences Using Ultrasonic Nebulization/Membrane Desolvation for Measurement of Trace Elements in Isopropyl Alcohol with Quadrupole ICP-MS DetectionU6000AT; BGX-10001/29/2020Semiconductor
PST_2020WCPS_glass_AnalyteG2.pdfPoster: High repetition-rate (500 Hz) imaging – making megapixel-per-hour acquisition possibleAnalyte G201/29/2020
AP-U5000-005.pdfMeasurement of Nutrient and Trace Elements in Juices and Various Food Matrices Using Ultrasonic Nebulization with ICP-AES DetectionU5000AT01/29/2020Food & Beverage
AP-U5000-004.pdfImproved Trace Element Detection Limits for Water Analysis using Ultrasonic Nebulization with ICP-AES DetectionU5000AT11/07/2019Environmental
AP-U5000-003.pdfMeasurement of Trace Elemental Impurities in Aspirin Using Ultrasonic Nebulization with ICP-OES Detection Following USP <232>/<233> GuidelinesU5000AT08/29/2019Pharmaceutical
PST2019_Metallomics_Intro-to-Single-Cell.pdfAn Introduction to the Science of Single Cell Analysis with ICP-MS InstrumentationMVX-710006/28/2019Biological
PST2019_Metallomics_Iridia-Development.pdfDevelopment of a new Laser Ablation Platform –the IridiaIridia06/28/2019Miscellaneous
PST2019_NAWLA_Iridia-boninitic-melts.pdfMulti-stage mixing and mingling of boninitic melts captured by multielement LA ICP MS single pulse imagingIridia06/28/2019
PST2019_NAWLA_Iridia-Development.pdfDevelopment of a new Laser Ablation Platform –the IridiaIridia06/28/2019Miscellaneous
AP-Oils7000-001.pdfAnalysis of Lubricating Oils following ASTM D5185Oils 7000 series03/04/2019Oil Analysis
AN-Aridus3-002.pdfSystem Setup and Parameter Optimization for a Desolvating Nebulizer Unit with Multicollector Inductively Coupled Plasma Mass Spectrometry for Stable and Radiogenic Isotope Ratio MeasurementsAridus312/18/2018Geology
AN-Aridus3-001.pdfUsing Multicollector ICP-MS with a Desolvating Nebulizer Accessory for Stable and Radiogenic Isotope Ratio Measurements of Speleothem and Marine Coral SamplesAridus312/18/2018Geology
PST-WPC2018_ASTM_MVX.pdfAnalysis of Distillate Products Per ASTM D8110-17 Using the Agilent 7800 ICP-MS and Teledyne-Cetac MVX-7100µL AutosamplerMVX-710009/11/2018Oil Analysis
TN-OILS7400-001.pdfGilson Rack Compatibility For Oils 7400 and Oils 7600 Homogenizing AutosamplersOils 7000 series08/20/2018Oil Analysis
PST2017_EWCPS_Sankt-Anton_AridusII.pdfPoster: Using a Desolvating Nebulizer System with Inductively Coupled Plasma Mass Spectrometry: Key Optimization ParametersAridus II07/26/2018Miscellaneous
PST2016_Goldschmidt_AridusII.pdfPoster: Multicollector ICP-MS with a Desolvating Nebulizer System for U-Series Dating of Late Pleistocene Terrestrial SnailsAridus II07/26/2018Biological
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