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Real-time measurement of trace compounds in air
Vocus Resources
- Measuring Material PFAS Off-Gassing With the TOFWERK Semicon AMC Analyzer PDF
- PFAS Emissions and Formation from Fluorinated Compounds PDF
- Mobile Monitoring Platforms for Methane Source Identification PDF
- Vocus Mobile Laboratory: Landfill Odor Analysis Case Study PDF
- Drive & Detect: Integration of the Vocus B for Mobile Air Quality Monitoring in Conventional Cars PDF
- Real-Time Detection of Ethylene Oxide in Ambient Air with Limited Interferences PDF
- Highly Reproducible and Reliable Results with the Vocus B Mass Spectrometer PDF
- Automated Mobile Indoor Measurements Using the Vocus CI-TOF PDF
- Ultra-Fast, Simultaneous Monitoring of Critical AMC Classes with Semicon AMC Monitors PDF
- Notes From the Field: Observations of PFAS in Industrial Air and Consumer Products PDF
- Cleanroom Contamination Monitoring with Semicon AMC Monitors
- Rapid Detection of TCA Off Flavor in Coffee with the Vocus CI-TOF PDF
- Three-Dimensional Measurement of Vapor Dispersion Inside a Room Using the Vocus CI-TOF PDF
- Real-Time Monitoring of Urban Organic Emissions in Bern, Switzerland With a Vocus CI-TOF PDF
- Rapid Monitoring of FOUP Outgassing with Semicon AMC Solutions PDF
- Monitoring of Volatile Organic and Inorganic Compounds in Wintertime Air: A Demonstration of Iodide Chemical Ionization with a Vocus CI-TOF Mass Spectrometer
- Video: Real-Time Detection of Explosives with the Vocus CI-TOF
- Trace Detection of Homemade and Commercial Explosives, Taggants, and Precursors With the Vocus Chemical Ionization Mass Spectrometer PDF
- Real-Time Breath Analysis for Pharmacokinetics Using the Vocus CI-TOF PDF
- Chemical Fingerprinting of Olive Oil Aroma PDF
- Automated, Rapid Profiling of Trace Compounds in Complex Chemical Headspace Using the Vocus CI-TOF PDF
- Separation and Quantification of Trace Chemical Emissions from Packaging Materials Using the Vocus CI-TOF PDF
- Time-Resolved Organic Polysulfides Analysis Using the Vocus PTR-TOF PDF
- High-Throughput Analysis of VOCs From Electronic Waste Emissions PDF
- Lung Uptake of Indoor Air Pollutants PDF
- Inside a Consumer’s Nose: Nose-Space Analysis Using the Vocus PTR-TOF PDF
- Indoor Air Quality Monitoring at an Industrial Facility PDF
- Point Source Detection and VOC Emissions Fingerprinting in Chinese Megacities PDF
- Spatial Characterization of VOC Emissions with a Mobile Vocus Elf
- Realtime Chemical Analysis of Illicit Drugs PDF
- Online Profiling of Fish Oil Oxidation Byproducts PDF
- Realtime Detection of the Explosives TATP and HMTD
- Rapid Quantification of Brett Off-Flavor Compounds in Wine PDF
- Fast Analysis of Beer Aroma – GC-PTR-MS PDF
- Rapid, Sensitive Fentanyl Detection by Thermal Desorption PTR-MS PDF
- Monitoring Trace VOCs in Human Breath Emissions with PTR-MS PDF
- High-Throughput Monitoring of Plant VOC Kinetics with a Novel Autosampler and the Vocus PTR-TOF View Video
- Identification of Isobaric VOCs in Coffee Aroma with High Resolution PTR-MS PDF
- Real-Time Detection of Emerging Contaminants with the Vocus B PDF
- Sensitive Detection and Forensic Analysis of Drugs and Explosives Using Online NH4+ and H3O+ Chemical Ionization Mass Spectrometry
- Puff-By-Puff Analysis of E-Liquid Components, Flavor Compounds and HPHC in E-Cigarette Vapor Using the Vocus PTR-TOF PDF
- A New PTR-MS Reaction Cell Combining Linear and Oscillating Fields (EMSC 2018) PDF
- Identifying Transported Emissions using TOFWERK Technology
- Characterizing PFAS in Fire Suppression Materials Using the Vocus CI-TOF
- Measuring Volatile PFAS in Ambient Air with the Vocus CI-TOF
- Understanding PFAS Emissions and Emission Factors from Fabrics with the Vocus CI-TOF
- Gaining Insights into PFAS Disposal Using the Vocus CI-TOF
- Evaluating the Vocus Aim Reactor for PFAS Analysis
- Assessing PFAS Replacements Using the Vocus Aim Reactor
- Identifying Urban Pollution Point Sources with the Vocus Elf Mass Spectrometer
- Mapping Ambient Air Pollution with the Vocus
- Revolutionizing Air Pollution Monitoring with the Vocus Elf
- Using the Vocus to Measure VOCs Produced During Zooplankton Grazing
- Mobile Vocus CI-TOF Data Relate Volatile Chemical Products to Traffic Emissions and Population Density
- Study with Vocus CI-TOF Reveals Impact of LCD Screen Emissions on Indoor Air Quality
- Mobile VOC Monitoring Campaign Findings Presented at the 25th Air Pollution Monitoring and Control Technology Symposium
- First Field Measurement of Trace Amines Using the Vocus PTR-TOF in China
- (VIDEO) French TV News Highlights COVID Detection Using the Vocus PTR-TOF
- Resolving Isomers in Indoor Air Using GC Combined with Detector Switching
- Vocus PTR-TOF Excels in Field Study of Atmospheric Oxidation Processes
- A Safer, Bright Ion Source for High-Pressure Chemical Ionization
- Vocus PTR-TOF 2R Excels in Measurements of Highly Oxygenated Compounds
- Chinese New Year and Coronavirus Overlap to Produce Uniquely Low VOC Emissions
- Extremely Sensitive, Fast Measurement of PFAS with Iodide CI-TOFMS
- Profiling Oil and Gas Well Emissions with Mobile PTR-MS
- Real-Time Measurement of Nitrogen-Containing Compounds in Smoke with Iodide CIMS
- Fast, Sensitive Trace Detection of Pesticides Using Iodide CI-TOFMS
- Insight Into Halogen Chemistry and Indoor Air Quality Using Iodide CI-TOFMS
- Direct Measurement of Complex VOC Mixtures with EI, CI, and SPI
- Advantages of Time-of-Flight Mass Spectrometry Over Quadrupole MS
- Why Is Sensitivity an Important Specification in Mass Spectrometry? View Video
- What is Proton Transfer Reaction Mass Spectrometry (PTR-MS)?
- Characterization of the Vocus Aim Reactor for Volatile Organic and Inorganic Compounds
- The Vocus Elf CI-TOF Helps Researchers Understand Air Quality Changes During Covid Lockdown
- Vocus PTR-TOF Participates in Joint Study for Disease Diagnosis Via Breath Analysis
- Iodide CI-TOFMS Enables High-Impact Research on Organic Aerosol Formation and Chemistry
- Characterization of the Vocus PTR-TOF: Analytical Chemistry
- Development of Iodide Chemical Ionization TOFMS
- Webinar: Direct, Real-Time Measurement of Inorganic Acids, Organics, and PFAS in Air Using the Vocus Aim Reactor
- Video: Revolutionizing Mobile Air Quality Monitoring with the Vocus CI-TOF
- Webinar: Unlocking the Power of Isomer Separation with the Vocus CI-IMS-TOF
- Webinar: Direct, Real-Time Fenceline Monitoring Using Time-of-Flight Mass Spectrometry
- Vocus CI-TOF Webinar: Fast and Sensitive AMC Detection in the Fab
- Webinar Series: Sampling with Vocus CI-TOF Mass Spectrometers -Part 1 PDF
- Webinar: Real-Time Breath Analysis With the Vocus Mass Spectrometer
- Webinar: Real-Time Mobile VOC Monitoring with the Vocus PTR-TOF PDF
- Vocus PTR-TOF Webinar: Fundamentals and Applications View Video
- Revolutionizing PFAS Detection in Air: High Sensitivity and Versatility with the Vocus Aim Reactor PDF
- Isomer Separation with Vocus Ion Mobility Spectrometry PDF
- Detection of Inorganic and Organic (RO2) Radicals with the Vocus Aim CI-TOF PDF
- Airborne Molecular Contaminant Detection with Semicon AMC Monitors
- Ammonium-Adduct Chemical Ionization Mass Spectrometry (NH4+ CI-MS): Selective, Soft Ionization of VOCs PDF
- Product Ion Energies and Branching Ratios in the Vocus Ion-Molecule Reactor PDF
- High Purity H3O+ Reactant Ions Enable Simple Interpretation of Vocus PTR-TOF Data PDF
- Calibrating Vocus PTR-TOF Sensitivity Using a Subset of VOC Standards PDF
- Ultra-Fast Time Response with the Vocus PTR-TOF PDF
