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Spectroscopy microplastics analysis
Application notes
Application note: Improved analysis of microplastics and other microlitter components in environmental samples
Application note: Analysis of microplastics in urban rains using Micro-FTIR-NIR
Application note: Low-level measurement of oil and grease in water using solvent-free infrared analysis method ASTM D7575
Application note: Doing the dirty work: Combined TGA-IR and transmission studies of soil
Application note: The use of FTIR to analyze NOx gases in automobile exhaust
Application note: Combined FTIR and Raman microspectroscopy analysis of laminates
Application note: Identification of microplastics using the Nicolet RaptIR FTIR Microscope
Battery and energy storage analysis
Application notes
Application note: Analysis of smoke composition and toxicity from lithium-ion battery failure using real-time FTIR spectroscopy
Application note: Analyzing lithium-ion battery gases with GC-MS-FTIR
eBooks
eBook: From Spectrum to Power: Advanced Spectroscopy in Battery Production
FTIR forensics
Application notes
Application note: ATR FTIR spectroscopy for the forensic tracing of blood stain age
Application note: Doing the dirty Work: Combined TGA-IR and transmission studies of soil
Application note: Forensic analysis of paper currency with FTIR microscopy
Application note: FTIR microspectroscopy in forensic and crime lab analysis
eBooks
eBook: Forensic Analysis with Microspectroscopy
Flyers
Flyer: Introducing new FTIR narcotics libraries
Technical notes
Technical note: Analysis of cathinone samples encountered on the black market using GC-IR
FTIR gas analysis
Application notes
Application note: Storage of captured CO2 made safe by continuous vigilance of gas purity
Application note: Monitoring ethylene oxide with OE-FTIR for workplace safety
Application note: Real-time formaldehyde monitoring for natural gas-fired turbines
Application note: Real-time formaldehyde monitoring from natural gas-fired turbines (KR)
Application note: Ambient air toxics monitoring
Application note: Ambient air toxics monitoring (KR)
Application note: Quality control of breathing oxygen by FTIR Spectroscopy
Application note: Gas-phase FTIR for smoke toxicity measurements
Application note: Analysis of aviator’s breathing oxygen by FTIR Spectroscopy
Application note: Configuration and performance of the Antaris IGS Analyzer
Application note: Thermo Scientific Antaris IGS Gas Analyzer product brochure
Application note: Analysis methods for the Thermo Scientific Antaris IGS Gas Analyzer catalog
Application note: The measurement of methanol and formaldehyde in automobile exhaust using Fourier Transform Infrared (FTIR) Spectroscopy
Application note: Monitoring the purity of liquid carbon dioxide with an Antaris IGS Gas Analyzer
Application note: Monitoring siloxane levels using gas analysis
Application note: The use of FTIR to analyze NOx gases in automobile exhaust
Application note: Measuring destruction efficiency of greenhouse gases released by semiconductor fabrication tools
Application note: Thermoelectrically cooled MCT detectors enable high speed and high sensitivity gas analysis by FTIR
Brochures
Brochure: Gas Phase Spectroscopy
White papers
Beverage-grade carbon dioxide purity analysis
Specification sheets
Product specifications sheet: MAX-iR FTIR Gas Analyzer
Product specifications: MAX-Analytical Software Suite
Product Specifications: MAX-iAQ Ambient Air Monitoring System
Product specifications: EMS-10 Continuous Emissions Monitoring System
Product specifications sheet: MAX-Bev CO₂ Purity Monitoring System
Product specifications: MAX-OXT Thermal Oxidizer Module for FTIR Gas Analysis
Videos
Industrial Gas Analysis by OE-FTIR technology
Creating "The Perfect Sip" using the MAX-Bev CO₂ Purity Monitoring System
Innovations in CO₂ Beverage-Grade Purity Monitoring: An interview with Thermo Fisher Scientific and Coca-Cola
Product Intro: Advantages of MAX-Bev CO₂ Purity Monitoring System
Product overview: A deeper dive into the MAX-Bev CO₂ Purity Monitoring System
Product overview: MAX-iAQ Continuous Ambient Air Monitoring System
Ambient Air Quality Monitoring with the MAX-iAQ System
Animation: Step into the future of beverage quality assurance
Technical notes
Article: Commercial Ethylene Oxide Sterilizers: What you need to know following the EPA's final NESHAP ruling
Technical note: Impact of active gas purge on FTIR measurements
FTIR pharmaceutical analysis
Application notes
Application note: Mixed vs. Pure: How FTIR can assess enantiomers of amino acid samples
Application note: TGA-IR analysis using the OMNIC mercury TGA Software
Application note: Choosing the right instrument vendor for complete, cost-effective spectrometer compliance
Application note: Protein secondary structure elucidation using FTIR Spectroscopy
Application note: Combined FTIR and Raman microspectroscopy analysis of laminates
Application note: Rapid infrared microscopy in pharmaceutical product development, quality control and biologics formulation
On-demand webinar: Unveiling the Secrets of Pharmaceutical Sample Analysis
Register now
FTIR semiconductor analysis
Infographic
Infographic: Analytical solutions for semiconductor manufacturing processes
Application notes
Application note: Use of FTIR Microscopic Imaging to Locate and Identify Contaminants on Electronic Components
Application note: Investigating why a plastic part failedApplication note: Quantitative determination of hydrogen concentration in silicon nitride dielectric films on silicon wafers using FTIR spectroscopy
Application note: Identifying failures and ensuring quality of plastic materials
Flyer
Flyer: Nicolet OMNIC Wafer Analysis Package
FTIR polymer analysis
Application notes
Application note: Comparison of non-cryogenically cooled detector performance in real-time FTIR measurements
Application note: Characterization of contaminants in Recycled PET and HDPE using FTIR Microscopy
Application note: In situ measurement of CO2 by FTIR for accelerated polymer aging evaluation
Application note: Investigating why a plastic part failed
Application note: Identifying failures and ensuring quality of plastic materials
Application note: Carbon black optimization through proper chemical composition with FTIR
Application note: Enhanced sensitivity to detect phthalates by FTIR
Application note: Monitoring the UV cure process of a polymer based ink by FTIR
Application note: Time-based FTIR analysis of curing of polyurethanes
Application note: Combined FTIR and Raman microspectroscopy analysis of laminates
On-demand webinar: Elevate your polymer and QA/QC sample analysis
Watch now
General FTIR and quality control (QC)
Application notes
Application note: Failure Analysis of Printed Circuit Boards using FTIR Microscopy
Application note: Distribution of Defects & Impurities in Diamonds Probed by Infrared and Photoluminescence Imaging
Application note: FTIR in QA/QC laboratories and on manufacturing floors
Application note: Analyzing vapor phase samples with the Nicolet iS50 multi range spectrometer
Application note: Improving productivity through compact automation
Application note: Advantages of a Fourier transform infrared spectrometer
Smart note: Identification of contaminants on printed circuit boards
Application note: Improving search results using high resolution libraries
Application note: Applications of infrared multiple angle incidence resolution spectrometry
Application note: Streamlined FTIR analysis of dimethicone with OMNIC Paradigm Workflow
Watch now
FTIR educational and teaching
Lesson plans
Isolation and identification of essential oils from citrus peels
Recycling plastics
Rotational-vibrational spectrum of HCl gas
Educational experiment package - Volume 1
Educational experiment package - Volume 2
FTIR Educational Lesson Plan
Poster: Spectroscopy techniques poster
Application notes
Application note: Mixed vs. Pure: How FTIR can assess enantiomers of amino acid samples
FTIR food analysis
Application notes
Application note: Rapid analysis of trans fat content using a fourier transform infrared spectrometer
FTIR technique
Application notes
Application note: The Versatility of the iS50 FTIR Spectrometer: A Complete Vibrational Spectroscopy Solution
Application note: Visible and IR polarizers increase insights from FTIR microscopy analysis
Technical note: The Thermoelectrically cooled MCT (TEC-MCT) used in an FTIR microscope
Technical note: Advantages of MCT-B Detectors in FTIR Microscopy
Technical note: NIR Microscopy Provides Advantages Beyond Traditional Mid-IR Analysis
Technical note: Determining the Spatial Resolution of an FTIR Microscope
Technical note: FTIR Microscopy: How experimental decisions affect the signal-to-noise ratio
Watch now
Watch now
