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App Notes

Results 31–40 of 1445

Revolutionizing PFAS Detection in Air: High Sensitivity with the Aim Reactor

| Contributed by TOFWERK

In this study we demonstrate how Vocus Aim chemical ionization enables real-time detection and quantification of PFAS in air.

Case Study: Spatial Biology Studies in Lung Tissue using Spectral Microscopy

| Contributed by Zeiss

Lungs are an organ with significant autofluorescence

Room temperature and sensitive analysis of haloanisoles in wine using Vacuumassisted headspace SPME with GC/ECD

| Contributed by Markes International Ltd

Haloanisoles create a musty/moldy off-aroma in wines that is rejected by consumers, causing important economic losses for the wine industry

Detection of ozone-depleting substances and halogenated GHGs in industrial zones with a cryogen-free preconcentration–GC–MS system

| Contributed by Markes International Ltd

This application note demonstrates the quantitative analysis of ODS and halogenated GHGs without use of cryogen

Automated, high-sensitivity analysis of residual fumigants for food safety testing by multi-step enrichment–headspace–trap (MSE–HS–trap) with GC–MS

| Contributed by Markes International Ltd

This study shows highly sensitive detection of residual fumigants in seeds and spices

Automated sample preparation speeds up off-flavour research in the aquaculture industry

| Contributed by Markes International Ltd

The challenge of monitoring off-odours in fish

Highly sensitive determination of trace-level chlorophenols and common odorants in drinking and environmental waters

| Contributed by Markes International Ltd

Local authorities need to invest heavily to ensure drinking water is safe and palatable

GCMS-QP™2050

| Contributed by Shimadzu

Excellence Redefined

Simultaneous Analysis of Residual Pesticides Using High-Speed Scan and Smart SIM+ of GCMS-QP2050

| Contributed by Shimadzu

The industry’s fastest scan speed of 30,000 u/min and a new Smart SIM option of the GCMS-QP2050 used for a standard analysis of pesticide residuals.

Analysis of VOC and SVOC Emissions from Automotive Interior Materials Using GCMS-QP2050 in Accordance with VDA 278

| Contributed by Shimadzu

In recent years, measures to reduce the use of organic compounds in automotive interiors have progressed
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