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App Notes

Results 711–720 of 1416

Polymer characterization using advanced chromatography detection

| Contributed by Malvern Panalytical

ACQUITY APC system used in conjunction with OMNISEC REVEAL multi-detector provides more information, more quickly and with less sample.

Carbohydrate Analysis in Plant Ecology

| Contributed by Antec Scientific

In photosynthesis light energy is converted into chemical energy in the form of sugars by the so-called chloroplasts (most abundant in leaf cells).

Pyrolysis-GC/MS Real and Faux Leather

| Contributed by CDS

Pyrolysis reveals components and differences between different leather and faux leather products.

μPAC™ column performance with peptide standards: Thermo Scientific™ Pierce™ retention time calibration mixture

| Contributed by Pharma Fluidics

Peptide standards are critical in mass spectrometry based proteomics to ensure optimal and consistent system performance before, during, and after sample analysis.

The GC-VUV Toolkit

| Contributed by VUV Analytics

Solutions Guide for Common GC Headaches

Carbohydrate Analysis in Instant Coffee According to Adapted ISO Method 11292:1995

In this application note the analysis of carbohydrates in instant coffee, following the ISO 11292:1995 method, was evaluated using the ALEXYS carbohydrates analyzer.

Rapid Analysis of Volatile Compounds in Paperboard Using Direct MS

| Contributed by Syft Technologies

Pharmaceutical and food products are susceptible to contamination from packaging volatiles – whether from polymeric materials, printing inks, or paperboard.

Analysis of Genuine, Recycled and Artificial Leather by Pyrolysis

| Contributed by CDS

Pyrolysis reveals components and differences between leather products

Emerging Analyses in Clinical and Food Industries Using Electrochemical Detection

Recently, new applications have been developed based on Electrochemical Detection (ECD) in high-performance liquid chromatography (HPLC).

Fully automated on-line headspace monitoring of VOCs from waste effluent by GC–FID and GC–TOF MS

| Contributed by SepSolve Analytical

This study demonstrates a fully automated GC analysis of volatile organic compounds (VOCs) in the headspace of waste effluent using a flow-through cell with a sample preparation robot.

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