LC–MS Analysis of Polymer Additives by Electron and Atmospheric-Pressure Ionization: Identification and Quantification

Publication
Article
LCGC North AmericaFebruary 2000
Volume 18
Issue 2
Pages: 162–178

The authors investigated the two most popular types of interfaces for benchtop LC–MS systems – the particle interface and the atmospheric-pressure ionization interface – to learn how the information obtained separately from the two can be complementary.

LCGC 18(2), 162–178 (2000).
Articles in this issue
HPLC 50 mm columns on the table in the laboratory. Fast high performance liquid chromatography analysis in a chemical and microbiological laboratory.
The Effects of Inner Surface Roughness of Microbore Column Blanks on Column Performance
Computer repair. Maintenance, service center, PC troubleshooting, computer diagnostics concepts.
Starting Out Right, Part III – The Role of the Solvent in Controlling Selectivity
A Noisy Problem
A Noisy Problem
Column chromatography
Off-Duty Columns
Conclusion of a transaction online with a digital signature. Remote business concept. Electronic signature and high level of security. Notebook and images of a contract hologram for signature.
Just e-Sign on the Bottom Line?
Biphenyl molecular structure on white background
Total Polychlorinated Biphenyl Quantification by Rapid Dechlorination Under Mild Conditions
Horizontal neon beams. Blue technology background. Abstract program code moving in a cyberspace.
LC–MS Analysis of Polymer Additives by Electron and Atmospheric-Pressure Ionization: Identification and Quantification
Iteration cycle icon, linear isolated illustration, thin line vector, web design sign, outline concept symbol with editable stroke on white background.
Chromatography Data Systems, Part II: Specifying, Evaluating, and Selecting a System
Lithium ion battery starts recharging electric energy supply, fast charging technology concept, abstract futuristic 3d rendering illustration digital cyberspace particle
Indirect Suppressed-Conductivity Ion Chromatography
Recent Videos
Toby Astill | Image Credit: © Thermo Fisher Scientific
Related Content
Best of the Week: J.P. Morgan Healthcare Conference, Detecting Water Pollutants with ML, Lavender’s Effects on Tumors

Best of the Week: J.P. Morgan Healthcare Conference, Detecting Water Pollutants with ML, Lavender’s Effects on Tumors

Aaron Acevedo
January 17th 2025
Article

Here is some of the most popular content posted on LCGC International this week.

Extreme macro of polyester stable fiber on blue background. Selective focus, shallow depth of field. Abstract dreamy background | Image Credit: © Taigi - stock.adobe.com

SPE-Based Method for Detecting Harmful Textile Residues

Aaron Acevedo
January 14th 2025
Article

University of Valencia scientists recently developed a method using solid-phase extraction (SPE) followed by high-performance liquid chromatography coupled to high-resolution mass spectrometry (HPLC–HRMS/MS) for detecting microplastics and other harmful substances in textiles.

herbal medicine | Image Credit: © Kwangmoozaa - stock.adobe.com

Detecting Fraudulent Substances Using Flow Injection Analysis–Mass Spectrometry

Aaron Acevedo
January 13th 2025
Article

Spanish scientists recently tested flow injection analysis–mass spectrometry (FIA–MS) and its effectiveness in detecting fraudulent substances in Coleus forskohlii food supplements.

Best of the Week: Reunifying Separation Science, Top Content of 2024, Shimadzu’s 150th Anniversary

Best of the Week: Reunifying Separation Science, Top Content of 2024, Shimadzu’s 150th Anniversary

Aaron Acevedo
January 10th 2025
Article

Here is some of the most popular content posted on LCGC International this week.

Drug addiction. Syringe and pills on wooden table, closeup | Image Credit: © New Africa - stock.adobe.com

Detecting Amphetamine-Type Stimulants with Solid-Phase Microextraction

Aaron Acevedo
January 8th 2025
Article

Jiangsu Police Institute scientists recently created a solid-phase microextraction (SPME)-based method for determining amphetamine-type stimulants.

Bags of yellow fresh frpzen plasma ready for transfusion. | Image Credit: © pirke - stock.adobe.com

New Extraction Technique Tested on Polar Metabolites in Human Plasma

Aaron Acevedo
January 7th 2025
Article

University of Oslo scientists combined electromembrane extraction (EME) and flow injection-MS/MS (FI–MS/MS) to determine polar endogeneous metabolites in human plasma.