SelectScience
  • (Opens in new tab)
  • (Opens in new tab)
  • (Opens in new tab)
Join Free
Analytical Science Summit
  1. Home
  2. /Resources
ResourceSeparations

GC/MS Analysis of a Complex Sample in DCM Using Hydrogen Carrier Gas

PEAK Scientific Instruments
16 Jun 2014

This study aims to show that hydrogen carrier gas produced by a Peak hydrogen generator is suitable for GC/MS analyses of a complex, 76-component sample diluted in Dichloromethane (DCM) with the Bruker Scion-SQ.

Links

PEAK Scientific InstrumentsCompany website

Tags

GC-MS Carrier GasHydrogen

Related Resources

MaxPeak premier solutions: Small molecule pharmaceutical application notebook

15 Sept 2025

Low adsorption HPLC columns based on MaxPeak high performance surfaces

15 Sept 2025

Large scale magnetic separation for the purification of mAbs directly from cell culture

12 Sept 2025

  • (Opens in new tab)
  • (Opens in new tab)
  • (Opens in new tab)
Fields & Topics
  • Life Sciences
  • Drug Discovery & Development
  • Clinical Diagnostics
  • Environmental
  • Materials
  • Food & Beverage
  • General Lab
  • Lab Automation
  • Lab Informatics
  • Separations
  • Spectroscopy
  • Forensics
  • Cannabis Testing
Products & Reviews
  • All Products & Reviews
  • All Antibodies & Reviews
  • Write a Review
News & Insights
  • News & Articles
  • Events & Summits
  • Webinars
  • Editorial features
  • Immersive Content
Resources
  • Applications & Methods
  • How-to-Buy eBooks
  • Videos
Sponsors / Client
  • Media Kit
  • Reviews Program
  • Insights for Marketers
  • Seal of Quality
  • Case Studies
  • Testimonials
  • Editorial & Production Guidelines
  • Terms & Conditions of Business
  • Data Sharing Annex
About us
  • About Us
  • Careers
  • Contact Us
  • Corporate Social Responsibility Statement

SelectScience Brands

The Scientists Channel Logo
Scientists Choice Awards Logo

Awards

Queens Awards for Enterprise Logo
UK Life Sciences Award Logo
  • Terms
  • Cookie Policy
  • Acceptable use policy
  • Privacy

© SelectScience 2025

Login

New to SelectScience?
Register for free today