Gas Chromatography and mass spectrometry : a practical guide/ By Fulton G. Kitson
Material type:
TextPublication details: New York: Academic press 1996.Description: xi, 369p.; ill. ; 28 cmISBN: - 0-12-483385-3
- DUCE QD 79C45K57
| Item type | Current library | Collection | Call number | Status | |
|---|---|---|---|---|---|
| Books | DUCE LIBRARY Science: Shelf QD1.T5 – QE601.H48 | Science Collection | DUCE QD 79C45K57 (Browse shelf(Opens below)) | Available |
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| DUCE QE509.B43 Crustal heat flow: A guide to measurement and modelling | DUCE TD193.H58 Elements of environmental chemistry / | DUCE TP155.2.E58G744 Green chemistry for environmental sustainability / | DUCE QD 79C45K57 Gas Chromatography and mass spectrometry : a practical guide/ | DUCE QD456 .P713 Collection of problems in physical chemistry/ | DUCE QD474 .C65 Comprehensive coordination chemistry II : from biology to nanotechnology / | DUCE QD474 .C65 Comprehensive coordination chemistry : the synthesis, reactions, properties & applications of coordination compounds / |
Includes bibliographical references and index
Gas Chromatography and Mass Spectrometry: A Practical Guide is a widely used reference in analytical chemistry, especially for students and professionals working with GC–MS systems. It focuses on practical understanding rather than just theory.
Here’s a clear breakdown of what the book covers and why it’s useful:
📘 What the Book Is About
Written by Hans‑Joachim Hübschmann, this guide explains how gas chromatography (GC) and mass spectrometry (MS) work individually and in combination (GC–MS).
Gas Chromatography (GC): Separates compounds in a mixture based on volatility and interaction with the column.
Mass Spectrometry (MS): Identifies compounds by measuring mass-to-charge ratios of ionized fragments.
GC–MS combined: First separates, then identifies—making it extremely powerful for chemical analysis.
🔬 Key Topics Covered
The book is very practical and method-focused:
1. Fundamentals
Principles of GC and MS
Instrument components (injector, column, detector, ion source, analyzer)
2. Sample Preparation
Extraction techniques
Cleanup methods
Avoiding contamination
3. Method Development
Choosing columns and conditions
Temperature programming
Calibration and validation
4. Data Interpretation
Reading mass spectra
Identifying unknown compounds
Use of spectral libraries
5. Troubleshooting
Common problems (peak tailing, noise, drift)
Maintenance tips
🧪 Why It’s Valuable
Focuses on real lab situations, not just theory
Useful for students, lab technicians, and researchers
Strong emphasis on problem-solving and practical workflows
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