CHEM 636/736: MASS SPECTROMETRY AND MASS SPECTRAL INTERPRETATION
(736 Requires Research Project)
Professors C. Sam Hsu and Joseph W. Bozzelli
(NJIT)
Topics Week
Introduction I
Basic Instrumentation - Overview, Fundamentals II
Sample Introduction
Batch Inlet
Direct Insertion Probe
Chromatographic Connections
Ion Source
Mass Analyzers
Basic Components
Resolving Power
Ion Detectors
Photoplate
Faraday Cage
Electron Multiplier
Others
Vacuum System
Data System
Ionization Techniques III
Electron (Impact) Ionization (EI)
High Electron Beam Voltage EI
Low Electron Beam Voltage EI
Chemical Ionization (CI)
Methane CI
Isobutane CI
Ammonia CI
Deuterated Ammonia CI
Negative Ion Production
Photo-ionization IV
Laser Ionization/Laser Desorption/Matrix-Assisted Laser
Desorption Ionization (MALDI)
Field Ionization/Field Desorption
Fast Atom Bombardment/Liquid Secondary Ion MS (LSIMS)
Atmospheric Pressure Ionization
Atmospheric Pressure Chemical Ionization (APCI)
Electrospray
Others (Discharge, Plasma Desorption, etc.)
Modern Mass Spectrometers V
Magnetic (Sector)
Single Focusing
Double Focusing
Quadrupole
Time-of-Flight VI
Fourier Transform Ion Cyclotron Resonance
Ion Trap
Types of Ions in Mass Spectra VII
Molecular Ions
Pseudo-molecular Ions
Fragment Ions
Metastable Ions
Rearragement Ions
Multiply-charge Ions
Negative Ions
Theory of Electron Ionization VIII
Energetics of Electron Impact Processes
Ionization Potentials
Appearance Potentials
Heat of Formation of Ions
Quasi-equilibrium Theory
Rate Expression
Energy Distribution
Mass Spectral Calculations
High Resolution Mass Spectrometry IX
General Issues
Double Focusing Instruments
Ion Cyclotron Resonance Instruments
Mass Calibration
Combination with Other Analytical Instrumentation X
Gas Chromatography/MS
GC Techniques
Interfaces
Thermal Desorption/Pyrolysis (Coil, Ribbon, Curie Point)
Liquid Chromatography/MS XI
Moving Belt
Particle Beam
Thermospray
APCI/Electrospray
Continuous Flow Fast Atom Bombardment
Supercritical Fluid Chromatography/MS
Tandem MS (MS/MS)
Thermogravimetric MS
Mass Spectral Interpretations - XII
Isotopic Pattern Recognition
Fragmentation and Rearrangement Processes
Characteristic Ions/Neutral Losses
Consolidated Information from Alternative Ionization Techniques
Parent/Daughter Experiments
Analytical Applications XIII
Selected Topics from:
Hydrocarbon Analysis for Petroleum/Petrochemicals
Quantitative Analysis
Environmental (eg., TCDD)
Biomarkers for Geoscience
Pharmaceutical/Bioscience