• Inorganic Applications
  
• Polymers in the Liquid State
  
• Liquid Crystalline Samples
  
• Methods for 1D Spectra of Liquid Samples
  
• Methods for 2D Spectra of Liquid Samples
  
• Methods for 3D and 4D Spectra of Liquid Samples
  
• General Methods for Liquid Samples
  
• Diffusion and Flow
  
• Application to Unusual Samples
  
  

• Electro-Nuclear Interaction
  
• Heterogenous Catalysis; Zeolites; Silicates; Supported Metals
  
• Polymers and Byopolymers
  
• Materials Science; Coals; Cokes; Ceramics and Glasses
  
• Quadrupolar Nuclei; Nutation; Double Rotation; Dynamic Angle Spinning; Shielding, Dipolar and Electric Field Gradient Tensors
  
• High-Resolution Solid-State NMR; Magic Angle Spinning; CRAMPS; REDOR; TEDOR; Line Narrowing
  
• Solid-State Physics; Superconductors; Fast Ionic Conductors
  
• Specialized Techniques; High-Pressure NMR; Squids
  
• Theory; Rudimentary NMR; Average Hamiltonian; Multiple Quantum NMR
  
  

• Biological Macromolecules
  
• Applications of Isotopes
  
• Biological Structures in Solutions
  
• Biological Structures in the Solid State
  
• Biological Dynamics
  
• Peptides and Proteins
  
• Nucleic Acids
  
• Membranes
  
• Carbohydrates
  
• Other Systems and Methods
  
  

• Relaxation Times
  
• Instrumentation
  
• Chemical Shifts
  
• Organic Applications
  
• Data Processing
  
• Spin Coupling
  
• Solvent Studies
  
• Carbon-13 Studies
  
• Field Gradient Experiments
  
  

• General Overview
  
• Image Formation Methods and Sensitivity
  
• Techniques of Imaging/Spectroscopy in Vivo
  
• Machine and Equipment-Related Topics
  
• Artifacts
  
• Measurement Techniques and Problems
  
• Radiofrequency Intensive Techniques and Aspects
  
• Contrasts Agents
  
• Flow and Flow-Related Phenomena
  
• Clinical Studies
  
• Spectroscopy
  
• Microscopy and Solid-State Imaging
  
  

You are ~~~~~ from 1 august 1997