Visuals for Basic NMR Training Workshop Lecture I

These visuals are made from the original lecture transparencies 

•    The Rules
•    NMR Instruments in the Facility
•    Gemini-200 R2D2 Magnet
•    Gemini-200 Console and Cockpit
•    Unity-300 Magnet and Autosampler
•    Unity-300 Console and Cockpit
•    Avance-III-400 Magnet and Autosampler
•    Avance-III-400 Console and Cockpit
•    Avance-III-400 SampleJet Carousel
•    DRX-500 Magnet and Console
•    DRX-500 Cockpit
•    DRX-600 Magnet
•    DRX-600 Cockpit and Console
•    Inova-600 Magnet
•    Inova-600 Cockpit and Console
•    Inova-600: Diagram of Cryogenic Probe System
•    Inova-600 Cold Head with Sides Removed
•    Inova-600 Helium Compressor and Chilled Water Manifold
•    Inova-600 Water Chiller Indoor Unit
•    Inova-600 Water Chiller Outdoor Unit
•    Outline: Getting an NMR Spectrum
•    Sample Preparation
•    Sample Depth
•    Lock: The Deuterium Lock Feedback Loop
•    The Deuterium Lock Channel
•    Lock Circuit Feedback Loop
•    Lock Display
•    Shimming: Maximizing the Homogeneity of the Field
•    Diagram of Z Shims and B_o Inhomogeneity
•    Shim Hardware and Operation
•    Interaction of Z1 and Z2 Shims
•    Bad Z2 Shim: Sucrose ¹H Spectrum
•    FID: Free Induction Decay
•    Receiving the FID: Analog and Digital
•    Receiving the FID: Block Diagram
•    FID: CHCl₃/CH₂Cl2, 0 to 2 9 seconds
•    FID: CHCl₃/CH₂Cl2, 0 to 0 425 seconds
•    FID: CHCl₃/CH₂Cl2, 0 to 36 ms
•    Digitization of the FID
•    Receiver Gain Optimization
•    Quadrature Detection: The FID in Stereo
•    Quadrature Detection: Cartoon Model
•    Limits to Frequency: the Nyquist Theorem
•    Limits of Digitization: the Nyquist Theorem
•    Exceeding the Maximum: Folding or Aliasing
•    Folding or Aliasing
•    Two Ways to Sample the Stereo Audio FIDs
•    Digitized FID Data (DW = 80 microseconds)
•    FID: CHCl₃/CH₂Cl₂, 0 to 36 ms, Analyzed
•    The Spectral Window
•    Spectrum: CHCl₃/CH₂Cl₂, with MHz, Hz and ppm Scales
•    The Spectral Window in Units of Parts per Million
•    Acquisition Parameters: Relationship of SW, AT and NP
•    NMR Frequency Depends on the Observe Nucleus