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Nuclear Magnetic Resonance

  • October 18, 2019, Bio-Blendstock/Fuel Property

    Experimental Determination of Fundamental Thermophysical Properties and Fuel-Specification Testing of Bio-Derived Blendstocks and Blended Fuels

    A wide range of instruments and tools are available to measure the physical properties, chemical composition and speciation, and kinetic behavior of fuels. The fuel properties of both pure components and blended fuels are archived in the Fuel Property Database, which is an open, publicly-accessible platform. Read More

    • Analytical Chemistry
    • Autoignition
    • Heat of Vaporization
    • Kinetics
    • Material Compatibility
    • Nuclear Magnetic Resonance
    • Rapid Compression Machine
    • Speciation
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  • >>Bio-Blendstock/Fuel Production Research
  • >>Bio-Blendstock/Fuel Property Research
  • >>Bio-Blendstock/Fuel Performance and Combustion Research
  • Computational Capabilities
  • >>Performance
  • >>Kinetic Models and Surrogate Mixtures Needed for Simulation of Combustion in Engines
  • >>Properties
  • >>Impacts
  • >>Target Identification