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Simultaneous Measurements of Droplet Size and Transient Temperature Within Surface Water Droplets
A lifetime-based molecular tagging thermometry technique was developed for achieving simultaneous measurements of droplet size and transient temperature distribution within a small water droplet over
Molecular tagging thermometry for transient temperature mapping within a water droplet.
  • De Huang, Hui Hu
  • Materials Science, Medicine
    Optics letters
  • 15 December 2007
We present the progress made in developing a molecular tagging thermometry (MTT) technique for achieving spatially and temporally resolved temperature measurements within a small water droplet over a
Simultaneous Measurements of Droplet Size and Temperature Distribution Within a Water Droplet by using Molecular Tagging Thermometry Technique
We present the research progress made in developing and implementing a novel lifetime-based molecular tagging thermometry (MTT) technique for achieving simultaneous measurements of droplet size and