Abstract
SynopsisTremendous progress has been made in the research on the structure and dynamics of liquids due to the development of advanced experimental techniques such as liquid microjets, enabling investigations on volatile samples in ultrahigh vacuum environments. The spectroscopy of charged particles, e.g. photoelectron or Auger electron spectroscopy on liquids, is an established field by now. Here, we report on the successful application of a fluorescence spectrometer to measure optical emission spectra from liquids irradiated with soft X-ray synchrotron radiation.
Highlights
- Organelle Distribution in a Hydrated Biocell by Correlation between Soft X-ray and Fluorescence Images T
Synopsis Tremendous progress has been made in the research on the structure and dynamics of liquids due to the development of advanced experimental techniques such as liquid microjets, enabling investigations on volatile samples in ultrahigh vacuum environments
We report on the successful application of a fluorescence spectrometer to measure optical emission spectra from liquids irradiated with soft X-ray synchrotron radiation
Summary
- Organelle Distribution in a Hydrated Biocell by Correlation between Soft X-ray and Fluorescence Images T. To cite this article: Andreas Hans et al 2017 J. - Soft X-ray PHA Diagnostic for the Electron Temperature Measurements on EAST Xu Ping, Lin Shiyao, Hu Liqun et al View the article online for updates and enhancements. Soft X-ray induced ultraviolet fluorescence emission from bulk and interface of a liquid water microjet
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