Colored Sparks

@article{Lederle2019ColoredS,
  title={Colored Sparks},
  author={Felix Lederle and Jannis Koch and Eike G. H{\"u}bner},
  journal={European Journal of Inorganic Chemistry},
  year={2019}
}
2 Citations

References

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Chlorfreie Pyrotechnik: “grüne” Emission blauen Lichtes durch Kupfer(I)‐iodid
Die Erzeugung blauen Lichtes in pyrotechnischen Formulierungen wurde ohne den Einsatz von chlorhaltigen Verbindungen erreicht, wobei sich Kupfer(I)-iodid als geeigneter molekularer Emitter blauen
Chlorine-free pyrotechnics: copper(I) iodide as a "green" blue-light emitter.
TLDR
The most optimal copper(I) iodide based blue-light-emitting formulation was found to have performances exceeding those of chlorine-containing compositions, and was foundTo be insensitive to various ignition stimuli.
Improved green-light-emitting pyrotechnic formulations based on tris(2,2,2-trinitroethyl)borate and boron carbide.
TLDR
The best performing formulations were found to be insensitive to various ignition stimuli, and exhibited very high spectral purities and luminosities compared to previously reported green-light-emitting formulations.
Combustion of Ytterbium Metal
Magnesium is the most important metallic fuel in pyrotechnic compositions. It is mainly used in signaling [1] and illuminating compositions [2] as well as in black body flare compositions for
Special Materials in Pyrotechnics: III. Application of Lithium and its Compounds in Energetic Systems
The application of lithium and its compounds in energetic systems and the behaviour of lithium species in flames is reviewed. Both lithium metal and its compounds and alloys are versatile materials
Phase changes in metal combustion
The retinex theory of color vision.
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