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The best part is the Methods section, which opens with > Warning! Silver azide and halogen azides are extremely hazardous and explosive. Such compounds should
by xmcqdpt2 1y ago
The best part is the Methods section, which opens with
> Warning! Silver azide and halogen azides are extremely hazardous and explosive. Such compounds should be handled with utmost care and only in very small quantities (<5 mmol). Appropriate safety precautions (blast screens, face shields, Kevlar gloves, soundproof earmuffs and protective leather clothing) are necessary. Make sure to eliminate static electricity before handling. It is also crucial to avoid friction and light exposure and prevent any contact with metals during sample handling to ensure safety.
That is, please do the synthesis in full armor, in the dark and don't touch anything more than strictly necessary.
Also wear ear protection, because it's still going to go bang.
I like the green energy twist in the intro too. "High-energy materials" is an euphemism chemists engaged in weapons research like to use. I went to some conference talks about high energy materials before, and research presented at those talks was always funded by various defence agencies. But maybe that's just a North American thing, this particular group only acknowledges funding from the innocuous Deutsche Forschungsgemeinschaft.
- greenavocado 1y agoCan't help but to think of Azidoazide azide when I see azides mentioned
- HelloNurse 1y ago> gas-phase reaction of chlorine or bromine with silver azide, followed by trapping in argon matrices at 10 K Certainly not a process that can be made simple, safe and efficient for use in a battery: explosives or rocket fuel are the only possible kinds of "clean energy-storage materials".