Making perovskite solar cell crystals w/o heating

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SUMMARY

This discussion focuses on the method of growing perovskite solar cell crystals without heating, specifically in a microgravity environment. The key solvents mentioned are Diethyl Ether (DEE) and N-Methyl-2-pyrrolidone (NMP), which are essential for the crystal growth process. The original article provides a brief overview of the procedure but lacks detailed instructions necessary for practical application. Participants seek clarity on the exact steps to produce quality perovskite crystals without traditional heating methods.

PREREQUISITES
  • Understanding of perovskite crystal structures
  • Familiarity with solvent properties, specifically DEE and NMP
  • Knowledge of microgravity effects on crystal growth
  • Basic laboratory techniques for handling solvents and crystals
NEXT STEPS
  • Research detailed methodologies for growing perovskite crystals using DEE and NMP
  • Explore the effects of microgravity on crystallization processes
  • Investigate alternative solvents for perovskite crystal growth
  • Study the original article for insights on experimental design and results
USEFUL FOR

This discussion is beneficial for high school researchers, materials scientists, and anyone interested in innovative methods for synthesizing perovskite solar cells without heating.

JessicaHelena
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I'm a high schooler involved in a research in which we aim to grow perovskite crystals in microgravity. I've recently come across this article (https://scitechdaily.com/researchers-develop-a-better-method-for-making-perovskite-solar-cells/) in which they explain how to grow better perovskite crystals without heating at all. They seem to have used DEE and NMP solvents, (I've done a little more research and it seems that there are other solvents that could be used as well), but I can't seem to find the exact procedures to produce quality crystals this way. They do explain it briefly in the article, but it's a little vague for us to try do it ourselves. Of course, there's the traditional heating-up method, but we can't use that method in our experiment because of the temperature limit. Does anyone know how exactly the making of perovskite crystals can be done without using heating? Any help would really be appreciated!
 
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Oh — I didn't know they provided a free article. Thank you!
 

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