I would like to work on an in-depth physics project

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SUMMARY

This discussion centers on in-depth physics project ideas, specifically focusing on Tesla Coils, Superconductors, and CO2 scrubbing techniques. The user seeks assistance in developing a regenerative scrubber for CO2 scrubbing and mentions the potential use of Grignard reagents (RMgX) for this purpose. An experimental setup is proposed to measure the efficiency of CO2 removal using Grignard reagents in a gaseous solution. The discussion highlights the need for practical and economically feasible solutions in CO2 scrubbing.

PREREQUISITES
  • Understanding of Tesla Coil construction and operation
  • Knowledge of superconductivity principles and materials
  • Familiarity with CO2 scrubbing technologies
  • Basic chemistry knowledge, particularly regarding Grignard reagents
NEXT STEPS
  • Research Tesla Coil project kits and their components
  • Explore advanced superconductors and their applications
  • Investigate existing CO2 scrubbing technologies and their efficiencies
  • Learn about experimental setups for measuring gas absorption using Grignard reagents
USEFUL FOR

Students, educators, and researchers in physics and chemistry, particularly those interested in experimental projects related to energy, materials science, and environmental technology.

yubiqutous
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Hi! I'm new here. I would like to know if I could get ideas regarding in depth physics project. I have a couple of ideas for topics, but I am not sure what to do regards them. My topics are: Tesla Coils, Superconductors, and CO2 scrubbing. For the CO2 scrubbing project, I am trying to find a regenerative scrubber I can use. Any help would be GREATLY appreciated. Thanks!
 
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I know Grignard reagents (RMgX) react with CO2 to form carboxylates. I'm not sure if this is an economically feasible CO2 scrubbing solution though.
You could set up an experiment to bring a gaseous solution containing a known amount of CO2 through an impinger containing a grignard reagent dissolved in dry ether, then find a way to measure the CO2 leaving the impinger to see how efficient the process is.
 

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