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Cu(0)-mediated living radical polymerization: recent highlights and applications; a perspective - Polymer Chemistry (RSC Publishing) DOI:10.1039/C5PY01916H
Andryj Borys on Twitter: "The Schlenk Line Survival Guide is finally available as a PDF 🥳 Check it out! https://t.co/SKFpCtZqCf #RealTimeChem #ChemEd #SciArt https://t.co/j7dv66Fjl3" / Twitter
![Andryj Borys on Twitter: "Freeze-pump-thaw, more like freeze-pump-bore! #RealTimeChem https://t.co/8o8hAlkcvk" / Twitter Andryj Borys on Twitter: "Freeze-pump-thaw, more like freeze-pump-bore! #RealTimeChem https://t.co/8o8hAlkcvk" / Twitter](https://pbs.twimg.com/media/EuhyXSoWgAgBWWr.jpg:large)
Andryj Borys on Twitter: "Freeze-pump-thaw, more like freeze-pump-bore! #RealTimeChem https://t.co/8o8hAlkcvk" / Twitter
Freeze-Pump-Thaw Degassing of Liquids 1) Place the solvent (or solution) in a Schlenk flask. Make sure the stopcock is closed.
![Frozen Methanol on a Schlenk line, by using a method called Freeze-Pump-Thaw you can degas volatile solvents like this one. : r/chemistry Frozen Methanol on a Schlenk line, by using a method called Freeze-Pump-Thaw you can degas volatile solvents like this one. : r/chemistry](https://i.redd.it/qigardq8ws231.jpg)
Frozen Methanol on a Schlenk line, by using a method called Freeze-Pump-Thaw you can degas volatile solvents like this one. : r/chemistry
![Using the "Freeze, Pump, Thaw Method" to Degas a Solution; Followed by Vacuum Transfer of a Solvent - YouTube Using the "Freeze, Pump, Thaw Method" to Degas a Solution; Followed by Vacuum Transfer of a Solvent - YouTube](https://i.ytimg.com/vi/WpllQfOA2sI/mqdefault.jpg)