Chemistry World podcast - March 2013
13 March 2013 Podcast | Monthly
Mark Mascal talks about bio-derived chemicals, John Lindon introduces the Phenome Centre and the team cover the latest news
An inkjet printer has been repurposed to create a huge library of potential catalysts. To make the technology work with inorganic reagents that have different chemistries, a collaboration between chemists at the University of California, Santa Barbara, US, and Zhejiang University in China, has created special 'inks' made of colloidal nanoparticles of different metal precursors and polymers that direct the formation of the resulting nanoparticle structures.
Different nanoparticle inks can then be loaded into seperate ink containers and combined in precise amounts, resulting in up to 1 million new formulations an hour, containing up to eight different components. That resulting library can then be explored for new catalysts.
13 March 2013 Podcast | Monthly
Mark Mascal talks about bio-derived chemicals, John Lindon introduces the Phenome Centre and the team cover the latest news
7 November 2012 Research
New bio-ink to print living cells for tissue engineering
17 May 2013 Research
Barium carbonate crystals have been coaxed to form nano-flowers by controlling their chemical environment
15 May 2013 Research
The environmental legacy of salvaging gold from electronic waste can be dramatically cut using corn starch instead of cyanide
31 January 2013 Business
Dicyandiamide poses no food risk but fertiliser companies have suspended sales
17 May 2013 Research
Seamless integration of electronics and tissue could be used with other artificial implants and synthetic organs