Friday, 13 November 2026LatestVideosAboutContact
Latest
In December, Women’s World Cup 2027 tickets go on sale; Brazil ready to host the tournamentIt's an Australian topic: Rabada distances South Africa from Sandpapergate stormCongress will bring equal opportunities: Goud at Bharat SummitShorter time controls to be eligible for standard ratings, normsStock markets snap three-day rally on rate hike fears; Sensex drops 318 pointsRahul Gandhi to launch gig workers legislation after 32-week delayBorussia Dortmund to end controversial sponsorship with arms manufacturer RheinmetallColorful fish reveal how species stay distinct despite interbreedingCarlsen on the brink of losing No 1 spot to CaruanaRh₃ clusters balance activity and butene selectivity in butane dehydrogenationMaharashtra: Milk Prices Set To Rise By ₹4 Per Litre, Dairy Products May Get 10 Per Cent CostlierMPSC Exam Irregularities Probe Panel Extends Deadline For Submission Of Affidavits To November 23
ScienceUpdated 18 min ago

Rh₃ clusters balance activity and butene selectivity in butane dehydrogenation

Image: Phys.org

Scientists from the Institute of Metal Research (IMR) of the Chinese Academy of Sciences, in collaboration with researchers from Peking University and Chongqing University, have demonstrated how the geometry and electronic properties of subnanometer rhodium (Rh) active sites shape C–H activation, product desorption and C–C bond cleavage during butane dehydrogenation.

Continue reading on Phys.org

Hello Headlines links you to the original publisher for the full story.

Read full story

More in Science

See all