A single-source precursor for mixed fuel gases!🔥Meet Mg[(CH₃)ZnH₃]—a hydride-rich organometallic that releases a mixture of #Hydrogen & #methane, at just 80 °C. A fundamental discovery that could open up practical applications! #energy#chemistry
https://t.co/pcsEO8GPYa
A single crystalline compound releases hydrogen and methane at 80–110°C without oxygen, delivering the two fuels in stages—with recharging still untested. @ScienceAdvances https://t.co/mgKyyGleCD
A solid magnesium zincate for hydrogen-methane evolution | @ScienceAdvances https://t.co/1xv2r2VKpM
We sincerely thank @ANRFIndia for funding the project CRG/2023/004024, #ONOS for covering APC & Padmanabha Cluster @tvmiiser for the computing time.
A single-source precursor for mixed fuel gases!🔥Meet Mg[(CH₃)ZnH₃]—a hydride-rich organometallic that releases a mixture of #Hydrogen & #methane, at just 80 °C. A fundamental discovery that could open up practical applications! #energy#chemistry
https://t.co/pcsEO8GPYa
A single-source precursor for mixed fuel gases!🔥Meet Mg[(CH₃)ZnH₃]—a hydride-rich organometallic that releases a mixture of #Hydrogen & #methane, at just 80 °C. A fundamental discovery that could open up practical applications! #energy#chemistry
https://t.co/pcsEO8GPYa