In the race to find a sustainable alternative to fossil fuels, so-called "white hydrogen" is a very attractive prospect. It ...

To investigate water speciation and hydrogen isotope behavior, we synthesized partially deuterated hydrous stishovite at 9 GPa and 450 & DEG;C in a multi-anvil press (MA).

To address such concerns, the effect of the bulk D/H ratio on hydrogen isotope partitioning between water-saturated silicate melts and coexisting silicate-saturated aqueous fluids has been determined ...

Natural hydrogen naturally released at the Earth's surface from groundwater in rocks of the Canadian Shield. Photo Credit: Stable Isotope Lab University of Toronto In the modern world, a reliable ...

Researchers have successfully produced hydrogen-6, an extremely neutron-rich isotope, through a novel electron scattering technique at the Mainz Microtron. This groundbreaking experiment revealed a ...

Scientists have produced one of the most neutron-rich isotopes, hydrogen-6, in an electron scattering experiment. The experiment presents a new method for investigating light, neutron-rich nuclei ...

Skoltech researchers have developed a method to produce hydrogen directly at natural gas fields with up to 45% efficiency by injecting steam, a catalyst, and oxygen to trigger a combustion reaction ...

The extremely heavy hydrogen isotopes ⁶H – consisting of one proton and five neutrons – and ⁷H – with one more neutron – have the highest neutron-to-proton ratios known so far. They are unique systems ...

Accordingly, this study represents the first integration of natural abundance isotope techniques with microcosm experiments involving various microplastics, offering a novel approach for detailed ...

The Scientists Who Drank Heavy Water To See What It Tasted Like Harold Urey proved the existence of heavy water. Then, of course, he wondered what it tasted like.