Hydrogen is looked upon as the next generation clean energy carrier, search for an efficient
material and method for storing hydrogen has been pursued relentlessly. Improving …

Clathrate hydrates or gas hydrates have received worldwide attention due to their potential
to be utilized in various sustainable technologies. The hydrate-based industrial applications …

In the past few years, experimental studies have shown that CO2 is roughly 5 times more
soluble in water-saturated clay interlayer water than in bulk liquid water. The fundamental …

Ion transport properties and hydrogen solubility in brine play pivotal roles in various
engineering and scientific scopes including chemical, physical, geochemical, and …

Understanding hydrogen solubility in groundwater is critical for predicting the long-term
performance of underground hydrogen storage in geological formations. Nevertheless, the …

Recently, a new phase of hydrogen hydrates has been observed at∼ 5–7 kbar and∼ 170–
250 K. X-ray diffraction patterns do not allow determination of its structure unambiguously. In …

To address the energy demands of a growing population and mitigate carbon emissions, it is
imperative to transition from fossil fuels to renewable energy sources. However, the …

In a nuclear waste repository, the corrosion of metals and the degradation of the organic
material in the waste matrix can generate significant amounts of gases. These gases should …

The surface structure and functional groups of MOS materials play key roles in sensor
performance. Herein, we report the first attempt to use four organic acids (citric, ellagic …

The significance of clathrate hydrates lies in their ability to encapsulate a vast range of inert
gases. Although the natural abundance of a few noble gases (Kr and Xe) is poor their …