FM

F. Mi

4 records found

Molecular insight into hydrogen storage in clathrate hydrates

The effect of different promoters on the spontaneous nucleation of hydrogen hydrates studied via microsecond-scale molecular dynamics simulations

Hydrate-based H2 storage is based on the mechanism of trapping H2 in water-based structures that are environmentally friendly and cost-efficient. Understanding the effects of common promoters on hydrate-based H2 storage at the molecular level is crucial for designing efficient st ...
A microscopic insight into hybrid CH4 physisorption-hydrate formation in halloysite nanotubes (HNTs) is vital for understanding the solidification storage of natural gas in the HNTs and developing energy storage technology. Herein, large-scale microsecond classical mol ...
Both CH4 hydrate accumulation and hydrate-based CO2 sequestration involve hydrate formation in mixed clay sediments. The development of realistic clay models and a nanoscale understanding of hydrate formation in mixed clay sediments are crucial for energy re ...
Knowledge of the microscopic behavior of CO2 hydrates in oceanic sediments is crucial to evaluate the efficiency and stability of hydrate-based CO2 sequestration in oceans. Here, systematic molecular dynamics simulations are executed to investigate the growt ...