Water scarcity represents one of the most serious global problems of our time and challenges the advancements in desalination techniques. Although water-filtering architectures based on graphene have greatly advanced the approach to high performance desalination membranes, the controlled-generation of nanopores with particular diameter is tricky and has stunted its wide applications. Here, thro...

We have explored the role of pore width, specific surface area, and conductivity nanoporous carbons on their adsorption capacity CO2, CH4, N2. Graphene sheets with a width 7.35 Å (522.65 m2/g) activated carbon (2445.38 been generated using user-written code Hybrid Reverse Monte Carlo (HRMC) algorithm. numerically shown that graphene enhance gas separation properties, i.e., CO2 CH4 from N2 in bi...

The hydrogen storage capacities of nanoporous carbons, simulated as graphene slit-shaped pores, have been calculated using simple theoretical methods that do not involve computationally expensive calculations. calculate the molecules on a solid porous material by Equation Of State, EOS, gas and interaction potential energy H2 with surfaces pores material. Calculations carried out same empirical...

During the last decade, on-surface fabricated graphene nanoribbons (GNRs) have gathered enormous attention due to their semiconducting π-conjugated nature and atomically precise structure. A significant breakthrough is recent fabrication of nanoporous (NPG) as a 2D array laterally bonded GNRs. This covalent integration GNRs could enable complex electronic functionality at nanoscale; however, fo...

High-permeance, molecular-sieving, nanoporous single-layer graphene (NSLG) membranes are highly promising for gas separation. However, the formation of cracks during transfer NSLG to a low-cost porous support is difficult avoid. These detrimental selectivity, and therefore, make scale-up gas-sieving challenging. To mitigate crack on macroporous supports, herein, we demonstrate mechanical reinfo...