Kinetic modeling of nalidixic acid degradation by clinoptilolite nanorod-catalyzed ozonation process

Abstract

The removal of nalidixic acid (NAD) through the clinoptilolite nanorod (CN)-catalyzed ozonation process was modeled by three types of kinetic approaches.

Nanoporous MoS2 monolayer as a promising membrane for purifying hydrogen and enriching methane

“…Recently, theoretical and experimental investigations on porous graphene [36][37][38][39][40][41][42], graphitic carbon nitride [43][44][45], graphdiyne [46,47], bonded porous graphene (BPG) [48] and other 2D materials [49][50][51][52] with high stability and subnanometer-sized pores for gas separation have been intensively carried out. In a density functional theory (DFT) study, Jiang et al [36] designed a porous graphene nanosheet with nitrogen-edged pores and showed its high efficiency for H 2 / CH 4 separation.…”