Despite possessing 3D network structure, the electrochemical behaviors of binder-free
electrodes using carbonized melamine foam (CMF) as scaffold are still limited in …

This study reveals a novel method to tailor the micro-and meso-porous structures of
activated biochar by exploiting the interaction between pre-carbonization drying conditions …

In this paper, the effects of several experimental conditions, such as electrode layer binder
content, conducting carbon content, electrode layer thickness, as well as electrolyte …

In this paper we report the physical investigation and the electrochemical performance of the
carbon black SC3 from Cabot Corporation. The SC3 carbon black was investigated in terms …

In this study, a robust high-performance polyaniline-modified graphene electrode is
successfully used to assemble a supercapacitor. Graphene is covalently bonded to self …

Two kinds of ordered mesoporous carbon (OMC), hexagonal mesoporous carbon CMK-3
and cubic mesoporous carbon CMK-8, are prepared by a hard template nanocasting …

Biochar, a by-product of woody biomass pyrolysis, is investigated as a renewable and low-
cost carbon-based electrode material for electric double layer (EDL) applications. To …

Reducing human reliance on inefficient energy systems and fossil fuels has become more
urgent due to the consequences of global climate change. However, traditional trial-and …

Activated biochar (ie, a by-product of biomass pyrolysis) is developed as a renewable, low-
cost, and promising carbon-based electrode for capacitive deionization (CDI) of NaCl and …

Highly ordered, three-dimensional (3D) cubic mesoporous carbon CMK-8 is prepared by a
facile nanocasting approach using cubic mesoporous silica KIT-6 as starting template …