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Monolithic biochar is explored as electrode material in supercapacitor – a fast-charging, long-lasting energy storage device. Electrical conductivity of electrode is critical to supercapacitor's performance. Traditionally, biochar is used as a solid fuel for combustion where electrical conductivity is largely irrelevant and ignored. This work explores electrical conductivity of monolithic biochar...
The wettability of graphitic carbon can impact the behavior of many carbonaceous materials in a variety of systems involving water, for example, the carbon aerosols–cloud interaction that affects the climate and the penetration of micropores by aqueous solution in activated carbons. Previous studies on this topic have been limited to the basal surface of graphite. Apparent water-contact angle (WCA)...
Nanoporous carbon materials have a wide range of applications in environmental and sustainable energy fields. Accurate quantification of micropores (<2nm) is essential to understanding and optimizing the performance of carbon materials in applications such as supercapacitors. To quantify micropores in carbon materials, the gas physisorption technique remains the most common. Despite its long history...
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