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Carbon·2026
p-type graphitic carbon nitride with boron bridge atoms designed for photoelectrochemical conversion of CO2

K. Mech, A. Sławek, A. Podborska, G. Abdi et al.

Here, we report the results of studies dedicated to a synthesis of a series of graphitic carbon nitride materials doped with different amounts of boron, designed for photoelectrochemical conversion of $CO2$. The crystallographic structure of B-doped and pure heptazines was analyzed using XRD, while their chemical structure was analyzed using NMR, XAS, XPS, and FTIR spectrosc…

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Carbon·2026
Thermal-dose framework for catalytic graphitization of biomolecules in reactive laser additive manufacturing

Shuichiro Hayashi, Salomé Rigollet, Marco Rupp, Elizabeth Stump et al.

Laser pyrolysis enables reactive additive manufacturing of porous carbon architectures through highly localized and rapid thermal processing. However, the governing principles of graphitization under non-equilibrium laser conditions remain unclear, particularly the role of transient thermal history and catalytic feedstock chemistry. Here we show that carbon structural evolution…

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Carbon·2026
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Abstract not available. Bibliographic information is searchable.

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Carbon·2026
Water as a decisive factor in the thermal transformation of cellulose into activated carbon

Alexa Scheer, Hoang Bao Tran Nguyen, Johanna Fischer, Glen J. Smales et al.

One-step KOH activation enables the direct conversion of cellulose-based biomass into activated carbon (AC), yet reproducible control over pore structure and carbon yield remains challenging. While many studies emphasize the KOH-to-precursor mass ratio, the water volume used for dissolving a fixed amount of KOH is rarely regarded as an independent parameter. Here, we demonstrat…

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Carbon·2026
Regulation of micropore structure in hard carbon via metal-ion coordination strategy for fast sodium storage

Fengyun Zhou, Yixiang Dong, Jinye Lin, Linchao Zhang et al.

Hard carbon is widely acknowledged as one of the most promising anode candidates for sodium-ion batteries because of its tunable structure and high reversible capacity. Nevertheless, strategies to increase the capacity of the plateau usually result in a significant reduction in rate performance, thereby impeding fast-charging performance and practical full cell applications. He…

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Carbon·2026
p-/n-type conduction in activated carbon NO2 sensors with enhanced low-concentration sensitivity at room temperature

Proscovia Kyokunzire, Jean Zaraket, Maria Teresa Izquierdo, Vanessa Fierro et al.

Gas sensors play a vital role in monitoring air quality across a wide range of applications, including industry, transport and healthcare. The present study investigates the nitrogen dioxide (NO2) sensing capability of four commercial activated carbons (ACs), including two coal-based (MSC 30 and CW 30) and two bio-based (A supra and PK1-3) ACs at room temperature (25 °C). The A…

4 citations · source snapshot
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Carbon·2026
Carbon black and hydrogen production from methane pyrolysis: Measured and modeled insights from integrated gas and particle diagnostics in shock tubes

Gibson Clark, Mohammad Adib, Chengze Li, Taylor M. Rault et al.

Methane (CH4) pyrolysis is a promising route to co-produce hydrogen (H2) and carbon black (CB) while avoiding emissions associated with steam-methane reforming and furnace black processes. Model development of pyrolytic CB synthesis requires experimental observations of concurrent gas chemistry, particulate formation, and morphology. This work presents a combined experimental a…

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