GX Research Hub · English

GX & Decarbonization Research

This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.

The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.

Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.

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Showing 641–660 of 33263 papers

Peer-reviewed🇨🇳 ChinaJournalAdvanced Functional Materials2026#Energy TransitionDOI

Pore‐Wall Defect‐Mediated Sodium Cluster Nucleation in Hard Carbons Engineered by Misaligned Stacking of Carbon Dots

甘四洋, Yujie Huang, Ningyun Hong +8

A bottom-up strategy using carbon dots as building blocks yields defect-rich, closed-pore hard carbons via misaligned stacking for sodium-ion battery anodes. The optimized anode delivers 365.0 mAh g−1 with 85.06% initial coulombic efficienc…

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Peer-reviewedJournalClimate Risk Management2026#Climate ScienceDOI

Evaluation of heat stress mitigation potentials of climate change adaptation measures in cities: Scenario analyses for technical- and nature-based solutions using 3D microclimate modelling

Nils Eingrüber, Daniela Zimmermann, Wolfgang Korres +2

A study using 3D microclimate modelling to evaluate technical and nature-based solutions for urban heat stress mitigation across scenarios. It informs urban adaptation planning and design.

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Peer-reviewedJournalChemical Engineering Journal2026#CCUSDOI

Mg-modified lignin hierarchical porous carbon with induced hydroxyl groups for synergistic CO2 capture via pore–hydroxyl–MgO cooperation

Zhaoming Li, Mingtao Yang, Zhikai Wang +3

Proposes a Mg-modified, lignin-derived hierarchical porous carbon with induced hydroxyl groups for enhanced CO2 capture. Demonstrates a synergistic pore–hydroxyl–MgO mechanism for adsorption. Offers a biomass-based solid sorbent route relev…

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Peer-reviewed🇨🇳 ChinaJournalIndustrial & Engineering Chemistry Research2026#CCUSDOI

Optimal Design and Scheduling for Integrated System of Carbon Capture Power Plant with Power-to-Liquid/Gas Technologies

Lei Wang, Zongyue Tang, Ruxing Gao +6

This study proposes an integrated system combining coal-fired power plants with carbon capture and power-to-liquid/gas (PTL/PTG) technologies to convert captured CO2 into syncrude and synthetic natural gas. A two-level scheduling model opti…

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Peer-reviewedJournalResults in Engineering2026#Energy TransitionDOI

Low-Carbon polygeneration via solar-assisted biomass gasification and PAFC: Cascaded multi-stage Kalina exergy recovery, Pareto frontiers, and stochastic Monte Carlo screening

Badreddine Ayadi, Pooya Ghodratallah, Mustafa Abdullah +7

Proposes a low-carbon polygeneration system coupling solar-assisted biomass gasification with a phosphoric acid fuel cell (PAFC). Integrates cascaded multi-stage Kalina cycle exergy recovery, Pareto-frontier multi-objective optimization, an…

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Peer-reviewed🇨🇳 ChinaJournalEnergies2026#CCUSDOI

Low-Carbon Optimal Scheduling of a Park-Level Virtual Power Plant Considering Cement Production Process Coupling and Cross-Domain Time-Shifting Flexibility

Baoquan Liu, Xianwei Liu, Shao-Qian Zhang +2

This paper proposes a low-carbon optimal scheduling model for a park-level virtual power plant integrating the full cement production process with carbon capture, power-to-gas, and CHP/gas boiler units. A cross-domain multi-time-shifting fl…

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Peer-reviewed🇪🇺 EuropeJournaleceee Summer Study proceedings2026#Energy TransitionDOI

Beyond single technologies: multi–low-carbon adoption pathways and policy timing in Great Britain’s households

Marina Topouzi, Hannah Budnitz, Emilie Vrain +3

Tracking 3,800 GB households across three waves (2021-2025), this study shows low-carbon technology adoption (heat pumps, solar PV, batteries, EVs) is staged and path-dependent rather than isolated. Adoption concentrates among higher-income…

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Peer-reviewed🇪🇺 EuropeJournalEnergy and Climate Change2026#Energy TransitionDOI

High growth, low carbon: A net-zero CO2 emission by 2070 pathway for India

Utkarsh Patel, Chen Chris Gong, Clara Bachorz +9

Using the REMIND integrated assessment model calibrated to a high-growth trajectory (6.2% annual GDP growth 2025-2050), this study presents a net-zero pathway (NZ2070) for India. Emissions peak around 2035 at 4.2 Gt CO2/yr before declining,…

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Peer-reviewed🇨🇳 ChinaJournalEnergies2026#Carbon AccountingDOI

Participant Mobility as a Temporary Urban Transport-Energy System: Energy Use, Carbon Emissions and Low-Carbon Scenarios for the 2024 Wuhan Marathon

Xuefei Wang, Yongliang Luo, Buncha Wattana +2

An activity-based transport-energy account of 30,000 participants in the 2024 Wuhan Marathon estimates 9,097 GJ final energy and 965.7 t CO2e (32.2 kg per participant), with 10,000 Monte Carlo runs and Sobol decomposition showing travel dis…

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Peer-reviewedJournalJournal of Building Engineering2026#Carbon AccountingDOI

Towards Low-Carbon Timber Buildings: A Process–Component Framework for Carbon Emission Analysis and Sustainability-Oriented Optimization

Li Lingzhi, Xudong Zhang, Xue Chen +3

Proposes a process–component framework for analyzing carbon emissions and optimizing timber buildings toward sustainability. It links component-level and process-level carbon accounting to guide low-carbon design and construction decisions.…

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