This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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.
Showing 161–180 of 3142 papers
Lizhan, Hong, Helin, Gong, Hongjun, Ji +4
This study enhances the accuracy and efficiency of a reactor operation digital twin (RODT) for optimizing near-carbon-free nuclear energy systems. It addresses non-differentiabilities and discontinuities from machine-learning-based surrogat…
Bartosz Sobik
This paper empirically analyzes the merit-order dynamics of Polish coal, lignite, and gas units during the 2021-2023 European energy crisis. It decomposes short-run marginal costs into fuel, transport, and EU ETS components, showing that ga…
Utaki T.
This paper reports on the development of coal mine methane (CMM) concentration technology aimed at reducing greenhouse gas emissions. By capturing and concentrating methane emitted from coal mines, the technology prevents its release into t…
M. Laurin
This thesis develops an integrated framework for low-carbon transport transitions, considering multi-scale (urban, national, global) and cross-sectoral interactions, and soft-linking energy systems optimization models with stakeholder engag…
Ruixi Zhao, Canyan Yang, Zhi Zheng +10
This study develops hierarchical core-shell electrodes of hollow carbon nanotubes and MnO2 nanosheets via a proton-coupled self-templating hollowing-growth strategy. The architecture enhances charge transfer and ion transport, achieving hig…
Qiuhong Lai, Guoqiang Zhan
This paper proposes a multi-objective automatic optimization method for low-carbon courtyard landscape design using the NSGA-II algorithm, applied to the Guangdong-Hong Kong-Macao Greater Bay Area. It aims to balance carbon emission reducti…
Xueqing Wang
This paper proposes a low-carbon route optimization method for port container multimodal transport, combining Dijkstra's algorithm and an improved ant colony algorithm. It aims to balance transport efficiency and carbon emissions in route s…
Md. Soybur Rahman, Zakaria Hossain
This study evaluates low-carbon concrete using rice husk ash and seashell powder as cement replacements. At 25% replacement, compressive strength improved while carbon emissions reduced, offering a sustainable waste management approach for …
Massimiliano Renzi, Jacopo C. Alberizzi, Marko Keber
This workshop explores advanced methodologies, planning strategies, and optimization tools for transitioning to decarbonized and resilient energy systems. Achieving EU 2050 carbon neutrality requires transforming traditionally independent i…
Ioannis Tzitzios, Asimina Dimara, Christos‐Nikolaos Anagnostopoulos +2
This paper proposes a novel theoretical framework for quantifying and optimizing building energy flexibility. It contributes to renewable energy integration and demand response, supporting the energy transition. The framework offers a metho…
Yao Wang, Jia Yang, Yifu Li +8
This paper proposes a novel carbon-free direct reduction process for sulfur-oxygen mixed antimony ore via low-temperature smelting based on interactive reactions. It aims to replace conventional high-carbon, high-temperature processes, redu…
Q Zhou, Chunfei Shi, Zicheng Wang +2
This paper proposes a core-shell hard carbon anode material with controlled closed pores and defects for sodium-ion batteries, demonstrating enhanced performance. It contributes to low-cost battery development for renewable energy storage a…
(著者不明)
This study analyzes the techno-economic feasibility of hydrothermal carbonization (HTC) of sewage sludge, focusing on phosphorus retention and carbon sequestration. It evaluates the potential of HTC for carbon fixation and phosphorus recove…
Roth, Michael Buchdahl, Parag, Yael
This record provides the ROTH Power System Model, an open Excel-based hourly simulation tool for islanded power systems, and scenario results for Israel's 2050 decarbonization pathways (BAU, Diverse, Renewable, Nuclear-Low Carbon). It repor…
KAAKA, FEGALO J. D.
This study examines the distributional effects of fuel subsidy reform in Nigeria using ARDL and welfare incidence analysis. It finds that subsidy removal expands fiscal space and reduces regressive transfers to the wealthy, but causes short…
Patrick Ehi Imoisili, Eric Maboke Mohlatlola
This study examines household energy consumption and energy poverty in South African townships, finding that despite electricity access, many households rely on multiple fuels due to affordability, reliability, and safety concerns. Awarenes…
Bordenave S.
This paper investigates the use of calcium sulfate to accelerate densification of oil sands tailings ponds while reducing greenhouse gas emissions. Although the abstract is unavailable, the approach suggests a potential technical pathway fo…
Sadia Saeed, Sabtain Fida, Abdul Ghafoor
This study examines the impact of financial flows (FDI, trade, net borrowing) on green growth in Asian economies, with energy consumption and energy transition as moderators. Using panel data from 1994-2021, it finds adverse environmental e…
Sokas S.
This study evaluates the effects of site-specific tillage on soil properties, fuel consumption, and greenhouse gas emissions. It demonstrates the potential of precision agriculture to reduce fuel use and emissions, contributing to decarboni…
Oliver Inah, Fidelis Abam, Samuel Effiom +1
This paper uses a system dynamics model to analyze socio-behavioural drivers of household energy transition in Nigeria, simulating policy interventions for the net-zero pathway and highlighting the role of behavior change.
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