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.
Showing 9541–9560 of 35653 papers
Turgay Battal
This paper applies distributional reinforcement learning to low-carbon ship routing under weather uncertainty. It proposes a method to reduce fuel consumption and emissions while ensuring robustness against weather variability, contributing…
Yuedong WU, Wen Lyu, Changsheng Yue +1
Steel slag, a byproduct of ironmaking, can replace natural aggregates in asphalt concrete, but its poor stability limits adoption. Carbonation and microbial enhancement technologies show promise, aligning with China's dual-carbon strategy. …
Ren-Jie Wu, Hesong Jin, Boyang Liu +6
This paper proposes a generative AI approach to automate the mix design of low-carbon, high-ductility engineered cementitious composites (ECC). The AI optimizes material performance and carbon emissions, contributing to decarbonization in c…
E. W. Stapper
This article proposes 'low-carbon industrialism' as a conceptual tool to study the emerging planning order reorganizing capitalism. It argues that green industrial policy scholarship treats production, labor, regulation, and space partially…
R. Jyoti, Nihal, Prerna Attri +1
This paper focuses on advanced biomass densification and combustion techniques to efficiently produce low-carbon solid biofuels. It aims to promote renewable biomass utilization and reduce greenhouse gas emissions by substituting fossil fue…
Zhihai Huang, Hisahiro Einaga
Researchers at Kyushu University developed a catalyst-free method for low-temperature carbon oxidation by coupling microwave and ozone. This technique significantly reduces energy consumption compared to conventional high-temperature proces…
Ol'ga Ved'manova, Andrey Kozlov
This paper proposes a theoretical framework for green competitive strategy for agricultural machinery enterprises in the context of Russia's agro-industrial complex transition to a low-carbon economy. Integrating Porter's competitive advant…
Hongxia Jing, Ratneswary Rasiah
This study proposes and tests an integrated theoretical model explaining residents' low-carbon consumption intention. It integrates psychological and social factors to identify drivers of low-carbon behavior, offering implications for polic…
Churui Huang
This paper critically examines whether low-carbon coal-based synthetic natural gas (SNG) can serve as a scalable transition fuel. By providing a dataset and analyzing technical, economic, and environmental constraints, it argues that SNG is…
Guangyu Wan, Jingfen Hua, Xiuzhi Hu +2
This paper theoretically analyzes how carbon taxes and green consumer preferences affect firms' strategies and social welfare in the context of low-carbon technology licensing. It examines the impact of licensing forms (fixed fee vs. royalt…
Marco Buffi, N. Abdalla, N. Scarlat +4
This study quantifies life-cycle GHG emissions of co-processed biofuels in European refineries using a RED-compliant framework. Four case studies show 73-96% GHG savings, with carbon intensities of 3.9-25.8 gCO2e/MJ, and estimates EU-wide b…
Tao Sun, Zeqiang Sun, Zichao Zhao +8
A three-year field experiment in the Yellow River Delta's saline-alkali farmland compared maize monoculture with maize-soybean and maize-peanut intercropping. Intercropping slightly reduced economic yield but increased maize-equivalent yiel…
S. Abbasi
This paper proposes an optimal sizing method for energy storage systems (ESS) and photovoltaic (PV) in the CCHP microgrid of Milad Tower Complex in Iran, considering load management and carbon trading. It aims to balance economic and enviro…
Kai Fang, Zeyuan Liu, Yu Zhang +5
This study analyzes how trade-driven diffusion of carbon dioxide removal (CDR) exacerbates the decrease in global health co-benefits from the Paris Agreement. It reveals that international trade in CDR can lead to regional imbalances in emi…
Quan Yuan, Jing Liang, Xiaofeng Wu
This study constructs a three-stage quantitative model to measure carbon cost transmission in cross-border supply chains under the EU CBAM. Using steel and aluminum cases, it finds higher transmission elasticity in high-carbon industries an…
Abel Brodeur
This reproduction report replicates a study on the independence property of cap-and-trade in the European carbon market, testing whether initial allowance allocation affects final emissions. Author feedback was incorporated, confirming the …
Ashwath Hegde
This conceptual figure illustrates the carbon offset cycle, depicting the stages of creation, trading, and retirement of carbon credits. It serves as an educational resource for understanding carbon market mechanisms, useful for policymaker…
Connor Nitchals
This paper analyzes the impact of climate transition risk on the financial system using network-adaptive stress testing and Monte Carlo simulation. It models the interaction between transition-linked credit and capital buffers, offering ins…
Radhika, Sushila Soriya
This paper provides a comprehensive bibliometric analysis of research on financing energy transition, revealing trends, key themes, and collaboration networks. It highlights the evolution of financing mechanisms and suggests future research…
Jochen Monstadt, Kei Otsuki, Shaun Smith
This special feature integrates research on infrastructural heterogeneity in Southern cities with distributed energy transitions in the North, showing heterogeneity as a defining feature of urban energy landscapes. Drawing on global cases, …
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