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 1201–1220 of 37113 papers
Lazar Azdejković, Antroula V. Georgiou, Norbert Randl
Five large-scale RC beams with comparable flexural resistance were tested, comparing conventional concrete, eco-concrete, geometry-optimised eco-concrete, UHPC, and TRC strengthening. Binder substitution cut embodied carbon 15.4%, geometry …
Guitao Wang, Jifei Wang, Kai Qi +2
Proposes a low-carbon control strategy for a wind–hydrogen–ammonia coupled thermal power system, integrating electrolytic hydrogen, storage, ammonia synthesis, and coal–ammonia co-firing. An interval-based EMS respecting hydrogen temporal c…
Xiaolin Liu, Jinglei Zhang, Jianping Su +2
A harmonized life-cycle review of biomethane carbon intensity across feedstock types, upgrading technologies, and grid contexts. It aims to make low-carbon bioenergy assessments comparable by normalizing methodological differences. Provides…
Wu Wen, Hongcheng Duan
A tripartite evolutionary game model (government, machinery firms, large-scale farmers) in Heilongjiang, China, analyzes low-carbon agricultural machinery diffusion. Simulations show that moderate carbon-tax costs on high-carbon producers, …
C. Bideux, Anne‐Lise Beaucour, Javad Eslami +4
This study examines the mechanical performance and physico-chemical behavior of soilcrete (soil-cement) incorporating low-carbon binders. It is a materials-engineering approach aimed at cutting embodied carbon in cementitious ground improve…
Iryna Mykolaivna Sotnyk, Oleksandr M. Matsenko, Chen Yingyou +1
Analyzes low-carbon energy modernization of Ukrainian water utilities under wartime grid stress. Finds energy use concentrates at intake and distribution stages, and that Industry 4.0/5.0 tools (VSDs, SCADA, IoT) cut operating costs 15–30%.…
Shaobiao Huang, Yongliang Luo, Biao Yang +4
Using a LEAP model calibrated to Guangdong's 2024 yearbook, this study compares a BAU reference with three decarbonization pathways (PIC, DEH, DCN) over 2024–2060. End-use efficiency and fuel switching deliver 85–91% of 2060 reductions vers…
Sara Belarouf, Saad Gheouany, Mohamed Chikhaoui +3
A predictive multi-objective irrigation framework integrates soil-water dynamics, FAO-56 evapotranspiration, precipitation, and renewable availability, optimized via MOPSO to jointly minimize soil-moisture deviation and the combined water-a…
Yunyan Li, Huiting Wu, Xi Chen +1
Using a 2017–2025 panel of eight Chinese listed rail operators, a difference-in-differences comparison finds existing green practices marginal (green electricity ~1% of use) with no significant carbon-intensity or financial effect. Simulati…
Shuiping Yi, Jianjian Jiang, Yuxue Wang +5
Proposes an optimization method for selecting new load connection points in distribution networks that integrates electricity–carbon trading and demand response. Medium/long-term scenarios are generated probabilistically, and NSGA-II with a…
Yicong Lin, Tao Ding, Yuhan Huang +2
This paper examines how carbon credit trading can incentivize vehicle-grid interaction (VGI) to support renewable energy integration in China. It links EV flexibility with carbon market mechanisms to ease grid balancing under high renewable…
Xinyue Wang, Jianbing Wei, Zhiliang Chen +4
This study quantifies spatiotemporal synergies and trade-offs between desertification control and soil carbon sequestration (2000–2020) in China's Horqin Sandy Land, coupling an improved MEDALUS-ESAI with SOC dynamics. Central-western areas…
Ziyu Yi, Yilan Chen, Wang Zhaoyang
Using a multi-regional input–output model across 80 economies and 50 industries, the paper measures bilateral carbon inequality from a value-capture perspective. Deeper environmental provisions in RTAs significantly reduce this inequality b…
Shigeyuki Hamori, Xiaojing Cai, Xie He
An overview examining how international finance interacts with energy markets amid the global energy transition. It outlines the role of finance in transition and proposes future research directions, emphasizing a research agenda over empir…
Hussain Suleiman, Ibrahim Musa, Limota Goroso Giwa
A mixed-methods study of barriers to implementing Nigeria's Energy Transition Plan, drawing on a 150-stakeholder survey, 12 interviews and secondary data. Financing constraints rank highest (mean 4.50), followed by regulatory incoherence, p…
Fariha Qadri, Abdul Rais Abdul Latiff
This conceptual paper revisits the Environmental Kuznets Curve to theorize how economic growth affects three disaggregated dimensions of the Environmental Performance Index: Environmental Health, Ecosystem Vitality, and Climate Change Mitig…
Pedro Peters, Bruna C. Ferreira, Paulo Vitor Barbosa Ramos +4
This study extends the OSeMOSYS framework to explicitly model inter-regional electricity transmission—including losses, investment costs, operational limits, and expansion—within long-term expansion planning. A Brazilian case study across s…
Ádám Pólik, SZATHMÁRI Dominik
This paper argues that electricity storage has shifted from a supporting technology to a core pillar of modern power systems amid renewable growth and electrification. It outlines how storage capacity boosts system flexibility, integrates v…
Md Shahzad Ahmad, Uma Shanker Singh, Naiyar Naaz
First quantitative assessment of biomass carbon storage, CO2 mitigation and carbon-credit value for two Jan Van Yojna social-forestry plantations in Jharkhand, India. The seven-species polyculture stand stored 2.59× more carbon (56.19 tCO2e…
Roberto San José, Marianne Bügelmayer‐Blaschek, Alessia Torre +24
A multi-institution European study on methodologies and tools supporting climate mitigation and adaptation actions, aimed at informing policy and practice. No abstract is available, so specific methods and findings cannot be assessed.
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