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 1321–1340 of 4846 papers
Beltrami F.
This paper proposes a method for estimating marginal emission factors that incorporates autoregressive components. By capturing the temporal dynamics of the power system, it provides more accurate emission factors, contributing to the evalu…
Sutton-Parker J.
This paper evaluates the greenhouse gas abatement potential of repurposing used computers. By avoiding manufacturing emissions and promoting resource circularity, it contributes to climate change mitigation. Specific figures and methods are…
Ou Y.
This paper assesses the state-level impacts of achieving the US net-zero emissions goal on energy, water, land, and health. It highlights the importance of region-specific resource constraints and health considerations in policy design.
F. Jegede, Ridwan Omogbolahan Soneye
This review synthesizes 113 studies on integrating circular economy principles in social housing, following PRISMA 2020. It identifies six clusters: modular construction, design for disassembly, adaptive reuse, circular business models, dig…
Xueli Ma, Liru Song, Na Wang +1
This paper analyzes the interaction between government subsidies and low-carbon cold chain operations using a differential game, considering consumers' multifaceted preferences. It finds that strong consumer low-carbon preference can reduce…
Ying Guo, Lijun Tian
Under China's dual carbon goals, this paper analyzes the path and performance of green transformation in power enterprises using Shanghai Electric Power as a case. It identifies internal and external drivers, constructs an integrated system…
Zilong Chen, Yaxuan Huang, Zihan Wang +4
This review argues for cross-scale integration in electrocatalytic selectivity, from nano to macro, criticizing single-scale approaches. It proposes a theoretical framework for industrial application and highlights AI integration for future…
Yanchao Du, Xinke Du, Tao Peng
This study examines how digital knowledge management systems, open innovation, and green investment strategies enhance circular innovation capability, which in turn facilitates circular economy implementation in Chinese electronics manufact…
Subhadip Pramanik, Debabrata Mazumder
This study uses real-world construction and demolition waste (CDW) to produce recycled fine aggregate (RFA) for mortar, demonstrating that up to 50% replacement minimally impacts strength and durability while reducing cost by 12.8% and CO2 …
Jason Hawkins
Using 1-km fossil fuel CO2 data for the US, this study analyzes how land use and infrastructure shape emissions with spatial econometric models. Treating transport emissions as production-based, it finds local roadway design strongly predic…
Donghyoun Lee, JeHyeon Seong, Hankwon Lim
This paper evaluates an integrated solution for data center power supply, thermal management, and carbon capture using a multi-criteria decision analysis (MCDA) framework. It provides a comprehensive assessment from technical, economic, and…
Xiaowei Ge, Xiaowei Gu, Ziyang Hu +8
This study develops low-carbon cementitious materials using coal gasification coarse slag based on a supersulfated cement system. It elucidates the matching mechanism between reaction pathways induced by multi-mineral salts and mechanical p…
Yue Chen, Shiqi Wang, Jinlong Liu +2
This paper proposes an incremental update framework for low-carbon concrete performance prediction, integrating BO-CTGAN data augmentation, stacking ensemble, adaptive weighting, and experience replay to address retraining costs and robustn…
Yang Peng, Yongtao Gao, Tianhua Wu +7
This paper reports the development of a novel low-carbon wet shotcrete (LCWS) material utilizing unclassified tailings. Through formulation optimization and multi-scale property evaluation, it demonstrates potential for reducing carbon emis…
Yi Li, Yu Liu, Lei Li +2
This study develops low-carbon cementitious materials using high-volume lithium slag in ternary systems. It investigates synergistic hydration and microstructural evolution, and conducts environmental assessment to demonstrate CO2 reduction…
(著者不明)
This paper provides a broad overview of the low-carbon transition, outlining technological and policy challenges. Specific empirical analysis or novelty is unclear, but it is useful for understanding the overall landscape of the transition.
cheng Qian, Xiangxing Yao, Minghao Guo +1
This paper proposes and evaluates a low-carbon operation strategy for EV-integrated renewable energy systems, combining dynamic pricing with a ladder-type carbon trading mechanism. It aims to balance economic efficiency and environmental pe…
Saeed Solaymani
This study applies the Kaya identity and Shapley value decomposition to analyze drivers of CO2 emissions per capita in Australia and its states from 2008-2024. A five-factor model incorporating renewable energy dynamics is introduced, along…
Archana Sharma, Vi shell Kashav, Jasmine Siu Lee Lam
This study uses Fuzzy AHP to identify and prioritize barriers to India's renewable energy transition, including financially distressed DISCOMs, import dependence on critical minerals, infrastructure gaps, and policy inconsistencies. It offe…
Tiziano Gerosa, Davide Marzorati, Francesca Cellina
Using GPS tracking of 294 employees in Southern Switzerland, this study shows teleworking reduces daily travel distance by 55% and CO2 emissions by 47%, primarily by substituting car-based commuting. No compensation effect from additional t…
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