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 3161–3180 of 5405 papers
Yuanxun Zheng, Yuxiao Xie, K X Wang +2
This study investigates the mechanical activation of Yellow River sediment as a cement replacement, analyzing hydration mechanisms, performance limits, and carbon footprint reduction. It contributes to decarbonization of the cement industry…
Suwan Yang, He Liu, Y ZHANG +2
This paper presents an electrochemical desalination strategy using a crab-inspired organic electrode (BNPC). Module-scale validation achieves a desalination capacity of 378.2 mg/g and 97.6% yield, producing freshwater meeting WHO standards.…
Trong‐Phuoc Huynh, Si‐Huy Ngo, Tri Ho Minh Le +1
This study investigates binary fly ash (FA) and ground granulated blast-furnace slag (GGBFS) mixtures as precursors for sulfate-activated low-carbon composites. Varying FA/GGBFS ratios, they find that 15% FA yields the best mechanical stren…
Shruthi Yerraju, Sowmya Gampa, Vazida Mehtab +3
This study develops a plantwide model for thermally self-sustained biomass co-gasification and conducts a life cycle assessment (LCA). It demonstrates low-carbon syngas production with reduced greenhouse gas emissions. The model quantifies …
Jun Zhou, Xingyu Wang, Guangchuan Liang +6
This paper proposes a synergistic low-carbon control method integrating underground gas storage with pressure-to-power conversion under thermo-hydraulic coupling. It suggests potential carbon emission reduction through the combined effect o…
Mengdi Huang, X Wang, Zhiwen Peng +3
This paper proposes a low-carbon operation mode for an integrated power system combining wind, photovoltaic, thermal, hydro, and pumped storage hydropower. It aims to balance CO2 emission reduction and power supply reliability through optim…
Jiahui Zhang, Chao Pan, Qiang Liu +6
This study develops a sustainable separation process for methanol/ethanol/water ternary azeotropes using ionic liquids, aiming to reduce CO2 emissions and energy consumption. Using COSMO-RS screening, quantum chemistry, and molecular dynami…
Liming Li, Tie Shi, Y Zhang +6
This paper proposes a low-carbon control strategy for DC interconnected microgrid clusters to reduce carbon emissions from distributed generators under carbon peak/neutrality goals. It designs two-layer control (microgrid and cluster level)…
A. M. Kuz’min
This review systematizes technologies for converting associated petroleum gas (APG) into methanol, focusing on small-scale plants using non-catalytic partial oxidation. Optimizing syngas composition increases methanol yield by 8-12%. An ene…
Tiannan Ma, Gang Wu, Hao Luo +2
Develops a non-cooperative game optimization model for multi-virtual power plants (MVPPs) and load aggregators (LAs) incorporating hydrogen blending, multi-energy coupling (electricity, heat, gas, hydrogen), and a staged carbon trading mech…
Xiaoying Xu, Xinxin Tian
This study empirically examines the impact of Yangtze River Delta (YRD) regional integration on the green and low-carbon development (GLD) efficiency of cities using a multi-period DID model. Results show that YRD integration significantly …
Q Wang, Aihong Tang, Hanbing Yang +1
This paper proposes a shared flow battery energy storage system for low-carbon multi-port integrated energy systems, aiming to reduce carbon emissions and improve system efficiency.
Yitian Ren, Hao Wang, Bing Chen +2
This study establishes a holistic evaluation framework for community-level low-carbon performance, integrating hardware dimensions (building energy efficiency, equipment upgrading, technology adoption) and software dimensions (community gov…
Wei Zhang, Xiwu Hu
This study develops a regionalized well-to-wheel assessment for six provincial electricity-hydrogen-bus systems in Northwest China. Using GREET pathway intensities and LMDI decomposition, it shows fleet-level GHG reductions from 9.86% to 73…
Xuanhao Tang, Pengkun Sun, Fengze Xie +2
This paper proposes a day-ahead dispatch model that couples probabilistic carbon emission flow with dynamic electricity pricing. Using the cumulant method, it probabilistically quantifies carbon emissions on the load side. A carbon-electric…
R R Pangestu, D Larasati, Aswin Indraprastha
This study examines public preference for timber in Indonesian homes via a quantitative survey. Timber is most favored in social and semi-public spaces, with Generation Z showing the highest adoption propensity. Two consumer segments (mass-…
Xinyu Tian, W L Zhang
This study uses exploratory factor analysis and relative importance index to identify six pathways through which policies affect low-carbon building projects in China. The top pathway is 'top-level design and technology development' with an…
L. Yu
This paper theoretically examines the role of digital literacy in enabling low-carbon consumption transitions in developing countries. It argues that digital literacy improves consumers' access to information about sustainable products and …
Anna Rogozińska‐Pawełczyk, Maksymilian Czuk
This study examines how carbon anxiety and regulatory pressure affect employee green behavior (EGB) via psychological contract fulfillment for the environment (PCFE), using survey data from 857 Polish energy sector employees. Pro-environmen…
Navya, Sapatarshi Poddar, Upasna Ranjan
This paper provides a sectoral analysis of India's low-carbon transition, highlighting progress and challenges in energy transformation and suggesting promising policy and investment directions.
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