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 21–40 of 1913 papers
Seyedeh Zahra Hosseini, Parizad Saghari Chiha, Martin George Wynn
A systematic literature review links Nature-Based Solutions, smart city technologies, and sustainable urban mobility into a provisional conceptual framework. Applied to Tehran using GIS data and expert questionnaires, it reveals spatial ine…
Zhiyu Zhang, Jiani Bao, Shifeng Li +1
A materials study developing low-carbon, high-ductility engineered geopolymer composites that use 100% recycled powder as the sole precursor, replacing cement. Thermal activation is shown to enhance multiple properties. It points to decarbo…
Sul Munawir, Muhammad Akbar Caronge, Muhammad Wihardi Tjaronge
This study tests co-combustion coal fly ash (CCAFA) as a partial cement replacement and co-combustion bottom ash (CCABA) as a fine-aggregate replacement in concrete. CCAFA alone cut GWP but lowered flexural strength, while CCABA alone impai…
Moundher Mouaki Benani
A targeted literature review of alkali-activated clay composites as low-carbon construction materials. It covers binder chemistry (N-A-S-H, C-A-S-H, C-S-H), mechanical, durability and thermal properties, environmental impacts, and architect…
Tomáš Bužek, ADÉLA VALENTOVÁ, Jana Daňková +2
Two rehabilitation mortar mixes for masonry repair were designed using low-emission binder systems that partially substitute Ordinary Portland Cement. Standardized lab tests on fresh and hardened properties showed functional performance com…
Mostafa Farajpour
This review synthesizes AI applications across agriculture—precision irrigation, soil and nutrient management, yield prediction, pest monitoring, robotics, and LLM-based decision support. It argues adoption hinges not only on accuracy but o…
A. K. Trivedi
Postharvest fruit losses reach 20–50% globally, driven by ethylene-regulated senescence, ROS accumulation, and cell-wall breakdown. This review integrates low-carbon cooling, biodegradable packaging, non-thermal decontamination, microbial b…
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…
Yihang Wang, Guowei Chen, Feifei Chen +5
This study reveals how marimo, a natural microalgal-bacterial consortium, adapts its nitrogen-cycling network to fluctuating nitrate. Elevated nitrate drives matrix-dependent metabolic shifts—enhancing denitrification and assimilatory nitra…
Ming Yang, Yingren Lyu, Weiqing Kong +4
Proposes an autocatalytic biphasic system with mannitol protection to fractionate and valorize eucalyptus biomass sustainably. Aims to combine low-carbon potential with higher-value biomass-derived products, offering a chemistry-level pathw…
Yoesoep Edhie Rachmad
A 2014 education and training resource outlining nature-based solutions (NbS) for urban environmental challenges. It frames nature-based approaches to urban climate and environmental problems, though quantitative analysis and links to discl…
Shaoyun Pu, Junjie Ge, Guojun Cai +8
This study develops high-early-strength phosphoric acid-based geopolymers by co-incorporating iron ore tailings (IOT) with fly ash. The optimal mix (25% IOT, 60% PA, L/S 0.85) raised 56-day compressive strength from 0.14 to 22.7 MPa and shi…
Carlos Antonino Cabrera, Antonio Martínez Gabarrón, Francesco Barreca +2
A process-validation study producing cement-free vibrocompressed calcium sulfate prefabricated elements under real industrial conditions, enabling demolding within 10–20 min. Units reached normalized compressive strength up to 2.90 N/mm2 an…
Chinmay Mungale, U. Marathe, Matthew Vaught +6
Composite wall panels of PP, recycled carbon fiber, hemp, and CO2-derived MWCNTs were shredded and reprocessed via compression vs. injection molding. Compression molding retained longer fibers but high void content and severe strength loss;…
Natalia Gasik-Kowalska, Małgorzata Kacprzak, Jolanta Baran +1
This review examines circular-economy materials in cement mortars—recycled aggregates, supplementary cementitious materials, alternative binders, and recycled mixing water—and their effects on fresh, mechanical, durability, and functional p…
Ramazan Demirboğa, Cemal Karaaslan, Khatib Zada Farhan
Seven alkali-activated mortars combining fly ash, GGBFS and metakaolin in single, binary and ternary blends were compared under a common workability constraint. The slag-only system was densest and strongest (97 MPa), retaining 97% strength…
Yunlong Wu, Houmin Li, Jinyan Xie
This study combines a physics-prior plus residual-learning model (B4+SVGP) for creep prediction of low-carbon concrete with NSGA-II multi-objective optimization of net carbon emissions and 1000-day creep compliance. B4+SVGP reached R2=0.966…
(著者不明)
This review examines converting microplastics into functional carbon materials via pyrolysis, hydrothermal carbonization, catalytic carbonization, microwave, flash Joule heating, and plasma, yielding porous carbons, activated carbons, graph…
InKyu Lee, Kyounghee Kim, Junghoon Moon
Using a 1,270-household South Korean consumer panel (2022–2024), this study applies a two-part model to estimate adoption probability and purchase intensity for low-carbon certified agricultural products. Sustainability-related claim purcha…
Mingjun Xie, Leqing Lin, Xu Li +3
This study compares calcite-dominant limestone powder (LSP) and aragonite-rich mussel shell powder (MSP) as 5–20 wt.% partial replacements for Portland cement. Both accelerate early hydration via nucleation, but MSP shows a stronger promoti…
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