This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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 221–240 of 677 papers
Yuyi Liu, Qin Yang, Q Wang +4
This paper highlights the structural misalignment between civil engineering curricula and the competency demands of low-carbon transition under China's dual carbon strategy. Based on Outcome-Based Education, it proposes systematic reforms f…
Tengfei Wang, Ge Yang, Jianbiao Du +2
This paper proposes a low-carbon design method for controlled low-strength material using expansive soil, optimizing environmental performance and strength using an eco-strength efficiency indicator. It demonstrates potential for reducing c…
Liying Wang, Tiantian Lin
This paper examines how consumers' low-carbon purchasing behavior spills over between home and holiday contexts, focusing on the gap where individuals act green at home but not on vacation. It explores psychological and situational factors …
Gratitude Charis, Bilal Patel, Lindrose Nyathi
This review examines the sustainability and scalability of converting low-value agro-forestry waste into activated carbon (AC). Promising feedstocks include rice husks, corn cobs, and sugarcane bagasse, with some showing higher adsorption c…
Youlin Ye, Guangyu Zhou, Y S Zhang +2
This study develops low-carbon concrete using ternary solid wastes: recycled brick powder (RBP), ground granulated blast-furnace slag (GGBS), and self-combusting coal gangue (SCCG). Optimal ratio RBP:GGBS:SCCG=4:3:1 achieves 30% cement repl…
Kranthi Kiran Perigalla, Bhavitha Kamasani, Rahelu Kumarakalva +2
This paper investigates the strength characteristics of expansive soil stabilized with low-carbon wollastonite powder and polyester fibers, presenting an environmentally friendly alternative to traditional cement-based soil stabilization.
Mengke He, Doudou Jin, Yaowei Chi +6
This study demonstrates that combining molasses (carbon source) with microbial inoculants (Streptomyces griseorubens JSD-1 and Paenarthrobacter nitroguajacolicus LDT1-8) overcomes the cold-start barrier in cattle manure composting at low te…
Yi Zhou, Jinzhu Zhang, Yucheng Fan +3
This study examines methods to enhance mechanical properties of low-carbon dredged sludge solidification using alkali-activated GGBS-GP systems. It contributes to low-carbon construction materials.
Yu-qiang Fan, Jiang Wu, Hui Wang +1
This study investigates the effects of high-volume solid wastes on autogenous shrinkage, hydration characteristics, and ecological assessment of low-carbon ultra-high performance concrete (UHPC). Using solid wastes reduces environmental imp…
Ann‐Chang Cheng, Tsung‐Yu Yang, Yufen Liu +6
This study explores the use of complex photosynthetic bacteria for environmental and disease control in low-carbon aquaculture management of fourfinger threadfin.
Qing Li, Kaihe Shi
This study examines how organizational pro-environmental norms influence low-carbon behaviors of engineering designers, focusing on the mediating roles of felt accountability and normative responsibility. Conducted by researchers at Tianjin…
Yanlin Zhang, Wenyi Liang, Yunzuo Lei +5
This study proposes a low-temperature molten salt roasting method assisted by high pressure and mechanical activation to recover graphite from leaching carbon residue (LCR) of spent lithium-ion batteries. The regenerated graphite reaches 99…
Yuhan Li, Henggen Zhang, Xujiayin Zhao
This study develops a green composite cementitious material partially replacing cement with industrial solid wastes, reinforced with basalt fibers, for stabilizing shield tunnel spoil. Under drying-wetting cycles, 0.45% basalt fiber improve…
Yiliang Hu, Yuan Bao, Tuo Shan +4
This study analyzes the temporal dynamics of bituminous coal biogasification from a multi-phase synergy perspective, examining gas-solid-liquid-microbial interactions.
Ping Lu, Na Zhang, Youpeng Zhang +7
This study proposes a method to synthesize low-carbon photocatalytic composite materials by using alkaline solid waste as a precursor for in-situ growth of bismuth oxyhalides. It aims to combine waste valorization with low-carbon technology…
Elsaid Zahran, T. Fan, Juan Wang +2
This study investigates a low-carbon ternary binder system using coal bottom ash (CBA), GGBS, and desulphurisation gypsum (DG) for stabilizing high-water-content waste soil. Mechanical grinding and combined alkali-sulfate activation overcom…
Chekol Demis Getahun, Tsegaw Fentie, Moges Maru +6
This study assessed the impact of strategic animal health interventions on GHG emissions and adaptive capacity of sheep producers in Ethiopia. Total emissions increased, but emission intensity per unit of protein decreased significantly, an…
Shifeng Dou, Yongjie Shen, Qiuying Yi +9
This study proposes a carbon-engineered MoO2 material for enhanced Pb2+ capture from wastewater via capacitive deionization, highlighting interfacial electronic coupling as a key performance enhancer.
Sophea Kong, Frédéric Bourdier
This paper contrasts the livelihoods of Indigenous peoples near a Cambodian national park with state-led conservation policies shaped by the financialization of nature. It argues that Indigenous communities, through their close relationship…
(著者不明)
This study examines awareness, implementation of climate change mitigation measures, adaptive practices, and challenges among rural farmers in Lebialem, Cameroon. It identifies local barriers and offers insights for targeted climate policy.
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