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 19161–19180 of 36417 papers
Oana R. Luca
This work integrates synthetic molecular design with mechanistic organic electrochemistry to develop improved quinone-based sorbents for electro-swing direct air capture (DAC). A quinone-annulated imidazolium scaffold was selected for its f…
Jenna Ynzunza, Cocoro Nagasaka, Dominic Ross +2
This paper investigates the structure-activity relationship of indium cluster catalysts for direct electrochemical conversion of captured CO2, addressing challenges like competitive hydrogen evolution. Experimental results provide insights …
Rahul Kumar
This chapter reviews recent advances in genetic engineering and synthetic biology to enhance microalgae-based carbon sequestration and nutrient recovery from wastewater. It discusses optimization of the Calvin-Benson cycle, carbon concentra…
Amrutha Shivaraju, Harika Vaddi, Amaramma B. Yaraladdi +1
This review synthesizes recent advances in multiomics technologies for coupled carbon and nutrient capture using microalgae and algae-bacteria consortia. Systems-level studies highlight antenna size minimization and optimization of carbon-c…
Rehab Mostafa Mohamed, Imran Ahmad, Ahmed Hamdy Zabady +1
Biohydrogen (bio-H2) is a sustainable, carbon-neutral energy vector. This review critically overviews recent advances in enzyme and strain engineering, immobilized photobioreactor design, and in-situ gas recovery. Integration with CCS offer…
N.T. Folliard, S. Waters, M.M. Ahmad +2
This study evaluates total gas and methane production from low carbon footprint finishing diets using the Ankom RF gas production system over 48 hours. Apparent dry matter disappearance is also measured, providing basic data on the environm…
Ali Raza Khoso, Muhammad Saleem Raza, Sajan Laghari +1
This study develops an optimized low-carbon housing model for Sindh, Pakistan using LCA and multi-criteria decision-making (AHP/TOPSIS). It evaluates 13 materials and 14 construction strategies, finding that compressed stabilized earth bloc…
Dong Xie, Bingwu Wang, Ying Huang +7
This work demonstrates a scalable co-pyrolysis strategy using bamboo and LDPE to tailor the microstructure of hard carbon for sodium-ion batteries. The optimized material achieves a reversible capacity of 367.4 mAh g−1 with 89.6% initial Co…
Jian Wang, Daquan Shi, Minghao Liu +4
This paper proposes a method to design high-density low-carbon binders for nuclear protection engineering by synergistically combining multiple solid wastes. The synergy among wastes is exploited to achieve both material performance and red…
Shukang Zheng, Genhua Ma, H Yang +2
This paper addresses decarbonization of urban last-mile delivery by proposing a demonstration-regularized Lagrangian deep RL algorithm for multimodal systems (road vehicles, off-peak metro freight, electric drones). The approach models the …
Yasmen Aman
This study investigates ultra-low platinum loading (1wt%) on two carbon supports (Ketjen Black and Acetylene Black) via a green, solvent-free sputtering method for PEM fuel cells and electrolysers. CO stripping ECSA measurements show that P…
Kangqi Ma, Lei Qin, Huilin Kong +4
This review systematically evaluates low-carbon materials (alkali-activated geopolymers, low-clinker calcium composites) for roadbed stabilization using a four-level evidence hierarchy: strength, microstructure, durability, and life-cycle a…
GholamReza Aghdami, Farzin Hosseinifard, Mohsen Salimi +2
This review comprehensively covers recent advances in hydrogen storage and export technologies for global deployment toward a low-carbon future. It compares technical progress and economics of key storage methods (liquefaction, compression,…
Mohammadmahdi Abedi, Zivar Azmoodeh, Eloi Figueiredo
This study developed a low-carbon cement composite replacing 40% of cement with Limestone-Calcined Clay-Cement (LC3) and incorporating polypyrrole (PPy) for integrated piezoresistive self-sensing and electrochemical energy storage. The opti…
D H Kim, Woong Kim, Da Hye Won
This study addresses the sluggish anodic OER in CO2 electrolysis by pairing CO reduction (CORR) with biomass-derived alcohol oxidation (HMFOR). Using Cu and V-doped Ni electrodes in an MEA flow cell, CORR-HMFOR reduces cell voltage by 0.3 V…
Xi Zhang, Ke Guo, Wenshuang Cui +3
This paper proposes a low-carbon combined heat and power (CHP) system integrating solar methane reforming with dual separation for carbon capture. The system leverages solar thermal energy to drive the reforming process and separate CO2, po…
Darío López Pintor, James MacDonald, Abhinandhan Narayanan +4
This study develops a novel approach to analyze flame speed of low-carbon gasoline surrogates using detailed chemical kinetics at low computational cost. It finds that flame acceleration before knock is driven by energy and radicals from lo…
Thanh Ngo, Hai Hoang Khieu, Yingyan Zhang +2
This review examines advancements in concrete materials and automated construction for achieving low-carbon buildings. It explores new materials and construction methods that reduce CO2 emissions, aiming to transform the construction indust…
Zhang Fei, Xing Du, Haixia Shi
This study develops a model based on social cognitive theory to examine how school environmental education influences university students' green and low-carbon behavior. Using structural equation modeling on 763 respondents from Sichuan, Ch…
Jing Ma, Yating Zhang
This study uses fsQCA to analyze seven factors affecting low-carbon innovation across 30 Chinese provinces. Five configurations produce high low-carbon innovation, showing that no single factor is necessary. The findings offer insights for …
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