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 81–100 of 325 papers
Ruoting Liu, Fei Yu, Meng Ouyang +2
This systematic review assesses methods and strategies for reducing carbon emissions in grain storage buildings. It synthesizes research on energy performance, material choices, and operational improvements to lower the carbon footprint of …
Wenyang Han, Chang Yi, Yating Duan +7
This paper proposes a low-carbon innovation for traditional biomass fire-pit heating by coupling residual heat with natural ventilation to improve nighttime thermal comfort. It enhances energy efficiency while improving indoor environment. …
Qingzhen Yao, Yue Lan
This study uses network game theory to analyze the effectiveness of subsidy strategies for promoting low-carbon housing. It compares how different subsidy mechanisms affect market participant behavior and proposes optimal policy design.
J. Shepherd
This systematic review evaluates green chemistry applications in pharmaceuticals, petrochemicals, agriculture, and materials manufacturing. Strategies such as renewable feedstocks, solvent-free reactions, energy efficiency, and waste minimi…
Enyu Wang, Tao Sun, Te Tu +1
This critical review evaluates the integration of ceramic membrane heat exchangers in low-grade waste heat recovery from moist gas streams. It analyzes mechanisms and system intensification, discussing contributions to carbon neutrality. Wh…
Bingyan Cui, Hao Wang
This study develops an intelligent optimization framework integrating physics-constrained neural networks (PCNN) and NSGA-III to design low-carbon asphalt mixtures. The PCNN accurately predicts cracking and rutting indices, and TOPSIS selec…
Lexuan Zhong, Yuxiang Chen, Dominique Derome
This editorial from eSim 2024 explores simulation-based approaches for low-carbon and resilient building design, emphasizing integration of energy efficiency and climate adaptation.
Alam M.
This paper presents a real-life case study of net-zero energy, emissions, and cost buildings in Melbourne, Australia. It analyzes as-built performance data and discrepancies from design targets, offering lessons for global net-zero building…
Mohammad Tahir Zamani, Sayed Hassan Hassan, Ezatullah Popal +4
This study develops a localized zero-energy housing retrofit model for Ghazni Province, Afghanistan, integrating life-cycle carbon assessment. The model reduces energy use intensity by 33%, heating demand by 64.4%, and cooling demand by 27.…
Zhenyu Dong, Rimsha Arshad
This study examines determinants of resource efficiency in G20 countries from 2000-2022, finding that green growth has delayed positive long-term effects, while financial inclusion and institutional quality interact to enhance resource effi…
Wahib Arairo, Firas Barraj, Makram El Bachawati +2
This paper proposes a low-carbon optimized stabilization technique for unfired earth blocks, evaluating mechanical performance and environmental impact. It provides insights for researchers and practitioners interested in low-carbon constru…
Mykhailo Kirsanov, Olena Gupalo
This study models the thermophysical properties of carbon dioxide for gas turbine systems utilizing low-potential heat (27-75°C) from mining operations. It develops analytical expressions covering the full turbine operating range and demons…
Wang X.
This paper analyzes energy consumption and greenhouse gas emissions of a large-scale commercial building in Shanghai, China, based on measured data. It identifies consumption patterns and emission factors, discussing potential for energy ef…
Rachna Chaurasia, Amar Singh
This study evaluates the electricity consumption of a hospital radiology department and the impact of a 30% energy-efficiency intervention. MRI accounted for over half of usage. Post-intervention, monthly consumption dropped from 24,419 kWh…
Gaoqiang Zuo, Shuangzhe Lu, Yuhao Xue +2
This review systematically examines superhydrophobic materials and their role in green and low-carbon technologies, covering applications in automotive, aviation, marine, construction, and solar energy sectors. It details the principles of …
Dimitrios Siakas, Ona Vassallo, Michela Galassini +1
This paper assesses the future impact of climate change on the energy demand of Finland's building stock. It quantifies changes in heating and cooling needs under climate scenarios, providing implications for energy infrastructure planning.
Karimov K., Jafarova N., Safarli Z.
This paper examines mechanisms to enhance energy efficiency as part of Azerbaijan's innovative economic modernization. It presents forecasting models for energy intensity under alternative scenarios and positions energy conservation as a ke…
Xiaofei Lu, Yue Wang
This study proposes an energy-efficient LED lighting method for indoor agricultural systems from a carbon neutrality perspective. It develops a method to compute vegetation indices based on sunlight, optimized using the Light Spectrum Optim…
Li Sun, Xingyi Chen, Chuang Li +1
This paper investigates the toughening mechanism and crack resistance of hybrid fiber low-carbon coral aggregate concrete, contributing to low-carbon construction materials. However, details are limited due to missing abstract.
Michael Olusegun Adamolekun
This paper examines the integration of renewable design approaches to reduce energy consumption in high-rise buildings. It identifies passive and active strategies, showing that combined integrated design can significantly lower energy use …
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