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 19981–20000 of 36417 papers
Zhihong Lu, Meng Li, Jianqi Xiao +5
This study uses low-content Lewis acid to create a mechanically and electrochemically stable interface on hard carbon anodes, enabling fast ion transport and fast charging. The findings are significant for improving battery performance for …
Ikechukwu Okwuosa
This study optimizes low-carbon hydrogen production from biogas steam reforming using an integrated ANN-GA framework. An ANN model (4-12-1 architecture) trained on Aspen HYSYS simulation data achieved R=0.99. GA optimization identified opti…
Hongchun Shu, Shunji Luo, Botao Shi +4
This paper proposes a spatio-temporal collaborative ADMM (Alternating Direction Method of Multipliers) for efficient low-carbon dispatch in multi-virtual power plants (VPPs). The distributed optimization improves computational efficiency an…
Min Li, Fang Zhang, Jun Peng +4
This study investigates carbon deposition during low-temperature CO reduction of Bayan Obo iron concentrate pellets for DRI production. At 600°C, a 2mm carbon layer forms; at 700°C, reduction reaches 90.53% with a thinner carbon layer; abov…
Juping Shao, Fan Gao, Yanan Sun
This paper develops a low-carbon multi-temperature joint distribution optimization model under three-dimensional loading constraints. A hybrid algorithm integrating genetic algorithm and tabu search is proposed and validated with real-world…
Tao Jin, Zhiwen Zhao, J M Li +1
This paper addresses low-carbon multi-agent economic dispatch management for integrated energy systems, proposing a method using bidirectional Stackelberg game. It considers interactions among multiple agents to achieve low-carbon and econo…
Decheng Wen, Yu Zhang, Feifei Shao +2
This study prepares and compares the performance of a low-carbon cementitious system using cement, slag, fly ash, and gypsum. It demonstrates potential CO2 reductions compared to traditional cement, contributing to decarbonization in constr…
Nishanta Sharma, Sarin KC
This study estimates carbon and economic savings from reducing low-value appendicitis treatments in Thailand. Using data from pre-pandemic, lockdown, and post-lockdown periods, it finds that carbon emissions decreased by 13.9% by 2021 despi…
Muze Guo, Antonio Peña-García, Yi Shen +2
This review integrates low-carbon technologies across the entire lifecycle of tunnels, addressing fragmentation in existing research. It proposes scenario-adaptive strategies and evaluates them through case studies, discussing scalability t…
Xi Zhu, J J Liu, Chen Cai +3
This study develops a comprehensive evaluation index (CRETCI) for 30 low-carbon technologies in wastewater treatment, covering carbon reduction potential, economic performance, and technology readiness level. Results show that process impro…
Xiaodong Zhang, Zidong Wu
Using prefecture-level panel data from 2005 to 2020, this study analyzes the spatiotemporal evolution of carbon emissions from energy consumption in China. Total emissions are rising but at a slowing pace, with high-emission zones shifting …
H J Wang, Xiaoyu Ren, Shi Yin
This study empirically analyzes the impact of financial accounting standardization on operational costs, financial risks, financing efficiency, and market value of photovoltaic companies under carbon neutrality. Using panel data from 12 A-s…
Wenchao Shi, Xiaochen Ma, Yanling Zhang +1
This review comprehensively examines next-generation indirect evaporative cooling technologies for decarbonizing building cooling. It evaluates energy efficiency improvements and CO2 reduction potential compared to conventional systems, hig…
Carla Esch, Jacqueline Kieven, Antonia Geiser +3
This study investigates carbon fabrics for electrified direct air capture (DAC), examining substrate morphology and module-scale operating trade-offs. It provides insights for improving carbon removal efficiency and cost reduction.
Yuetong Li, S H Lee, Ying Zhang
Using a coupling coordination degree (CCD) framework, this study analyzes 281 Chinese cities from 2012-2021. Results show expanding cities have gradual CCD improvements, while shrinking cities face persistent instability. Random forest iden…
Sultonova Sarvinoz
This paper analyzes the EU's Carbon Border Adjustment Mechanism (CBAM) from the perspective of WTO law. It examines compatibility with GATT principles (MFN, National Treatment, tariff commitments) and the possibility of justification under …
Ming Huang, Kanglong Hong, Hongbo Shen +1
This study analyzes whether the carbon emissions trading system (ETS) promotes firms' green development from a market mechanism perspective, likely using empirical evidence from China.
Jie Xing, Qingfang Yao, Mingyi Wang
This paper examines the impact of pilot free trade zones in China on carbon emissions. It provides empirical evidence on whether such zones contribute to emission reductions.
Dewi Rahmawati Maulidiyah, Sri Herianingrum, Meri Indri Hapsari +4
This study uses bibliometric analysis to reveal the role of Islamic ethics as a foundation for institutional quality in accelerating energy transition through Islamic finance in OIC countries. Analyzing 224 documents from 2010-2025, it find…
Zahra Choirunisa, Neila Widiya Andini, Titiek Rachmawati
This study analyzes the application of sustainability accounting and its role in enhancing ESG reporting quality at PT Indofood Sukses Makmur Tbk. Using qualitative content analysis, it finds that while the company integrates sustainability…
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