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 421–440 of 37113 papers
(著者不明)
A review of an integrated bio/chemical process that captures, stores, and upcycles dilute CO2 into carbon nanomaterials. It surveys the state and challenges of combining CCUS with carbon valorization. Details unavailable as no abstract was …
Valentina Prigiobbe, Simona Liguori, Valentina Brombin +2
This study extracts critical elements from wollastonite-rich mine tailings using organic acids (citric, formic, oxalic) while assessing CO2 mineralization potential. Flow-through dissolution experiments at 40–80 °C validated a multimineral …
Natalia Wagner
A technology-management analysis of whether onboard carbon capture and storage (OCCS) for shipping should receive policy support. It weighs the merits of backing OCCS as a maritime decarbonization pathway. Details are limited as no abstract…
Anjali Rajput, Ankisha Vijay
A review of microbial carbon capture cells (MCC) for carbon sequestration, examined through energy recovery and life-cycle assessment lenses. It surveys how microbial electrochemical systems fix CO2 while generating power, and outlines chal…
David Emoefe Rockson-Itiveh, Ezeagu Victory Ifeatu, Iheanyichi Michael Chibugwu +7
A comprehensive review of conventional and emerging CCS capture methods (pre-/post-combustion, oxy-fuel, DAC, MOFs, graphene membranes) alongside CO2 transport and geological storage options. It compares industrial cases such as Sleipner, G…
Huixuan Zhang, Baojian Zhang
Using 2011–2023 data from 262 Chinese cities, this study applies a multi-period difference-in-differences model to test whether combining smart-city and low-carbon-city pilot policies boosts urban inclusive green growth. The dual-policy com…
Changyong Deng, Alexander Tay Guan Meng
This study examines the link between China's OFDI and carbon emission intensity across ten ASEAN economies (2007–2024), separating level associations from annual changes. Baseline AMG estimates show a significant negative association, but t…
Julie Witcover, Ph.D.; Colin W. Murphy, Ph.D.; Jingyuan Zhao, Ph.D.; and Laedon Kang, M.S.
This study projects how fueling incentives under the Low Carbon Fuel Standard affect the total cost of ownership (TCO) of medium- and heavy-duty electric versus diesel vehicles. It centers on quantifying how policy incentives shape the econ…
Julie Witcover, Ph.D.; Colin W. Murphy, Ph.D.; Jingyuan Zhao, Ph.D.; and Laedon Kang, M.S.
This study examines how California's Low Carbon Fuel Standard drives medium- and heavy-duty fleet electrification. It shows the LCFS lowers charging costs while raising relative diesel costs, improving the economics of electrification. It o…
Yifan Xu, Chenyu KANG, Genglin Yang
Using 2005–2024 prefecture-level panel data from China, this study applies multi-period staggered DID and Callaway-Sant'Anna DID to show that low-carbon city pilot policies significantly reduce agricultural input-related carbon emissions. E…
Binash A. Imteyaz
This work couples solid oxide electrolysis (SOEC) with an oxy-combustion cycle via bidirectional thermal and mass integration to co-produce low-carbon ammonia and power. Without an abstract, specifics are unclear, but it appears to propose …
Irina Di Ruocco
This study develops a Digital-Twin-enabled energy-management framework and applies it to three Italian port cities: Genoa, Livorno and Naples. Maritime activities dominate port emissions (80-97%), while shore-side electricity yields widely …
Mohammad Waqas Chandio, Abdul Sattar Laghari, Laveet Kumar +4
This study applies a unified 4E (energy, exergy, economic, environmental) assessment and multi-objective optimization to modified micro-gas turbines for low-carbon distributed power generation. It aims to balance efficiency and environmenta…
Renting Li, Xinyuan Cheng, Sen Li +7
Imidazole-based deep eutectic solvents were used as entrainers for extractive distillation of the MEK-EtOH azeotrope, with VLE experiments, NRTL modeling, and quantum chemical analysis of hydrogen bonding. Compared with a DMSO process, the …
Zhengyi Cang, Gaobing Sheng, Jinglei Tian +4
This is the authors' response to review comments on a paper about external field-regulated dynamic responses of crystalline porous materials for low-energy carbon capture. It signals the paper's focus on material design and energy-efficient…
Xincheng Zheng, Eduardo Dias, E. Koomen +3
The authors develop an Access-to-Abatement (A2A) framework linking urban green space (UGS) quality, spatial accessibility, and travel-related emissions in the 15-minute city. It integrates floating-catchment accessibility modeling, probabil…
Saadia Bashir, Shamaila Noureen, Shafaqat Ali +2
A cradle-to-gate LCA and life-cycle costing comparing rice husk gasification power with coal power per kWh. Rice husk electricity cuts GWP by ~76% and fossil depletion by ~79%. Economically it outperforms coal with NPV of USD 8.65M, 43% IRR…
Tien-Khai Nguyen
This study estimates road-transport electrification emissions for a planned residential development in Phu Quoc, Vietnam, using a vehicle-class inventory and three EV-share scenarios. Baseline emissions rise from 59.41 to 87.23 tCO2/year (2…
Aleksandar M. Mitrašinović, Deana Čikara
This study examines decomposition mechanisms of iron ore and iron-bearing minerals as a route to low-carbon ironmaking. Fe2O3 reduction is thermodynamically favorable above 700°C, while Fe3O4 and FeO become feasible above 800°C. Vacuum-base…
(著者不明)
A review of crystalline porous materials whose dynamic responses can be tuned by external fields (light, heat, electric field) to enable low-energy CO2 capture. It surveys material design strategies that cut regeneration energy by stimulus-…
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