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Calculation of Basement Reinforcement in Steel Structure Construction in Guangzhou New Library
Published 2010-01-01Get full text
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Assessing the Air Humidity Characteristics of Local Climate Zones in Guangzhou, China
Published 2024-12-01“…This study employed 3-year (2020–2022) fixed measurements from Guangzhou to investigate the temporal patterns of relative humidity (RH), vapor pressure (Ea), and vapor pressure deficit (VPD) across eight local climatic zones (LCZs). …”
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Construction and Verification of the Refined Forecast Model for Storm Surges Based on ADCIRC in Guangzhou
Published 2022-01-01Subjects: Get full text
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Thinking of Water Works Construction in Nansha Economic and Technical Development Zone, Guangzhou
Published 2005-01-01Get full text
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Management Efficiency Evaluation of Guangzhou River Chief Based on AHP-Fuzzy Evaluation
Published 2022-01-01Subjects: Get full text
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The Prevalence of Dental Anxiety Associated with Pain among Chinese Adult Patients in Guangzhou
Published 2021-01-01Get full text
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Accessibility of Medical Facilities in Multiple Traffic Modes: A Study in Guangzhou, China
Published 2020-01-01“…Finally, the paper provided advice for further improvement of the equal distribution of medical service resources in Guangzhou.…”
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Rigid Water_proof Construction of Underground Structure of a Station of Guangzhou Metro
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Water and Silt Simulation Modeling Study for the Area Surrounding Nansha Reach of Guangzhou Harbor
Published 2008-01-01Get full text
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Study on the synergistic effect of NOx and CO2 emission reduction in the industrial sector of Guangzhou
Published 2025-01-01“…The results could provide valuable insights for coordinated pollution reduction and carbon abatement policies designing in Guangzhou’s industrial sector.…”
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Study of Hydrology and Sand Silt in Guangzhou International Rio-island Tunnel Construction Project
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Spatial and Temporal Analysis of Ecological Footprint and Ecological Carrying Capacity of Water Resources in Guangzhou
Published 2021-01-01“…In order to quantitatively analyze the pressure of regional water resources and evaluate the status of sustainable development of water resources.Based on the ecological footprint model of water resources,this paper analyzes the temporal and spatial differences of ecological footprint and ecological carrying capacity in Guangzhou from 2005 to 2019.The results show that the per capita ecological footprint of water resources in Guangzhou is decreasing year by year,the per capita water resources carrying capacity is consistent with the total amount of water resources,and the fluctuation is large.The water resources are in surplus,and the ecological footprint of water resources per 10 000 yuan GDP is decreasing year by year.The water resources account of Guangzhou is in a safe state.The regions with larger ecological footprint of water resources per capita are located in Huangpu and Nansha District,while those in Baiyun,Tianhe and Haizhu District are smaller.The distribution of per capita water resources carrying capacity of each district is:Conghua District>Zengcheng District>Huadu District>Nansha District>Huangpu District>Panyu District>Central District.According to the analysis results,it is suggested that the administrative regions of Guangzhou should upgrade their industries according to the government planning and the actual distribution and utilization of water resources,so as to improve the water use efficiency and realize the sustainable utilization of water resources.…”
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Flood Risk Assessment for Zengcheng District of Guangzhou City Based on Complex Network Models
Published 2023-01-01“…Under the dual influences of climate changes and urbanization,the frequent urban flood disasters exacerbate losses caused by the flood disaster chain and pose a serious threat to the public life safety and sound development of cities.Based on the disaster data from 1980 to 2020 in the Zengcheng District of Guangzhou,this paper builds a complex network model of disaster evolution by employing heavy rain as the disaster source and conducts disaster risk analysis.The vulnerability of the disaster network is evaluated by the calculation of the network average disaster path,edge betweenness,and connectivity.Meanwhile,the correlation between disaster events is analyzed by the co-occurrence rate of the events.The results show that high-intensity and short-duration heavy rain is the source of flood disasters in Zengcheng District,Guangzhou.Damage to water conservancy facilities is a key node affecting the vulnerability of the disaster network,and inundated farmland is the main cause of significant economic losses,with house flooding caused by water on the road surface being the biggest disaster risk.The results can provide references for risk control of the flood disaster chain in Zengcheng District,Guangzhou,and related emergency management decisions.…”
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Influence Analysis of Guangzhou New TV Town Sightseeing Station on the Pearl River Embankment
Published 2006-01-01Get full text
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Soft Foundation Processing Technology in Flood Control Embankment of Guangzhou Higher Education Mega
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Analysis of Changes in Rainfall-Runoff Process of Dakeng River in Guangzhou Before and After Urbanization
Published 2024-10-01“…Based on multi-year hourly rainfall-runoff data before and after urbanization in the Dakeng River Basin in Guangzhou, this study analyzes the characteristics of changes in rainfall-runoff processes before and after urbanization using digital filtering and the Boussinesq equation to separate base flow. …”
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Comparison Test of Vane Shear Strength and Penetration Resistance of Soft Soil in Nansha,Guangzhou
Published 2004-01-01Get full text
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