Approach to Hydrologic Balance at Wuzhou Hydrologic Station in 2000 by 李创生

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Analysis and Prediction of Flood 7.03 in 2002 at Wuzhou Station by 余新炬

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Study on Dry Season Flow Variation in Wuzhou Station on Xijiang River by YIN Xiao-ling

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Analysis of Influences of Human Activities on Disastrous Floods of the West River at Wuzhou by 黄夏坤

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Introduction of Wuzhou City Flood Control Command Decision - making Support System by SUN Jia-long

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New Construction Technique Applied to Xijiang Embankment of Hedong Flood Control Project in Wuzhou by OU Wen-chang

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Prevalence of Helicobacter pylori infection in the general population in Wuzhou, China: a cross-sectional study by Liumei Yan, Qiliang He, Xinyun Peng, Sen Lin, Meigu Sha, Shujian Zhao, Dewang Huang, Jiemei Ye

“…Conclusion The prevalence of Helicobacter pylori infection is high among the population of Wuzhou, Guangxi, China. Type I H. pylori strains, distinguished by their enhanced virulence, are predominant in this region. …”
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Study on Flood Season Staging of Different Stationsin Xijiang River Based on Fuzzy Set Analysis by WANG Yuhu, WANG Baohua, FAN Hongxia, HOU Guibing, LI Yuanyuan

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Automatic Optical Path Alignment Method for Optical Biological Microscope by Guojin Peng, Zhenming Yu, Xinjian Zhou, Guangyao Pang, Kuikui Wang

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Clinical Features and Outcomes of Adrenal Cavernous Hemangioma: A Study of 8 Cases from a Single Center by Henghai Huang, Xiaoyun Wu, Xiaocao Lin, Delin Li, Jingjing Zeng

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Personalized Recommendation Model of High-Quality Education Resources for College Students Based on Data Mining by Chaohua Fang, Qiuyun Lu

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Maximum Butterfly Generators Search in Bipartite Networks by Jianrong Huang, Guangyao Pang, Fei Hao

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Influencing factors of survival rate after replantation of severed palm and fingers and related nursing strategies (断指断掌再植术后成活率影响因素分析及护理对策)... by WEI Suhui (韦素惠), MO Julian (莫菊莲), TENG Lichu (滕立初)

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The G-Asymptotic Tracking Property and G-Asymptotic Average Tracking Property in the Inverse Limit Spaces under Group Action by Zhanjiang Ji

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A new signature associated with anoikis predicts the outcome and immune infiltration in nasopharyngeal carcinoma by Yonglin Luo, Wenyang Wei, Yaxuan Huang, Jun Li, Weiling Qin, Quanxiang Hao, Jiemei Ye, Zhe Zhang, Yushan Liang, Xue Xiao, Yonglin Cai

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Reliability Analysis of Water Intake Based on MIKE Model by LIANG Zhihong, ZHENG Jiangli, CHEN Xiuhong, LIU Xia

“…The reliability of water intake is one of the main factors affecting the operation of the project,and is a prerequisite for the project to be put into use.Taking the 10 million-ton-level metallurgical new material industrial base in Wuzhou as the research object,based on the MIKE21 module in the MIKE software,this paper establishes a hydrodynamic model for verifying the reliability of the existing water intake scheme,as well as puts forward the corresponding countermeasures for the scheme with water intake risk.The results show that:①During the dry season,the water level of the Changzhou Water Control Project is relatively high,and the reservoir storage can meet the design water intake quantity of the project;②During the normal water period,the gates of Changzhou Water Control Project need to be opened to ensure the safety of flood control.If the inflow of the Shangxiaohe tributary of Xunjiang River is abundant,the project is guaranteed with water intake.If the inflow of the Shangxiaohe tributary is small,the project will have water intake risk;③Countermeasures such as dredging the river channel and lowering the water intake can effectively increase the water intake of the project,thereby avoiding the water intake risk of the project during the normal water period.The research results are of guiding significance for the construction of the 10 million-ton-level metallurgical new material industrial base in Wuzhou,and of theoretical significance for water intake reliability analysis through MIKE21.…”
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Study on the Dispatching of Key Reservoirs in the Xijiang River Basin for Saltwater Resistance and Freshwater Supplement by LIU Xia, BAI Tao, WU Yunchen, HUANG Qiang

“…Taking the eight key reservoirs in the Xijiang River Basin as theresearch object, this paper formulates the real-time dispatching simulation schemes of singlereservoir, two reservoirs and eight reservoirs in dry season respectively, and aiming at the low-water conditions of 95% and 99% incoming water frequency, establishes and applies the real-timedispatching simulation model of key reservoirs in the Xijiang River Basin to meet the saltwaterresistance and freshwater supplement demand of Wuzhou section at the downstream of Xijiang RiverBasin. …”
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Comparative study on blasting simulation vibration reduction and field vibration reduction experiment of adjacent oil pipeline by Yi Chen, Ruichong Zhang, Lujia Liang, Yi Wang, Jiaozhong Chen, Chengyu Xie

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Research on Medium and Long-Term Runoff Forecast of Xijiang River in Dry Season Based on Statistical Model by LAN Yuxi, ZHANG Yin, NONG Zhenchang, WEI Yongjiang

“…Accurate medium and long-term runoff forecast is of great guiding significance to the development and utilization of water resources,allocation optimization,and water dispatch.Based on the three statistical models of mean generating function,periodic analysis,and multiple stepwise regression,this paper studied the medium and long-term runoff forecast of the Longtan Reservoir in the upper reaches of the Xijiang River and the Wuzhou hydrological station in the lower reaches from October to March of the following year and during the entire dry season (six months,from October to March of the following year).The results show that the three models all present positive forecast results.In the calibration and verification periods,the average pass rate exceeds 75%,and the mean absolute percentage error is basically within 30%.The forecast accuracy of the mean generating function and the multiple stepwise regression is significantly higher than that of the periodic analysis,with smaller forecast errors in larger values.Multiple stepwise regression is more stable than the other two models.Furthermore,affected by the consistency of data,the forecast accuracy of the Longtan Reservoir is significantly higher than that of the Wuzhou hydrological station.On the whole,multiple stepwise regression has the optimal forecast effect in the Xijiang River Basin.In addition,it can maintain high forecast accuracy at all levels and stages and provide a valuable reference for water dispatch decisions in the basin.In the future,multi-model fusion can be used to further improve the forecast effect.…”
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Application of a DEM-based Distributed Rainfall-Runoff Model Considering Karst Landform in the Xijiang River Basin by CHEN Shilei, XIONG Lihua, ZHA Xini, SHU Peng

“…Based on the hydrologicalcharacteristics and variability of karst landform, this paper improves a DEM-based distributedrainfall-runoff model (DDRM) for karst basins by considering the effects of epi-karst zone on waterstorage capacity and underground river system on runoff yield, and applies both the original andimproved DDRM in the Xijiang River Basin to simulate the daily runoff at the Wuzhou Station duringthe period of 2010 to 2016. The comparison of the simulation results of the two DDRM models showesthat the improved DDRM model remarkably enhances the simulation accuracy of the daily runoff andhas better simulation performance in both flood season and dry season for karst basin.…”
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