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Your search keyword '"Wu, Qing-hua"' showing total 191 results
Start Over Author "Wu, Qing-hua" Publication Year Range Last 10 years
191 results on '"Wu, Qing-hua"'

8. Immune checkpoint inhibitors and anti-vascular endothelial growth factor antibody/tyrosine kinase inhibitors with or without transarterial chemoembolization as first-line treatment for advanced hepatocellular carcinoma (CHANCE2201): a target trial emulation study

Author

Jin, Zhi-Cheng, Chen, Jian-Jian, Zhu, Xiao-Li, Duan, Xu-Hua, Xin, Yu-Jing, Zhong, Bin-Yan, Chen, Jin-Zhang, Tie, Jun, Zhu, Kang-Shun, Zhang, Lan, Huang, Ming, Piao, Ming-Jian, Li, Xiao, Shi, Hai-Bin, Liu, Rui-Bao, Xu, Ai-Bing, Ji, Fan-Pu, Wu, Jian-Bing, Shao, Guo-Liang, Li, Hai-Liang, Huang, Ming-Sheng, Peng, Zhi-Yi, Ji, Jian-Song, Yuan, Chun-Wang, Liu, Xiu-Feng, Hu, Zhou-Chao, Yang, Wei-Zhu, Yin, Guo-Wen, Huang, Jin-Hua, Ge, Nai-Jian, Qi, Xiao-Long, Zhao, Yang, Zhou, Jia-Wei, Xu, Guo-Hui, Tu, Qiang, Lin, Hai-Lan, Zhang, Yao-Jun, Jiang, Hua, Shao, Hai-Bo, Su, Yong-Jie, Chen, Ting-Song, Shi, Bao-Qi, Xing, Wen-Ge, Gu, Shan-Zhi, Wang, Wei-Dong, Wang, Song, Wen, Shu-Wei, Lv, Wei-Fu, Zhu, Xu, Mu, Wei, Ren, Wei-Xin, Lu, Zai-Ming, Fan, Yong, Li, Jia-Ping, Zhao, Wei, Zheng, Chuan-Sheng, Zhao, Xu-Ya, Zhao, Hui, Xu, Jian, Hu, Wen-Hao, Lei, Yan-Ming, Wu, Qing-Hua, Niu, Huan-Zhang, Li, Jia-Rui, Han, Jian-Jun, Feng, Dui-Ping, Cai, Zheng, Li, Qing-Dong, Dai, Zhen-Yu, Shi, Rong-Shu, Chen, Yong, Wang, Wen-Jun, Yin, Li-Nan, Zhou, Xiang, Zhao, Hai-Tao, Zhu, Hai-Dong, Ren, Zheng-Gang, Teng, Gao-Jun, Ji, Fanpu, and Qi, Xiaolong

Published
2024
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9. Transarterial chemoembolization with PD-(L)1 inhibitors plus molecular targeted therapies for hepatocellular carcinoma (CHANCE001)

Author

Zhu, Hai-Dong, Li, Hai-Liang, Huang, Ming-Sheng, Yang, Wei-Zhu, Yin, Guo-Wen, Zhong, Bin-Yan, Sun, Jun-Hui, Jin, Zhi-Cheng, Chen, Jian-Jian, Ge, Nai-Jian, Ding, Wen-Bin, Li, Wen-Hui, Huang, Jin-Hua, Mu, Wei, Gu, Shan-Zhi, Li, Jia-Ping, Zhao, Hui, Wen, Shu-Wei, Lei, Yan-Ming, Song, Yu-Sheng, Yuan, Chun-Wang, Wang, Wei-Dong, Huang, Ming, Zhao, Wei, Wu, Jian-Bing, Wang, Song, Zhu, Xu, Han, Jian-Jun, Ren, Wei-Xin, Lu, Zai-Ming, Xing, Wen-Ge, Fan, Yong, Lin, Hai-Lan, Zhang, Zi-Shu, Xu, Guo-Hui, Hu, Wen-Hao, Tu, Qiang, Su, Hong-Ying, Zheng, Chuan-Sheng, Chen, Yong, Zhao, Xu-Ya, Fang, Zhu-Ting, Wang, Qi, Zhao, Jin-Wei, Xu, Ai-Bing, Xu, Jian, Wu, Qing-Hua, Niu, Huan-Zhang, Wang, Jian, Dai, Feng, Feng, Dui-Ping, Li, Qing-Dong, Shi, Rong-Shu, Li, Jia-Rui, Yang, Guang, Shi, Hai-Bin, Ji, Jian-Song, Liu, Yu-E, Cai, Zheng, Yang, Po, Zhao, Yang, Zhu, Xiao-Li, Lu, Li-Gong, and Teng, Gao-Jun

Published
2023
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12. Corrosion Resistance of Inorganic Zinc - Rich Coating Containing Calcium Carbonate and Graphene Applied on the Surface of Q235 Steel

Author

SHI Wen - long, ZHAO Ye, WU Qing - hua, YANG Yi, HE Zhuang, CHEN Yu - yang, LUO Yao, HUANG Ying - ying, LIU Chang, LI Yu - chun

Subjects
simulated seawater, electrochemical test, q235 steel, inorganic zinc - rich coating, calcium carbonate, graphene, corrosion resistance, Materials of engineering and construction. Mechanics of materials, TA401-492, Technology
Abstract

Q235 steel is widely used in the infrastructure industry due to its high performance and low price, but it is prone to corrode in both terrestrial atmospheric environment and high salt fog environment at the seaside. In the marine field, inorganic zinc - rich coatings are the most commonly used anticorrosive conductive coatings, and the modification research on such coatings is promising. In this paper, the coatings were added with 2% graphene + 2% calcium carbonate for the purpose of improving corrosion resistance. Subsequently, the corrosion behaviors of the as - prepared coatings were investigated through simulated seawater immersion experiments and simulated sea salt aerosol experiments with the help of electrochemical impedance (EIS), scanning electron microscopy (SEM) and X - ray diffraction (XRD) analysis. Results showed that in the comparison of the original formula coating, the coating added with 2% graphene and 2% calcium carbonate possessed higher impedance value and lower corrosion current density. In addition, the generated corrosion products prevented the intrusion of corrosive medium and slowed down the corrosion. In general, the inorganic zinc - rich coating added with 2% graphene + 2% calcium carbonate had better corrosion resistance compared with the original formula coating.

Published
2022
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20. Introduction

Author

Wu, Qing-Hua, Zheng, Jiehui, Jing, Zhaoxia, Zhou, Xiaoxin, Rashid, Muhammad H., Series Editor, Wu, Qing-Hua, Zheng, Jiehui, Jing, Zhaoxia, and Zhou, Xiaoxin

Published
2019
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22. Study on the safety grade identification and reinforcement effect of factory structure building.

Author

Bu, Wen-Ping, Wang, Li, Wu, Qing-Hua, and Zheng, Zhi-Guo

Subjects
BUILDING reinforcement, FACTORIES, MATERIALS testing, STEEL corrosion, CONSTRUCTION projects, STEEL walls
Abstract

The quality of construction projects is related to the safety of people's lives and property, and also has a greater impact on the stability of the entire society; factory structure is one of the most common productive buildings, and some factory buildings have been partially lost its using function due to a long service history; in order to ensure the safety, applicability and durability of these factory buildings and continue to utilize or strengthen these factory structures, it is necessary to perform safety testing and identification for factory buildings at the first time. Structural safety assessment is the process of inspecting, measuring, analyzing and evaluating the structural effects, structural resistance and their interrelationships and finally obtaining structural safety grade of buildings that have been built or in service for many years. On the basis of summarizing and analyzing previous research works, this article expounded the research background, current status and future challenges of building safety grade identification, elaborated material testing methods, specifications, frameworks and processes of security grade identification for factory structure buildings, analyzed the concrete strength and steel corrosion detection, structural seismic identification and bearing capacity calculation of factory building, and proposed corresponding reinforcement measures and discussed its reinforcement effect. The final identification results of an engineering case are in good agreement with its actual construction conditions and on-site inspections and basically satisfactory the results of the factory building structure. The study results of this paper provide a reference for the further researches on the safety grade identification and reinforcement effect of the factory structure building. [ABSTRACT FROM AUTHOR]

Published
2024
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