中国矿业大学主页平台系统 zhujintuo--Home--Paper Publications

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朱金佗

Associate professor

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School/Department:安全工程学院

Gender:Male

Degree:Doctor

Alma Mater:美国西弗吉尼亚大学

Current position: Home >> Scientific Research >> Paper Publications

[1]宋欣译,唐梦珂,王存民,zhujintuo,Sheng Huang,Huan Xu,hexinjian.立构复合化聚乳酸纳纤膜的制备及高效滤除PM2.5性能,2024,2024年02期:9-16,8
[2]zhujintuo,Liu Jinyu,hexinjian,Wang Liang,Liu Xuejing,Yang Jin,Sun Haisong,Noor Azhar,Nkansah Benjamin Oduro.Experimental study on the purification capacity of potted plants on low-concentration carbon monoxide in indoor environment,2023,31(4):6316-6331
[3]zhujintuo,Chen Menglin,Wang Liang,Sun Haisong,Wang Chenghao,Noor Azhar,Nkansah Benjamin Oduro.Characterization of 10 nm – 10 μm coal dust particles generated by simulated different cutting and drilling parameters: mass concentration distribution, number concentration distribution, and fractal dimension,2023,10（89）：1-15
[4]zhujintuo,yangyongliang,Wang Liang,liuxiaofei,hexinjian,Guoqing Shi,wangkai,张颖.职业卫生工程"工医融合型"本科人才培养体系构建——中国矿业大学"双一流"安全学科的探索与实践,2023
[5]Wang, Cunmin,Song, Xinyi,Li, Tian,Zhu, Xuanjin,Yang, Shugui,zhujintuo,hexinjian,Gao, Jiefeng,Huan Xu.Biodegradable Electroactive Nanofibrous Air Filters for Long-Term Respiratory Healthcare and Self-Powered Monitoring,2023,卷: 15期: 31页: 37580-37592
[6]李欣雨,朱桂英,王存民,zhujintuo,Huan Xu,hexinjian.原位MOF化聚乳酸纤维膜制备及空气过滤性能,2023,2023年10期:3885-3894,10
[7]Ke, Lv,Shang, Han,Tang, Mengke,Li, Xinyu,Jiang, Liang,Lu, Sijia,朱金佗,刘昌会,徐欢,何新建.High-heat and UV-barrier poly(lactic acid) by microwave-assisted functionalization of waste natural fibers,2022,卷: 220页: 827-836
[8]zhujintuo,hexinjian,Wang Liang,廖晓雪,滕广平,荆鹏俐.Performance of N95 elastomeric respirators in high humidity and high coal dust concentration environment,2022,32(1): 215-224
[9]zhujintuo,Wang Liang,hexinjian,廖晓雪,滕广平,荆鹏俐.Performance of N95 elastomeric respirators in high humidity and high coal dust concentration environment,2022,卷: 32期: 1页: 215-224
[10]zhujintuo,Jing, Pengli,Hao, Yaxin,hexinjian,Wang Liang,Zhang, Ruxue,Liu, Jinyu.Performance of a new model of nasal filter when challenged against PM1 aerosols,2021,卷: 33期: 1页: 388-394

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