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[1] Shuaidan Lu, Xiaoxiao Li, Xiaoyu Liang et al. Effect of Al content on the oxidation behavior of refractory high-entropy alloy AlMo0.5NbTa0.5TiZr at elevated temperatures, International Journal of Refractory Metals and Hard Materials, 2022, 105: 105812. [2] Shuaidan Lu, Xiaoxiao Li, Xiaoyu Liang et al. Effect of Y additions on the oxidation behavior of vacuum arc melted refractory high-entropy alloy AlMo0.5NbTa0.5TiZr at elevated temperatures, Vacuum, 2022, 201: 111069. [3] Shuaidan Lu, Xiaoxiao Li, Xiaoyu Liang et al. Effect of Ho Addition on the Glass-Forming Ability and Crystallization Behaviors of Zr54Cu29Al10Ni7 Bulk Metallic Glass, Materials, 2022, 15(7), 2516. [4] Shuaidan Lu, Xiaoxiao Li, Xiaoyu Liang et al. Effect of V and Ti on the Oxidation Resistance of WMoTaNb Refractory High-Entropy Alloy at High Temperatures, Metals, 2022, 12(1), 41. [5] Shuaidan Lu, Shuchen Sun, Xiaoxiao Huang et al. The effect of yttrium addition on the air oxidation behavior of Zr-Cu-Ni-Al bulk metallic glasses at 400-500 ¡ãC. Corrosion Science, 2018, 137: 53-61. [6] Shuaidan Lu, Shuchen Sun, Kuanhe Li et al. The effect of Y addition on the crystallization behavior of Zr-Cu-Ni-Al bulk metallic glasses. Journal of alloys and compounds, 2019, 799: 501-512. [7] Shuaidan Lu, Shuchen Sun, Xiaoxiao Huang et al. Optimization of recovering cerium from the waste polishing powder using response surface methodology. Green Processing and Synthesis, 2017, 6 (2): 217-224. [8] Shuaidan Lu, Shuchen Sun, Xiaoxiao Huang et al. Deposition behavior of TiB2 by microwave heating chemical vapor deposition (CVD). Green Processing and Synthesis, 2015, 4(3): 203-208. [9] Shuaidan Lu, Shuchen Sun, Xiaoxiao Huang et al. Glass-forming ability and mechanical properties of a Zr52.8Cu29.1Ni7.3Al9.8Y1 bulk metallic glass prepared by hereditary process. Green Processing and Synthesis, 2016, 5(1):65-70. [10] Shuaidan Lu, Shaohua Ju, C. Srinivasakannan et al. Dechlorination mechanism of CuCl residue from zinc hydrometallurgy by microwave roasting. High Temperature Materials and Processes, 2015, 34(2): 147-154. [11] Shuaidan Lu, Yi Xia, Changyuan Huang et al. Removing chlorine of CuCl residue from zinc hydrometallurgy by microwave roasting. Journal of Central South University, 2014, 21(4): 1290-1295. [12] Shuaidan Lu, Shuchen Sun, C. Srinivasakannan et al. Optimization of Microwave Roasting for Dechlorination of CuCl Residue from Zinc Hydrometallurgy. Journal of Microwave Power and Electromagnetic Energy, 2014, 48(1): 61-70. [13] Shaohua Ju, Shuaidan Lu, Jinhui Peng et al. Removal of cadmium from aqueous solutions using red mud granulated with cement. Transactions of Nonferrous Metals Society of China, 2012, 22: 3140-3146. [14] Shuaidan Lu, Shaohua Ju, Jinhui Peng et al. New process for the granulation of red mud and assessment of its physical properties. TMS Annual Meeting & Exhibition: T.T. Chen Honorary , 2012, 501-507. [15] Shuaidan Lu, L. T. Q. Xuan, Shaohua Ju et al. Removal of methylene blue from aqueous solutions using a novel granular red mud (GRM) mixed with cement. TMS Annual Meeting: Alumina and Bauxite, 2013. [16] Shuaidan Lu, Shaohua Ju, Changyuan Huang et al. The contrastive studies of microwave and conventional roasting CuCl residue from zinc hydrometallurgy. TMS Annual Meeting: Characterization of Minerals, Metals and Materials, 2013. [17] Shuaidan Lu. Process optimization of removing chlorine of zinc dross using microwave roasting. TMS Annual Meeting: Characterization of Minerals, Metals and Materials, 2014. רÀû
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Effect of Zr content on the structure and oxidation resistance of silicide coatings prepared by pack cementation technique. Corrosion Science, 2019, 147: 152-162. £¨ÖпÆÔº1Çø£© [2] Jiahua He, Xiping Guo*, Yanqiang Qiao. Microstructure evolution and hot corrosion behavior of Zr-Y modified silicide coating prepared by two-step process. Corrosion Science, 2019, 156: 44-57. £¨ÖпÆÔº1Çø£© [3] Jiahua He, Xiping Guo*, Yanqiang Qiao£¬Fa Luo. A novel Zr-Y modified silicide coating on Nb-Si based alloys as protection against oxidation and hot corrosion. Corrosion Science, 2020, 177: 108948. £¨ÖпÆÔº1Çø£© [4] Jiahua He, Xiping Guo*, Yanqiang Qiao. Oxidation behavior and adhesion performance of TiSi2-NbSi2 composite coating prepared via magnetron sputtering and then pack cementation. Journal of Alloys and Compounds, 2020, 820: 153425. [5] Jia-hua HE, Xi-ping GUO*, Yan-qiang QIAO. Oxidation and hot corrosion behaviors of Nb-Si based ultrahigh temperature alloys at 900 ¡ãC. Transactions of Nonferrous Metals Society of China, 2021, 31: 207-221. [6] Jiahua He, Xiping Guo. Microstructure and oxidation resistance of Y modified silicide coatings prepared on Zr-Ti-Al alloy. Materials Science Forum. 2018, 913: 365-374. [7] Shuaidan Lu, Xiaoxiao Li, Xiaoyu Liang, Jiahua He, Wenting Shao, Kuanhe Li, Jian Chen*. Effect of Y additions on the oxidation behavior of vacuum arc melted refractory high-entropy alloy AlMo0.5NbTa0.5TiZr at elevated temperatures. Vacuum. 2022, 201: 111069. [8] Shuaidan Lu, Xiaoxiao Li, Xiaoyu Liang, Jiahua He, Wenting Shao, Kuanhe Li, Jian Chen*. Effect of Ho Addition on the Glass-Forming Ability and Crystallization Behaviors of Zr54Cu29Al10Ni7 Bulk Metallic Glass. Materials. 2022, 15(7): 2516. [9] X. Zhou, J. Chen*, R. Ding** , H. Wu, J. Du, J. He, W. Wang, W. Sun, Y. Liu, G. Sha, H. Pan. Carbon-driven coherent nanoprecipitates enable ultrahigh yield strength in a high-entropy alloy. Materials Today Nano. 2023, 22: 100331. [10] Xueyang Zhou, Jian Chen*, Rengen Ding** , Haoyue Wu, Shuaidan Lu, Jiahua He, Weili Wang, Hongge Pan. A novel coherent particles-reinforced FCC-based high-entropy superalloy with superior high-temperature compressive properties. Materials Science & Engineering A. 2023, 872: 144947. [11] Xueyang Zhou, Jian Chen* , Rengen Ding** , Haoyue Wu, Shuaidan Lu, Jiahua He, Hongge Pan. Effect of Mn on microstructure and tensile properties of as-cast Al 0.5 CoFeNiC 0.1 high-entropy alloy. 2023, 873: 144951. רÀû [1] ¹ùϲƽ, ºÎ¼Ñ»ª, ÇÇÑåÇ¿. Zr£¬Ti£¬Al¶àÔª¸ÄÐԹ軯ÎïÉø²ãµÄÁ½²½·¨ÖƱ¸·½·¨. 2021-2-2, Öйú, ZL201910070452.X. ÊÚȨ [2] ¹ùϲƽ, ÕÅËÉ, ºÎ¼Ñ»ª, ÇÇÑåÇ¿, ÌÆêÊ. Nb-Si»ù³¬¸ßκϽ𶧵ÄÖƱ¸·½·¨. 2017-10-13, Öйú, ZL201610556027.8. ÊÚȨ [3] ¹ùϲƽ, ÕÅËÉ, ÇÇÑåÇ¿, ÔøÓîÏè, ÕÅê», ÌÆêÊ, ºÎ¼Ñ»ª. ¶àÔªNb-Si»ù³¬¸ßκϽð²ÄÁϼ°ÆäÖƱ¸·½·¨. 2016-10-26, Öйú, CN106048356A£¬ÉêÇë [4] ÉÛÎÄæã¬Íõ褣¬³Â½¨£¬ÑîΡ£¬Áõê×£¬ºÎ¼Ñ»ª£¬Â¬Ë§µ¤. ¾ßÓе¼µçÄÍÊ´Í¿²ãµÄȼÁϵç³Ø½ðÊô¼«°å¼°ÆäÖƱ¸·½·¨. 2022-3-2, Öйú£¬202210206361.6£¬ÉêÇë [5] ÉÛÎÄæ㬲ÜÀöÄÈ£¬³Â½¨£¬ÑîΡ£¬Â¬Ë§µ¤£¬ºÎ¼Ñ»ª£¬ÀîÖÙ˶. Ò»ÖÖÉí¹ÜÄÚÌűíÃæµÄ¸ßìغϽð±¡Ä¤¼°ÆäÖƱ¸·½·¨. 2022-3-14, Öйú£¬202210247384.1£¬ÉêÇë [6] ÉÛÎÄæ㬲ÜÀöÄÈ£¬³Â½¨£¬ÑîΡ£¬ÀîÖÙ˶£¬ºÎ¼Ñ»ª£¬Â¬Ë§µ¤. Ìá¸ß¸ßìغϽ𵪻¯ÎïĤĤ»ù½áºÏÇ¿¶ÈµÄÌݶȹý¶É²ã¼°ÖƱ¸·½·¨. 2022-3-22£¬Öйú£¬202210285916.0£¬ÉêÇë [7] ºÎ¼Ñ»ª,ÕÔ¶Ô,¬˧µ¤,ÉÛÎÄæÃ,³Â½¨. Ò»ÖÖ Ti3SiC2 ¸ÄÐԹ軯ÎïÍ¿²ã¼°ÆäÖƱ¸·½·¨. 2023-3-16£¬Öйú£¬202310255439.8£¬ÉêÇë [8] ºÎ¼Ñ»ª,ÕÅÑÐñû,Íõ½¨Ê÷,¬˧µ¤,ÉÛÎÄæÃ,³Â½¨. Ò»ÖÖ»ùÓÚ¸ßÌݶȶ¨ÏòÄý¹ÌµÄÒì¹¹¹²¾§¸ßìغϽð¼°ÆäÖƱ¸·½·¨. 2023-5-15£¬Öйú£¬202310543611X£¬ÉêÇë [9] ºÎ¼Ñ»ª,ÕÅÑÐñû,Íõ½¨Ê÷,¬˧µ¤,ÉÛÎÄæÃ,³Â½¨. Ò»ÖÖ»ùÓÚ¶¨ÏòÄý¹Ì»ñµÃα¹²¾§×éÖ¯µÄ¸ßìغϽð¼°ÆäÖƱ¸·½·¨. 2023-7-6£¬Öйú£¬202310824465.8£¬ÉêÇë
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