在ACS Applied Materials & Interfaces、Journal of Alloys and Compounds、Surface & Coatings Technology、Ceramics International 、Solar Energy Materials & Solar Cells等TOP期刊及本领域权威期刊发表SCI论文100多篇。
近期代表性论文(一作/通讯)
[1] Xiangyu Zhang, Vasiliy Pelenovich*, Bing Yang*, et al. Machine Learning-Based Design of Superhard High-Entropy Nitride Coatings[J], ACS Applied Materials & Interfaces, 16 (2024) 36911-36922. Top期刊, IF=8.3.
[2] Vasiliy O. Pelenovich*, Xiaomei Zeng*, Chang Xu, et al. Oxidized textured stainless steel surface with passivation layer as a high temperature selective solar absorber[J]. Ceramics International, (2024) accepted. Top期刊, IF=5.1. https://doi.org/10.1016/j.ceramint.2024.09.072
[3] Ting Lv#, Vasiliy O. Pelenovich#, Chang Xu, et al. Fabrication and characterization of high-temperature AlN thick-film piezoelectric accelerometer[J]. Ceramics International, (2024) accepted. Top期刊, IF=5.1. https://doi.org/10.1016/j.ceramint.2024.09.051
[4] Chang Xu, Xiaomei Zeng, Vasiliy Pelenovich*, et al. High temperature AlN thin film ultrasonic transducers with dual mode wave excitation[J]. Ceramics International 50(5) (2024) 7480-7485. Top期刊, IF=5.1.
[5] Xiaomei Zeng, Vasiliy Pelenovich*, D Neena, et al. Thermal stability of high entropy graded solar selective absorbers deposited by RF magnetron sputtering. Journal of Alloys and Compounds[J], 944 (2023) 169248. Top期刊, IF=5.8.
[6] Xiaomei Zeng, Vasiliy Pelenovich*, Chang Xu, et al. Morphology of lithium niobium oxide thin film ultrasonic transducers deposited by RF magnetron sputtering[J], Ceramics International, 49 (2023) 16297-16304. Top期刊, IF=5.1.
[7] Xiaomei Zeng, Xiangyu Zhang, Vasiliy Pelenovich*, et al. High-temperature thin film lithium niobium oxide transducers for bolts[J], Ceramics International, 49 (2023) 7710-7716. Top期刊, IF=5.1.
[8] Xiangyu Zhang, Xiaomei Zeng, Vasiliy Pelenovich*, et al. Effects of RF magnetron sputtering power on the structure and nanohardness of high-entropy alloys (TiVCrNbSiTaBY)N[J]. Ceramics International, 49 (2023) 33418–33424. Top期刊, IF=5.1.
[9] Vasiliy Pelenovich*, Xiaomei Zeng, Yan Liu, et al., AlCrO protected textured stainless-steel surface for high temperature solar selective absorber applications[J], Surface & Coatings Technology, 436 (2022) 128282. Top期刊, IF=5.3.
[10] Yan Liu, Xiangyu Zhang, Vasiliy Pelenovich*, et al., Structure and mechanical properties of multi-principal-element (AlCrNbSiTi)N hard coating[J], Surface & Coatings Technology, 433 (2022) 128113. Top期刊, IF=5.3.
近期著作及授权专利
[1] Xiangyu Zhang, Yan Liu, Vasiliy Pelenovich*, Bing Yang. Nanocomposite and Nanocrystalline Materials and Coatings - Microstructure, Properties and Applications,本人负责撰写章节:AlCrNbSiTiN high-entropy nitride hard coatings;出版地:新加坡;出版社:Springer Nature, 出版时间:2024年。
[2] Boris Oksengendler, Nigora Turaeva, Abdurashid Ashirmetov, Nikita Ivanov, Olga Karpova, Sergey Maksimov, Vasiliy Pelenovich, Khatam Ashurov. Nanofractals, Their Properties and Applications. Horizons in World Physics, Vol. 298. 出版地:纽约, 出版社:Nova Science Publishers, Inc., 出版时间:2019年。
[3] 瓦西里·帕里诺维奇,曾晓梅,基于超低能团簇离子束自组装制备功能纳米结构的方法[P],2024,中国,ZL 2022 1 0802816.0
[4] 瓦西里·帕里诺维奇,曾晓梅,杨兵,姜杨慧,曾橹维,张翔宇,涂层柱状晶-楔形结构的高可控制备方法及装置[P],2023,中国,ZL 2022 1 0802800X
[5] 瓦西里·帕里诺维奇,曾晓梅,杨兵,张俊,张翔宇,陈燕鸣,黄家辉,双织构表面太阳能选择性吸收涂层的制备方法及该涂层[P],2023,中国,ZL 2022 1 0392635.5
[6] 瓦西里·帕里诺维奇,曾晓梅,亚历山大·托斯托古佐夫,付德君,刘传胜,一种基于气体团簇离子束溅射的薄膜沉积方法[P],2022,中国,ZL 2019 1 1100724.2
[7] 瓦西里·帕里诺维奇,曾晓梅,付德君,杨兵,一种获得固体材料表面孔洞直径可控范围广的团簇离子轰击法[P],2020,ZL 2018 1 1062321.9
[8] 瓦西里·帕里诺维奇,曾晓梅,付德君,一种用于产生团簇束的超音速喷嘴制造方法[P],2020,ZL 201811492925.7
[9] 瓦西里·帕尼洛维奇,李娜,左文彬,付德君,粒子束激发真空紫外‑可见光波段磁光谱测试方法及系统[P],2019,中国,ZL 2017 1 0572965.1
[10] 瓦西里·帕里诺维奇,曾晓梅,付德君,一种气体团簇离子源产生方法及装置[P],2019,ZL 201710664910.3
[11] 瓦西里.帕里诺维奇,左文彬,曾晓梅,吐沙姑·阿不都吾甫,付德君,一种穆斯堡尔谱测试平台可视式移动组合屏蔽装置,2020,ZL 2020 2 21445608
[12] 瓦西里.帕里诺维奇,左文彬,曾晓梅,吐沙姑·阿不都吾甫,付德君,一种穆斯堡尔谱仪的智能调控辅助设备,2020,ZL 2020 2 21480160
[13] 曾晓梅,瓦西里·帕里诺维奇,杨兵,张俊,张翔宇,陈燕鸣,黄家辉,表面形貌可调的压电涂层的制备方法及该压电涂层[P],2022,ZL 2022 1 0369739.4
[14] 曾晓梅,瓦西里·帕里诺维奇,谢尔盖·别雷赫,一种利用气体团簇溅射靶材引出离子束流的方法及离子源[P],2021,ZL 2019 1 0047089.X
[15] 亚历山大·托斯托古佐夫,瓦西里·帕里诺维奇,曾晓梅,左文彬,付德君,一种产生单电荷态的混合气体团簇离子束的方法和装置[P],2018,ZL 2018 1 1165407.4
项目
[1] 中央高校基本科研业务费专项资金,2021-2024,主持;
[2] 2024年度电子制造与封装集成湖北省重点实验室开放基金,EMPI2024017,智能传感器与超声波结构健康检测技术研究,2024,主持;
[3] 2023年度电子制造与封装集成湖北省重点实验室开放基金,EMPI2023018,压电复合薄膜温度传感器及精确测温机理研究,2023,主持;
[4] 中国-乌克兰政府间科技交流项目,10595,高熵合金氮化物多层膜的结构演变与性能,2022-2023;
[5] 2022年武汉大学中外联合科研平台种子基金支持计划重点合作项目,WHUZZJJ202223,武汉大学-表界面材料科学与工程国际联合研究中心,2022-2023;
[6] 省高新领域重点研发计划专项,2022BAA049,智能薄膜传感器集成化与网络研究,2022-2024;
[7] 天津市紧固连接技术企业重点实验室开放课题,TKLF2023-02-A-01,智能紧固件传感器制备的炉次合格率稳定性研究,2023-2024;
[8] 横向科技合作,HTJG-TJ-JS-2023-0016,2023-230***加工技术服务2023,2022-2023。
科研成果转化
AlN、ZnO等超声压电涂层材料已进行产业化
团簇无损平坦化技术已用于多家光学公司的镜头抛光生产线