Research Areas

1. Surface modification and vapor deposition of thin films;

2. Low temperature plasma technology;

3. Plasma irradiation effect and thermal fatigue of materials.

Publications

1. Yan-fei Qi; Yun-hui Tang; Bo Wang*; Ming Zhang; Xiqiang Ren; Yungang Li; Yutian Ma, Characteristics of Tungsten Coatings Deposited By Molten Salt Electro-Deposition And Thermal Fatigue Properties Of Electrodeposited Tungsten Coatings, International Journal of Refractory Metals & Hard Materials, 81 (2019) 183-188.

2. Yanfei Qi; Bo Wang*; Shudan Li; Xiqiang Ren; Jingyi Zhou; Yungang Li; Jinjun Mo, Improved Quantitative Analysis Method For Evaluating Fatigue Cracks In Thermal Fatigue Testing, Materials Letters, 242 (2019) 115-118.

3. Wang Liang; Wang Bo*; Li Shudan; Tang Yunhui; Song Xuemei; Yan Hui; Tungsten Surface Morphology Control and Its Thermal Fatigue Behavior Under Cyclic Heat Loading, Rare Metal Materials and Engineering, 47(6) (2018) 1729-1733.

4. Meng, Xiangman; Zhou, Ailin; Wang, Bo*; Chen, Yu; Tang, Yun-Hui; Yan, Hui; Stable Superwetting Surface Prepared with Tilted Silicon Nanowires, NANO-MICRO LETTERS, 8(4) (2016) 388-393.

5. Liang Wang; Bo Wang*; Shu-Dan Li; Dong Ma; Yun-Hui Tang; Hui Yan; Therm Al Fatigue Mechanism Of Recrystallized Tungsten Under Cyclic Heat Loads Via Electron Beam Facility, International Journal of Refractory Metals & Hard Materials, 61 (2016) 61-66.

Personal Statement

Wang Bo, professor and doctoral supervisor. He has been engaged in teaching and research for 23 years. He has presided over two projects supported by National Natural Science Foundation of China and one project supported by Beijing Natural Science Foundation. He has published more than sixty SCI papers on international major journals, and twenty authorized invention patents, including two U.S.patents.