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![[Surface and Coatings Technology] Copper Target Erosion during Unbalanced Magnetron Sputtering under Different Electromagnetic Fields](/__local/8/E2/E1/E0336614287F9C4E57ACD729C9A_277B51BF_5395.jpg)
[Surface and Coatings Technology] Copper Target Erosion during Unbalanced Magnetron Sputtering und…
79. An, Qiaoru, Jie Li, and Haisheng Fang, Copper Target Erosion during Unbalanced Magnetron Sputtering under Different Electromagnetic Fields, Surface and Coatings Technology, 477.December (2023), 130360
更新于:2024/01/10 -
![[International Journal of Applied Glass Science] Modeling and Optimization of the Sagging Process for Large-Size and High-Purity Silica Glass Synthesis](/__local/7/C3/A7/057FD79D24FFB6951608F2A7B13_489604FD_EA7F.jpg)
[International Journal of Applied Glass Science] Modeling and Optimization of the Sagging Process …
78. Li, Chengshuai, Suping Yin, Qianli Ma, and Haisheng Fang, Modeling and Optimization of the Sagging Process for Large-Size and High-Purity Silica Glass Synthesis, International Journal of Applied Glass Science, May, 2023, 1–15
更新于:2024/01/10 -
![[Applied Surface Science] Monte Carlo simulation of deposition uniformity in the triple-target magnetron co-sputtering system](/__local/5/AA/5D/8DAD6454EE82BAD89B6EECE1C26_8051C2A4_3A9B.jpg)
[Applied Surface Science] Monte Carlo simulation of deposition uniformity in the triple-target mag…
77. J. Li, Q. An, H. Fang. Monte Carlo simulation of deposition uniformity in the triple-target magnetron co-sputtering system. Applied Surface Science. Elsevier B.V., 2024, 646(November 2023): 158914
更新于:2023/12/07 -
![[Ceramics International] SiO2 soot preform sintering process for the synthesis of large-size and high-purity silica glass](/__local/C/98/6B/8581FD84F19C68D718FAFEC2C01_906FB1DF_9E2D.jpg)
[Ceramics International] SiO2 soot preform sintering process for the synthesis of large-size and h…
76. C. Li, Q. Ma, S. Yin, H. Fang. SiO2 soot preform sintering process for the synthesis of large-size and high-purity silica glass. Ceramics International. Elsevier Ltd, 2023, 50(1PA): 865–882
更新于:2023/12/07 -
![[Journal of Fluid Mechanics] Electrohydrodynamic-induced partial coalescence between a droplet and a liquid–air interface](/__local/4/44/42/4E7D9113E18E52F2FB0FF639B20_66677C54_DC57.jpg)
[Journal of Fluid Mechanics] Electrohydrodynamic-induced partial coalescence between a droplet and…
75. H. Chen, W. Chen, Z. Yin, H. Fang. Electrohydrodynamic-induced partial coalescence between a droplet and a liquid–air interface. Journal of Fluid Mechanics. 2023, 963: A39
更新于:2023/06/05 -
![[Applied Thermal Engineering] Numerical study of a novel concentrator photovoltaic-membrane distilled plate-type seawater desalination structure Cooling channel](/__local/6/F6/61/70A898D4B3D967A5A45C03CFA1F_E6DEE45F_B7AD.jpg)
[Applied Thermal Engineering] Numerical study of a novel concentrator photovoltaic-membrane distil…
74. H. Zhang, X. Li, Z. Han, H. Fang. Numerical study of a novel concentrator photovoltaic-membrane distilled plate-type seawater desalination structure Cooling channel. Applied Thermal Engineering. 2023, 227, 120328.
更新于:2023/03/15 -
![[Journal of the American Ceramic Society] Effects of injection conditions on temperature and component distributions in a CVD furnace for large-size silica glass](/__local/C/FC/C3/475566589E83208706640B4C813_A20323F6_4A18.jpg)
[Journal of the American Ceramic Society] Effects of injection conditions on temperature and compo…
73. C. Li, H. Zhang, Q. Ma, H. Fang. Effects of injection conditions on temperature and component distributions in a CVD furnace for large-size silica glass. Journal of the American Ceramic Society. 2023(December 2022): 1–17
更新于:2023/02/19 -
![[Energies] Cooling Optimization Strategy for a 6s4p Lithium-Ion Battery Pack Based on Triple-Step Nonlinear Method](/__local/D/F2/FB/0A16BC716527E4DAEF4A18462CB_C6C65FCF_81C2.jpg)
[Energies] Cooling Optimization Strategy for a 6s4p Lithium-Ion Battery Pack Based on Triple-Step …
72. H. Zhang, H. Chen, H. Fang. Cooling Optimization Strategy for a 6s4p Lithium-Ion Battery Pack Based on Triple-Step Nonlinear Method. Energies. 2023, 16(1)
更新于:2023/02/19