主要
成果和奖惩情况
| [1] Q.H. Yu, L.J. Liu, et al. "Local design of the hot-zone in an industrial seeded directional solidification furnace for quasi-single crystalline silicon ingots", Journal of Crystal Growth 358: 5-11 (2012). (SCI)
[2] Q.H. Yu, L.J. Liu, et al. "Global simulations of heat transfer in directional solidification of multi-crystalline silicon ingots under a traveling magnetic field", Journal of Crystal Growth 401: 285-290 (2014). (SCI)
[3] Q.H. Yu, L.J. Liu, et al. "3D numerical investigation and improvement to the design of the thermal field before seeding in a multi-die edge-defined film-fed growth system for sapphire ribbon crystals", Journal of Crystal Growth 385: 49-54 (2014).(SCI)
[4] L.J. Liu, Q.H. Yu, et al. "Controlling solidification front shape and thermal stress in growing quasi-single-crystal silicon ingots: process design for seeded directional solidification ", Applied Thermal Engineering 91: 225-233 (2015).（导师为一作）(SCI)
[5] Q.H. Yu, L.J. Liu, et al. "Control of impurities transport in an industrial directional solidification furnace for silicon ingots basing on computer modeling", AIP Conference Proceedings 1547: 652-658 (2013). (ISTP)
[6]余庆华,刘立军,等.准单晶硅铸锭过程中凝固界面形状的控制.工程热物理学报34 (3): 505-508 (2013).(EI)
[7] Q.H. Yu, L.J. Liu, et al., Heat transfer in the whole directional solidification process for multi-crystalline silicon ingots under a traveling magnetic field, ICCGE-17, Warsaw, Poland, August, 2013.
[8] Q.H. Yu, L.J. Liu, et al., Control of seed crystal preservation in a seeded directional solidification process for industrial silicon ingots, CPTIC 2012, Shanghai, China, March, 2012.
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