1). Study and application analysis of thermodynamic properties of Fe-C-V ternary melt, Chen, Dong Yuan, Journal of University of Science and Technology Beijing, 2000.08,22 (4): 312 ~ 315 (included in EI).

2) Experimental study on the influence of oxygen potential of molten iron on desilication and dephosphorization of blast furnace molten iron,, Zhang Youping, Shangshing Guo, Chen, Dong, Iron and Steel Research, 2000, 12,12 (6):1~ 65438+.

3) Thermodynamic law of Fe-C-J (J = Ti, V, Cr, Mn) melt,,, Le Kexiang, Dong,, Journal of Metallurgy, 200 1, 37 (9): 952-956 (included by SCI).

4). A data processing method for carbon saturated solution in Fe-Cr-C melt,,, Yue Kexiang, Dong,, M.M.M, Journal of USTB, February 9, 2002 (1);

5) The influence of adjusting the basicity of top slag with ferrosilicon and silicon kaba alloy as heating agents on steel quality,,,, Yue Kexiang, Dong, Jigang; Iron and Steel Research International, May 9, 2002 (1): 12- 15 (included by SCI).

6). Study on thermal simulation of silicon-based ferroalloy chemical heating method for heating molten steel,,,, Le Kexiang, Dong, Iron and Steel, 2002,9,37 (9): 20-22 (included in EI).

7). Experimental study on vacuum refining of low sulfur and low phosphorus medium carbon steel with lime premelted slag,,,, Dong, Special Steel, July 24, 2003 (4): 22-23 (included in EI).

8) Vacuum treatment of simultaneous desulfurization and dephosphorization of molten iron and molten steel,,,, Yue Kexiang, Dong, Jigang; Iron and Steel Research International, March, 2004,11(2):14-17 (included by SCI).

9). Calculation method of thermodynamic properties of carbon-saturated ternary metal melts,,, Wu, Dong, Iron and Steel Research, June 2004, 16 (3): 29 ~ 32.

10). Thermodynamic properties of Fe-Mn-C melt under reduced pressure,,,, Dong,, International Research on Iron and Steel, 2005,10,76 (10): 731-734 (included.

1 1). Physical and chemical properties of high-alumina steel,,,,, J. Central South University of Technology. ，Sci。 & technology. Mining and metal industry. , August 2005, 12 (4): 385-388 (included by SCI) (included by EI, Wang Haichuan).

12).Fe-C-j(j=Al, Si, p, s) melt thermodynamics,,, Dong, Li Wenchao, J. Iron & Steel Research International, July, 2005,12 (4):/kloc-0.

13). Study on the influence of pulsed electric field treatment on solidification structure and element distribution of steel,, Zhang, Liao Zhiyou, Min, Dong, Journal of University of Science and Technology Beijing, August 39, 2007 (8): 793-797 (included in EI).

14). Numerical simulation of the influence of power ultrasound on particle tracing trajectory, Wang Haichuan, Liu Dan, chinese journal of process engineering, June 8, 2008 (S 1): 90-93 (included in EI).

15). Experimental study on nitrogen content control in hot metal pretreatment,,, Dong, Wang Tao, Xia Xingming, Shi Hongzhi, Zhu Lixin, Iron and Steel, April 39, 2004 (4): 18-20 (included in EI).

16). Experimental study on low fluorine and low sodium dephosphorization desulfurizer, Wu,,, Le Kexiang, Dong, Iron and Steel Research, 2004, 16(2).

17). Microwave heating of soda-lime glass by adding iron powder, Nobuyuki Ji Chuan, Wang Haichuan, Kenichi Mako, Taniguchi Corporation, Journal of Materials Research, vol. 23, No.6, June 2008, pp. 1564- 1569 (included in

18). Test and application of silicon heating agent for molten steel, Yue Kexiang, Dong,, Song Yubin, Yang Shiquan, Special Steel,1997,02, 18( 1):20-23 (EI

19). Study on heating molten steel with ferrosilicon and silicoaluminum, Le Kexiang, Dong,,, Iron and Steel Research,1997,04,9 (2):13-17.

20). Study on desulfurization process of magnesium-containing cored wire for ladle, Le Kexiang, Dong, Hu, Iron and Steel, 200 1, 05,36 (5): 21. Discussion on dephosphorization process and influencing factors of CaO-Fe2O3-CaF2-based powder in hot metal pretreatment.

22). Mathematical simulation of flow phenomenon in CAS-OB refining ladle,, Dong,,, Liu Yongbing, Iron and Steel Company; Iron and Steel Research International, 2003, 1 1, 10 (4): 8- 12 (included by SCI).

23). Effect of BaO and TiO2 _ 2 in slag on liquid nitrogen content in steel under different conditions,,, Yun Zhou, Iron and Steel Research, 2006. 12,18 (12):15-12.

24). Experimental study on dephosphorization of molten steel by Cao-SiO2-Fe2O3-MnO2-MgO-P2O5 flux system, Shangshing Guo, Dong, Chen, Iron and Steel, 2000,03,35 (3):19-21(included in EI).

25). Experimental study on bottom blowing slag discharge effect of CAS-OB ladle, Le Kexiang, Gao Yaping, Wang Shijun, Wang Haichuan, Yun Zhou, Iron and Steel Research, 200 1, 12,13 (6):11.

26). Experimental study on nitrogen solubility and denitrification in pretreatment process, Wu, Dong,,, Journal of University of Science and Technology Beijing, April 26, 2004 (2): 125 ~ 129 (included in EI).

27). Influence of basicity and carbon content of ladle top slag on liquid nitrogen content in steel,,, Zhang,, Yun Zhou, Iron and Steel Research, April 2006,18 (04):15-17.

28). Effect of BaO and TiO2 _ 2 in slag on liquid nitrogen content in steel, Wang Shijun: Yun Zhou; Zhang; Wang Haichuan; Huang Xiaodong; Journal of Iron and Steel Research, August 2007,19 (8):11-13.

29). Microstructure of Sodium-Calcium Glass-Iron Composite Materials and Nickel-Zirconium-Niobium-Titanium-Platinum Metallic Glass Heated by Microwave, Ji Chuan Nobuyuki, Dmitri V. Louzguine-Luzgin, Kenichi Maishiko, Xie Guoqiang, Motoyasu Sato, Shoji, Akihisainou, Materials Science Forum, 2007, 558-550.

30) Making composite materials by microwave heating reaction between soda-lime glass and liquid aluminum, Ji Chuan Deng, Wang Haichuan, Taniguchi Corporation, Journal of Materials, 2009.05,50,5:1174-1178 (included in EI).

30). Effect of steady magnetic field on the distribution of main components and solidification structure of steel,, Liao Zhiyou, Zhang, Yin Zhenxing,, wfc20 10, Proceedings of the 69th World Foundry Congress, 2010.10: 918-.

3 1). Effect of pulse current on microstructure and distribution of C and Mn in Fe-0.5C- 1.5Mn alloy, Wang Haichuan,, Liao Zhiyou,,,, Wang Gui, and Matthew S. Dargusch, Advanced Materials Research, 201/kloc-0.

32). Effect of ultrasonic power on microstructure and hardness of industrial pure aluminum, Liao Zhiyou, Li Jie, and Matthew S. Dargusch, ICMSE 20 1 1, Advanced Materials Research, vol. 194- 196 (20 Page 165438 (ISSN:1662-8985) (ei: 201113754030)

33). Effect of static magnetic field on element distribution in Fe-S, Fe-Si and Fe-Mn alloys, Wang Haichuan, Liao Zhiyou, Pang Ruipeng,, and Matthew S. Dargusch, ICMSE 20 1 1, Advanced Materials Research,No.194-/. (ISSN: 1662-8985)(ei 20 1 1 1 1 13753857)

34). Effect of steady magnetic field on solidification process of Fe -C-S alloy, Xin Li, Wang Haichuan, Peng Hong, Li Jie, Liao Zhiyou, Li Ming, 20 1 1 International Conference on Applied Chemical Engineering (ICACE 20 1 1), Hongkong, China, February 20.

35). Study on the influence of pulsed electric field on the solidification process of Fe -C-P alloy melt, Xin Li, Li Jie, Liao Zhiyou, Qian, chinese journal of process engineering, 20 1 1.02,1(1): 70.

36). Effect of pulsed electric field on distribution and migration of phosphorus, sulfur and silicon in iron-based alloys, Liao Zhiyou,,,, Jie Li, and Matthew S. Dargusch, icms 20 1 1, Advanced Materials Research,No.194-1.