LIU Junxiang， YU Qingbo， XIE Huaqing， QIN Qin. Experimental Study on Waste Heat Recovery for Metallurgical Slag Particles[J]. Journal of Northeastern University Natural Science, 2014, 35(2): 245-248.
[1] Barati M，Esfahani S，Utigard T A.Energy recovery from high temperature slags［J］.Energy，2011，36(9):5540/5549. [2] Natarajan V V R，Hunt M L.Heat transfer in vertical granular flows［J］.Experimental Heat Transfer，1997，10(2):89/107. [3] 武锦涛，陈纪忠，阳永荣.移动床中颗粒接触换热的数学模型［J］.化工学报，2006，57(4):719/725.(Wu Jintao，Chen Jizhong，Yang Yongrong.Model of contact heat transfer in granular moving bed［J］.Journal of Chemical Industry and Engineering，2006，57(4):719/725.) [4] 高文远，孙俊才.分子筛催化剂波面移动床换热特性研究［J］.化学工程，2002，30(4):21/24.(Gao Wenyuan，Sun Juncai.Research on heat transfer characteristics of molecular sieve catalyst in waved plate moving bed［J］.Chemical Engineering，2002，30(4):21/24.) [5] Takeuchi H.Particles flow pattern around tube and local in moving heat transfer bed［J］.AIChE Journal，1996，42(6):1621/1626. [6] Armstrong L M，Gu S，Luo K H.The influence of multiple tubes on the tubetobed heat transfer in a fluidized bed［J］.International Journal of Multiphase Flow，2010，36(11/12):916/929. [7] Lacerda A F，Lisboa M H，Barrozo M A S.Heat and mass transfer in a countercurrent moving bed dryer［J］.Applied Thermal Engineering，2005，25(16):2641/2652. [8] Herz F，Mitov I，Specht E.Experimental study of the contact heat transfer coefficient between the covered wall and solid bed in rotary drums［J］.Chemical Engineering Science，2012，82:312/318. [9] Yoon H S，Lee J B，Chun H H.A numerical study on the fluid flow and heat transfer around a circular cylinder near a moving wall［J］.International Journal of Heat and Mass Transfer，2007，50(17/18):3507/3520. [10] Aihara T，Ohara T，Shimoyama T，et al.Heattransfer and defrosting characteristics of a horizontal array of cooled tubes immersed in a very shallow fluidized bed［J］.International Journal of Heat and Mass Transfer，1997，40(8):1807/1815.
