Tian Y，Tang S，Wang B X，et al.Development and industrial application of ultra-fast cooling technology［J］.Science China-Technological Sciences，2012，55(6):1566-1571.
[2]
Nayak S S，Misra R D K，Hartmann J，et al.Microstructure and properties of low manganese and niobium containing HIC pipeline steel［J］.Materials Science and Engineering A，2008，494(1):456-463.
[3]
Tian Y，Tang S，Wang G D，et al.Industrial trial production of X70 pipeline steel under ultra fast cooling conditions［J］.Frontiers Of Manufacturing And Design Science，2012，121-126:3340-3344.
[4]
Nakata H，Kami C，Mathuo N.Development of API X80 grade electric resistance welding line pipe with excellent low temperature toughness［J］.JFE Technical Report，2008，(12):27-31.
[5]
王国栋.以超快速冷却为核心的新一代TMCP技术［J］.上海金属，2008，30(2):1-5.(Wang Guo-dong.The New generation TMCP with the key technology of ultra fast cooling［J］.Shanghai Metals，2008，30(2):1-5)
[6]
王国栋.新一代控制轧制和控制冷却技术与创新的热轧过程［J］.东北大学学报:自然科学版，2009，30(7):913-922.(Wang Guo-dong.New generation TMCP and innovative hot rolling process［J］.Journal of Northeastern University:Natural Science，2009，30(7):913-922)［7 ］Zhi Y，Liu X H，Wang G.Re-reddening on strip surface after water cooling［J］.Journal of Iron and Steel Research International，2007，14(3):26-30.
[7]
Mohapatra S S，Ravikumar S V，Pal S K，et al.Ultra fast cooling of a hot steel plate by using high mass flux air atomized spray［J］.Steel research international，2013，84(3):229-236.
[8]
Yuan G，Li Z L，Li H J，et al.Control and application of cooling path after rolling for hot strip based on ultra fast cooling ［J］.Journal of Central South University，2013，20(7):1805-1811.
[9]
Lienhard J H，Lienhard V J H.A heat transfer textbook ［M］.Lexington:Phlogiston Press，2005.
[10]
刘伟嵬，李海军，王昭东，等.热轧带钢轧后冷却控制及其自学习方法［J］.东北大学学报:自然科学版，2010，32(12):1725-1728.(Liu Wei-wei，Li Hai-jun，Wang Zhao-dong，et al.Cooling temperature control of hot rolled steel strip and its self-learning［J］.Journal of Northeastern University:Natural Science，2010，32(12):1725-1728.)
