profile type improved to grateful to strip for rear end collisions, fences and strip and the like, and grateful to strip obtained by this profile.

• 1. 集成地监测和控制带材平整度和带材轮廓的方法和设备 [P] . 中国专利： CN101443135B . 2011.10.12
• 2. 集成地监测和控制带材平整度和带材轮廓的方法和设备 [P] . 中国专利： CN101443135A . 2009-05-27
• 3. profile type improved to grateful to strip for rear end collisions, fences and strip and the like, and grateful to strip obtained by this profile. [P] . IT1403893B1 . 2013-11-08

  机译： 轮廓类型改进，以感谢后端碰撞，围栏和带材等，并感谢通过此轮廓获得的带材。

• 4. road barrier with improved profiles to swallow tail of the strip and with greater absorption of energy during the collision. [P] . ITRM950537A1 . 1997-01-31

  机译： 改进型轮廓的路障，可吞下带尾，碰撞时能量吸收更大。

• 5. road barrier with improved profiles to swallow tail of the strip and with greater absorption of energy during the collision. [P] . IT1277891B1 . 1997-11-12

  机译： 改进型轮廓的路障，可吞下带尾，碰撞时能量吸收更大。

• 1. Dynamic capacity balance between stripping and mining of a dragline stripping system [J] . Shuangshuang Xiao, Guowei Dong, Hongsheng Wang 国际煤炭科学技术学报：英文版 . 2020,第002期
• 2. Dynamic capacity balance between stripping and mining of a dragline stripping system [J] . Shuangshuang Xiao, Guowei Dong, Hongsheng Wang 国际煤炭科学技术学报（英文） . 2020,第002期
• 3. Temperature Control for Induction Heating of Thin Strips ? ?? ?? The financial support by the Christian Doppler Research Association, the Austrian Federal Ministry for Digital and economic Affairs, and the National Foundation for Research, Technology and Development is gratefully acknowledged. [J] . F. Roetzer, A. Aschauer, L. Jadachowski, IFAC PapersOnLine . 2020,第2期
• 4. Analysis of Thin Strip Shape and Profile in Cold Rolling: A Way to Improve Strip Profile and Mechanical Properties [J] . H.B. Tibar, Z.Y.Jiang Materials science forum . 2017,第PTa1期
• 5. Stabilization of Conditions in Broad- Strip Mills to Improve the Transverse Profile of Hot-Rolled Strip [J] . E. A. Garber, M. V. Khlopotin, A. V. Kozhevnikov Steel in Translation . 2010,第8期
• 6. Advances in the Twin-roll Strip Casting of Strip with Profiled Cross Section [C] . Michele Vidoni, Markus Daamen, Gerhard Hirt ESAFORM conference on material forming . 2013
• 7. Rolling mill optimization using an accurate and rapid new model for mill deflection and strip thickness profile. [D] . Malik, Arif Sultan. 2007
• 8. Applying Parkes Grid Method to Evaluate Impact of Variation in Blood Glucose Monitoring (BGM) Strip Accuracy Performance in Type 1 Diabetes Highlights the Potential for Amplification of Imprecision With Less Accurate BGM Strips [O] . Michael Stedman, Rustam Rea, Christopher J. Duff, 2021
• 9. Improving Thin Strip Profile Using Work Roll Cross and Work Roll Shifting Methods in Cold Strip Rolling [O] . Hasan Tibar, Zhengyi Jiang 2017
• 10. I. Charge Exchange Collisions of Highly Stripped Ions with Atomic Hydrogen. II. Development of a Three-Stage Double Tandem Accelerator-Decelerator System for Low Energy, Highly Stripped Ions. Final Report, March 1, 1977-May 30, 19 [R] . Bayfield, J. E. 1981

• 1. Optimization of pass schedule to improve the strip shape in hot strip rolling [J] . Kiet TIEU ,Jea Sook CHUNG . 宝钢技术研究：英文版 . 2010,第S1期
• 2. Allowable variation of cold-rolled strip transverse profiles in high tension [J] . Xiao-chen Wang ,Quan Yang ,Xiao-zhong Du . 矿物冶金与材料学报 . 2010,第005期
• 3. Allowable variation of cold-rolled strip transverse profiles in high tension [J] . Xiao-chen Wang ,Quan Yang ,Xiao-zhong Du . 矿物冶金与材料学报 . 2010,第005期
• 4. 带卷端部对焊机和带材活套器：怎么样和为什么 [C] . 科特赫拉 . 国际金属管材会议 . 1995
• 5. 基于数字及图超像导相带关材法的失材超实料验低研温下究断裂特性 [A] . 王淑丹 . 2018