PROCESS FOR MANUFACTURING STEEL LAMINES HAVING GOOD WELDABILITY, HIGH ELASTICITY LIMIT AND RESILIENCE AT VERY LOW TEMPERATURES

• 1. 制造极高弹性极限马氏体钢的方法及如此获得的板材或部件 [P] . 中国专利： CN103517996B . 2016.05.11
• 2. 制造极高弹性极限马氏体钢的方法及如此获得的板材或部件 [P] . 中国专利： CN103517996A . 2014-01-15
• 3. PROCESS FOR THE MANUFACTURE OF STEEL LAMINES HAVING GOOD WELDABILITY, HIGH ELASTICITY LIMIT AND RESILIENCE AT VERY LOW TEMPERATURES [P] . LU82858A1 . 1982-05-10

  机译： 具有很好的可焊性，高弹性极限和极高回弹力的钢薄板的制造工艺

• 4. PROCESS FOR MANUFACTURING STEEL LAMINES HAVING GOOD WELDABILITY, HIGH ELASTICITY LIMIT AND RESILIENCE AT VERY LOW TEMPERATURES AND PRODUCTS OBTAINED [P] . BE890617A . 1982-02-01

  机译： 具有很好的可焊性，高弹性极限和高回弹力的钢薄板的制造工艺，以及所获得的产品

• 5. PROCESS FOR THE MANUFACTURE OF STEEL LAMINES HAVING GOOD WELDABILITY, HIGH ELASTICITY LIMIT AND RESILIENCE AT VERY LOW TEMPERATURES [P] . BE887057A . 1981-05-04

  机译： 具有很好的可焊性，高弹性极限和极高回弹力的钢薄板的制造工艺

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• 3. Impact of the Allowed Compositional Range of Additively Manufactured 316L Stainless Steel on Processability and Material Properties [O] . Felix Großwendt, Louis Becker, Arne Röttger, 2021
• 4. Effect of Magnetic Field on the Weld Temperature Field and Flow Behavior of Molten Pool in Al/Steel CMT Welding Process [O] . Yibo LIU 2018

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