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A Trial to Prevent the Inpreferable Effect of Local Cellular Fomation in Microstructurally-Controlled Ni-Base Superalloys Subjected to Previous Damage on High Temperature Fatigue Strength. For Refurbishment and Recoating Technology.

机译：试验，以防止局部细胞混合物在微观结构控制的Ni基高温合金中进行局部损伤的高温疲劳强度的临床效果。用于翻新和重新涂层技术。

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Masakazu OKAZAKI; Reki TAKAKU; Toshio SUZUKI; Kouichi NAMBA; Yoshio HARADA;
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年度 2002
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1. A Trial to Prevent the Inpreferable Effect of Local Cellular Formation in Microstructurally-Controlled Ni-Base Superalloys Subjected to Previous Damage on High Temperature Fatigue Strength [J] . Masakazu OKAZAKI, Reki TAKAKU, Toshio SUZUKI 材料 . 2002,第6期

机译：试验，以防止局部细胞形成在微观结构控制的Ni基超合金中进行局部损伤的微观结构控制的Ni碱基超合金的效果
2. A Trial to Prevent the Inpreferable Effect of Local Cellular Formation in Microstructurally-Controlled Ni-Base Superalloys Subjected to Previous Damage on High Temperature Fatigue Strength [J] . Masakazu OKAZAKI, Reki TAKAKU, Toshio SUZUKI 材料 . 2002,第6期

机译：防止在先前受高温疲劳强度破坏的微结构控制的镍基高温合金中防止局部细胞形成的不良影响的试验
3. Undesirable Effect of Local Cellular Transformation in Microstructurally-Controlled Ni-base Superalloys Subjected to Previous Damage on High Temperature Fatigue Strength and the Prevention: - For Recoating and Refurbishment Technology - [J] . Masakazu OKAZAKI, Issei OHTERA, Yoshio HARADA, Materials Science Research International . 2003,第1期

机译：受到先前破坏的微结构控制的镍基高温合金中的局部细胞转变对高温疲劳强度的不良影响及其预防措施：-用于重涂和翻新技术-
4. A Trial to Prevent The Inpreferable Effect of Local Cellular Transformation of High Temperature Fatigue Strength in Microstructurally-Controlled Ni-base Superalloys Subjected to Previous Damage [C] . M.OKAZAKI, T.Suzuki, R.Takaku 高温強度シンポジウム . 2000

机译：一种试验，防止局部细胞转化在微观结构控制的Ni碱基超合金中进行局部细胞转化的局部细胞转化的效果，经过先前的损伤
5. High Temperature Strength. Fatigue Fracture Behavior of Ni-Base Superalloy IN738LC Coated with MCrAlY Alloys at High Temperatures. [O] . Teruki SADASUE, Masakazu OKAZAKI, Yoshiharu MUTOH, 1997

机译：高温强度。高温下麦克林合金掺杂Ni-Base高温合金的疲劳断裂行为。

A Trial to Prevent the Inpreferable Effect of Local Cellular Fomation in Microstructurally-Controlled Ni-Base Superalloys Subjected to Previous Damage on High Temperature Fatigue Strength. For Refurbishment and Recoating Technology.

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