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    Steel pipe having high formability and method for producing the same
    61.
    发明授权
    Steel pipe having high formability and method for producing the same 失效
    成形性高的钢管及其制造方法

    公开(公告)号：US06632296B2

    公开(公告)日：2003-10-14

    申请号：US10049481

    申请日：2002-02-06

    Applicant: Naoki Yoshinaga ,  Nobuhiro Fujita ,  Manabu Takahashi ,  Yasuhiro Shinohara ,  Tohru Yoshida ,  Natsuko Sugiura

    Inventor： Naoki Yoshinaga ,  Nobuhiro Fujita ,  Manabu Takahashi ,  Yasuhiro Shinohara ,  Tohru Yoshida ,  Natsuko Sugiura

    IPC: C22C3802

    CPC classification number: C22C38/04 ,  C21D8/10 ,  C21D2201/00 ,  C21D2201/05 ,  C22C38/002 ,  C22C38/004 ,  C22C38/02 ,  C22C38/06 ,  Y10S148/909

    Abstract: The present invention provides a steel pipe excellent in formability during hydraulic forming and the like and a method to produce the same, and more specifically: a steel pipe excellent in formability having an r-value of 1.4 or larger in the axial direction of the steel pipe, and the property that the average of the ratios of the X-ray intensity in the orientation component group of {110} to {332} on the plane at the center of the steel pipe wall thickness to the random X-ray intensity is 3.5 or larger, and/or the ratio of the X-ray intensity in the orientation component of {110} on the plane at the center of the steel pipe wall thickness to the random X-ray intensity is 5.0 or larger; and a method to produce a steel pipe excellent in formability characterized by heating the steel pipe having the property that the ratio of the X-ray intensity in every one of the orientation components of {001} , {116} , {114} and {112} on the plane at the center of the mother pipe wall thickness to the random X-ray intensity is 3 or smaller to a temperature in the range from 650 to 1,200° C. and by applying working under a condition of a diameter reduction ratio of 30% or more and a wall thickness reduction ratio of 5 to 30%.

    Abstract translation: 本发明提供一种在液压成形等中成形性优异的钢管及其制造方法，更具体地说，在钢的轴向上具有r值为1.4以上的成形性优异的钢管 管子，以及在钢管壁厚度的中心的平面上{110} <110> <{115} <110>的取向成分组中的X射线强度的比率的平均值相对于 随机X射线强度为3.5以上，和/或在钢管壁厚中心的平面上{110} <110>的取向成分中的X射线强度与随机X射线 强度为5.0以上; 以及生产成型性优良的钢管的制造方法，其特征在于，加热具有{001} <110>，{116} <110>的各取向成分的X射线强度的比例的钢管， 在母管壁厚度中心的平面上的随机X射线强度的{114} <110>和{112} <110>为650以上1200℃以下的温度。 并且通过在直径减小率为30％以上，壁厚减少率为5〜30％的条件下进行加工。

    Iron base high temperature alloy
    63.
    发明申请
    Iron base high temperature alloy 有权
    铁基高温合金

    公开(公告)号：US20030070732A1

    公开(公告)日：2003-04-17

    申请号：US10254654

    申请日：2002-09-26

    Inventor： Hui Lin

    IPC: C22C038/00 ,  C21D005/10

    CPC classification number: C22C27/06 ,  C21D6/02 ,  C21D2201/00 ,  C21D2211/004 ,  C22C38/06 ,  C22C38/18 ,  F01D5/28

    Abstract: The present invention is directed to an iron, aluminum, chromium, carbon alloy and a method of producing the same, wherein the alloy has g good room temperature ductility, excellent high temperature oxidation resistance and ductility. The alloy includes about 10 to 70 at. % iron, about 10 to 45 at. % aluminum, about 1 to 70 at. % chromium and about 0.9 to 15 at. % carbon. The invention is also directed to a material comprising a body-centered-cubic solid solution of this alloy, and a method for strengthening this material by the precipitation of body-centered-cubic particles within the solid solution, wherein the particles have substantially the same lattice parameters as the underlying solid solution. The ease of processing and excellent mechanical properties exhibited by the alloy, especially at high temperatures, allows it to be used in high temperature structural applications, such as a turbocharger component.

    Abstract translation: 本发明涉及一种铁，铝，铬，碳合金及其制造方法，其中该合金具有良好的室温延展性，优异的高温抗氧化性和延展性。 该合金包括约10至70at。 ％铁，约10至45英寸。 ％铝，约1至70 at。 ％铬和约0.9至15at。 ％ 碳。 本发明还涉及一种包含该合金的体心立方固体溶液的材料，以及通过体内立方体沉淀固溶体来强化该材料的方法，其中颗粒基本上相同 晶格参数作为底层固溶体。 合金的易加工性和优异的机械性能，特别是在高温下，可以用于高温结构应用，如涡轮增压器部件。

    Iron base high temperature alloy
    64.
    发明授权
    Iron base high temperature alloy 有权
    铁基高温合金

    公开(公告)号：US06524405B1

    公开(公告)日：2003-02-25

    申请号：US09540403

    申请日：2000-03-31

    Applicant: Hui Lin

    Inventor： Hui Lin

    IPC: C22C2800

    CPC classification number: C22C27/06 ,  C21D6/02 ,  C21D2201/00 ,  C21D2211/004 ,  C22C38/06 ,  C22C38/18 ,  F01D5/28

    Abstract: The present invention is directed to an iron, aluminum, chromium, carbon alloy and a method of producing the same, wherein the alloy has good room temperature ductility, excellent high temperature oxidation resistance and ductility. The alloy includes about 10 to 70 at. % iron, about 10 to 45 at. % aluminum, about 1 to 70 at. % chromium and about 0.9 to 15 at. % carbon. The invention is also directed to a material comprising a body-centered-cubic solid solution of this alloy, and a method for strengthening this material by the precipitation of body-centered-cubic particles within the solid solution, wherein the particles have substantially the same lattice parameters as the underlying solid solution. The ease of processing and excellent mechanical properties exhibited by the alloy, especially at high temperatures, allows it to be used in high temperature structural applications, such as a turbocharger component.

    Abstract translation: 本发明涉及铁，铝，铬，碳合金及其制造方法，其中该合金具有良好的室温延展性，优异的高温抗氧化性和延展性。 该合金包括约10至70at。 ％铁，约10至45英寸。 ％铝，约1至70 at。 ％铬和约0.9至15at。 ％ 碳。 本发明还涉及一种包含该合金的体心立方固体溶液的材料，以及通过体内立方体沉淀固溶体来强化该材料的方法，其中颗粒基本上相同 晶格参数作为基础固溶体。 合金的易加工性和优异的机械性能，特别是在高温下，可以用于高温结构应用，如涡轮增压器部件。

    Amorphous-crystalline thermocouple and methods of its manufacture
    65.
    发明授权
    Amorphous-crystalline thermocouple and methods of its manufacture 失效
    无定形晶体热电偶及其制造方法

    公开(公告)号：US5808233A

    公开(公告)日：1998-09-15

    申请号：US680040

    申请日：1996-07-15

    Applicant: Mikhail V. Finkel ,  Jim J. S. Chen ,  Antonio M. Goncalves

    Inventor： Mikhail V. Finkel ,  Jim J. S. Chen ,  Antonio M. Goncalves

    IPC: C21D1/00 ,  C21D1/34 ,  G01K7/02 ,  H01L35/12 ,  C22F1/00 ,  H01L35/34

    CPC classification number: C21D1/00 ,  C21D1/34 ,  G01K7/02 ,  C21D2201/00 ,  C21D2221/00 ,  C21D2251/00

    Abstract: A thermocouple formed of a length of a single composition having first solid phase section adjoining a second solid phase section, and a transition therebetween. One method of making such thermocouples is to raise the temperature of the first solid phase section above its transformation temperature while maintaining the temperature of a second adjoining solid phase section of the length of material below its transformation temperature. A second method includes rapidly solidifying a molten material by contacting it with a moving substrate formed of adjoining regions of differing thermal conductivity. A third method includes rapidly solidifying a molten material by alternatingly contacting it with a cooling fluid and air. A fourth method includes transforming a section of a length of material in a first solid to a second solid phase by mechanical means.

    Abstract translation: 由具有邻接第二固相部分的第一固相部分的单一组合物的长度形成的热电偶以及它们之间的转变。 制造这种热电偶的一种方法是将第一固相部分的温度升高到其转变温度，同时保持材料长度的第二相邻固相部分的温度低于其转变温度。 第二种方法包括通过使熔融材料与由不同热导率的相邻区域形成的移动衬底接触来快速固化熔融材料。 第三种方法包括通过使其与冷却流体和空气交替地接触来快速固化熔融材料。 第四种方法包括通过机械方法将第一固体中一段长度的材料转变成第二固相。

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