熱間圧延用チタン鋳片およびその製造方法
    3.
    发明申请
    熱間圧延用チタン鋳片およびその製造方法 审中-公开
    用于热轧的钛板及其生产方法

    公开(公告)号:WO2016051499A1

    公开(公告)日:2016-04-07

    申请号:PCT/JP2014/076076

    申请日:2014-09-30

    Abstract:  電子ビーム溶解法やプラズマアーク溶解法により製造した工業用純チタンからなるチタン鋳片の圧延面となる表面に、一種または二種類以上のβ相安定化元素を添加して溶融させ再凝固させた溶融再凝固層を深さ1mm以上の範囲に有し、深さ1mmまでの範囲におけるβ相安定化元素の濃度の平均値が、母材中のβ相安定化元素の濃度に比較して、質量%で、0.08mass%以上、1.50mass%以下高い。β相安定化元素を含有する素材として、粉末、チップ、ワイヤー、箔が用いられる。また、表層を溶融する手段として、電子ビーム加熱およびプラズマアーク加熱が用いられる。

    Abstract translation: 将含有至少1mm的深度的熔融和再凝固层设置在包含工业纯度的钛板的待轧表面上,其中通过添加,熔化和重新固化至少一种β相稳定化元素 使用电子束熔融法制造的钛或等离子体电弧熔解法。 在高达1mm深度的范围内的β相稳定化元素的平均浓度比母体中的β相稳定化元素的浓度高0.08质量%以上1.50质量%以下 。 粉末,碎屑,线和箔被用作包括β相稳定元素的原料。 此外,电子束加热和等离子体电弧加热用作熔融表面层的手段。

    MICROWAVABLE PACKAGING MATERIAL
    6.
    发明申请
    MICROWAVABLE PACKAGING MATERIAL 审中-公开
    MICROWAVABLE包装材料

    公开(公告)号:WO2004024567A3

    公开(公告)日:2004-06-10

    申请号:PCT/GB0303861

    申请日:2003-09-05

    Abstract: A material for use in covering objects for microwave heating comprises a substrate (1) substantially transparent to microwave radiation bearing an array of low emissivity metal patch elements (2) defining a frequency selective surface adapted to pass microwave radiation and reflect thermal infrared radiation. The patch elements (2), typically of aluminium, preferably have a characteristic dimension no greater than about 500µm and a spacing no greater than about 100µm, while the emissivity of the combined substrate and frequency selective surface is preferably no greater than about 0.4. The material is useful as a packaging for chilled or frozen microwavable foodstuffs, where its low emissivity assists in thermal insulation during storage or transportation and capturing of heat within the package during microwave cooking, where it can be safely used despite the presence of metal in the structure due to its configuration as a frequency selective surface. Potential uses also include bandages or patches worn on the body during microwave heat treatment of sports injuries and the like and various other microwave heating applications.

    Abstract translation: 用于覆盖用于微波加热的物体的材料包括基本上对基于微波辐射透明的衬底(1),所述微波辐射具有限定适于传递微波辐射并反射热红外辐射的频率选择表面的低辐射率金属贴片元件阵列(2)。 通常为铝的贴片元件(2)优选地具有不大于约500μm的特征尺寸和不大于约100μm的间隔,而组合的基底和频率选择表面的发射率优选不大于约0.4。 该材料可用作冷冻或冷冻可微波食品的包装,其低发射率有助于在微波烹饪期间储存或运输期间保温隔热,并在微波炉烹饪期间捕获包装内的热量,尽管在其中可以安全使用金属 结构由于其配置作为频率选择表面。 潜在用途还包括运动损伤等的微波热处理期间佩戴在身体上的绷带或贴片以及各种其他微波加热应用。

    CERAMIC TO METAL SEAL
    8.
    发明申请
    CERAMIC TO METAL SEAL 审中-公开
    陶瓷到金属密封

    公开(公告)号:WO02102590A8

    公开(公告)日:2003-01-23

    申请号:PCT/US0218949

    申请日:2002-06-12

    Abstract: The invention is a method of bonding a ceramic part (6) to a metal part (4) by heating a component assembly (2) comprised of the metal part (4), the ceramic part (6), and a very thin essentially pure interlayer material (8) of a compatible interlayer material (8) placed between the two parts and heated at a temperature that is greater than the temperature of the eutectic formed between the metal part (4) and the metal interlayer material, but that is less than the melting point of either the interlayer material, the ceramic part (6) or the metal part (4). The component assembly (2) is held in intimate contact at temperature in a non-reactive atmosphere for a sufficient time to develop a homogeneous and strong bond between the ceramic part (6) and the metal part (4). The bonded component assembly (2) is optionally treated with acid to remove any residual free nickel and nickel salts, to assure a biocompatible component assembly (2) for implantation in living tissue.

    Abstract translation: 本发明是一种通过加热由金属部件(4),陶瓷部件(6)组成的部件组件(2)和非常薄的基本上纯的陶瓷部件(6)而将陶瓷部件(6)接合到金属部件(4) 中间层材料(8)位于两个部分之间并在比金属部件(4)和金属中间层材料之间形成的共晶的温度大的温度下加热,但是较少 比中间层材料,陶瓷部件(6)或金属部件(4)的熔点高。 组件组件(2)在非反应性气氛中的温度下保持紧密接触足够的时间以在陶瓷部件(6)和金属部件(4)之间形成均匀且牢固的结合。 任选地用酸处理粘合组分组件(2)以除去任何残留的游离镍和镍盐,以确保用于植入生物组织的生物相容性组分组件(2)。

    BETA TITANIUM-FIBER REINFORCED COMPOSITE LAMINATES
    10.
    发明申请
    BETA TITANIUM-FIBER REINFORCED COMPOSITE LAMINATES 审中-公开
    BETA钛纤维增强复合层压板

    公开(公告)号:WO1997020647A1

    公开(公告)日:1997-06-12

    申请号:PCT/US1996018742

    申请日:1996-11-22

    Applicant: TICOMP, INC.

    Abstract: A beta titanium-fiber reinforced composite laminate (10) comprising at least one layer of beta titanium alloy (16) and at least one layer of fiber reinforced composite (12), wherein the layer of beta titanium alloy (16) has a yield strength to modulus of elasticity that is substantially similar to the strength to modulus of elasticity ratio of the first layer of fiber reinforced composite (12). Also, a method of preparing a beta titanium-fiber reinforced composite laminate (10) comprising the steps of, first, providing a beta titanium alloy having a first yield strength to modulus of elasticity ratio; then, heating the beta titanium alloy at a first temperature for a first time to produce a beta titanium alloy (16) having a second yield strength to modulus of elasticity ratio; and then, adhering the fiber reinforced composite (12) having a strength to modulus of elasticity ratio to the beta titanium alloy (16) to produce a beta titanium-fiber reinforced composite laminate (10); wherein the first temperature and the first time are such that the second yield strength to modulus of elasticity of the beta titanium alloy (16) is substantially similar to the strength to modulus of elasticity of the fiber reinforced composite (12).

    Abstract translation: 包含至少一层β钛合金(16)和至少一层纤维增强复合材料(12)的β型钛 - 纤维增强复合层压板(10),其中β钛合金层(16)具有屈服强度 至弹性模量基本上类似于第一层纤维增强复合材料(12)的强度与弹性模量的比值。 另外,制备β型钛纤维增强复合层叠体(10)的方法包括以下步骤:首先提供具有第一屈服强度与弹性模量比的β钛合金; 然后,在第一温度下首次加热β钛合金,以产生具有弹性模量比的第二屈服强度的β钛合金(16); 然后将具有强度至弹性模量比的强度的纤维增强复合材料(12)粘附到β钛合金(16)上以制备β型钛纤维增强复合层压板(10); 其中第一温度和第一次使得β钛合金(16)的第二屈服强度与弹性模量基本上类似于纤维增强复合材料(12)的弹性模量的强度。

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