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    • 4. 发明申请
    • Cubic Boron Nitride Compact
    • 立方氮化硼紧凑型
    • US20110138694A1
    • 2011-06-16
    • US12996743
    • 2009-06-08
    • Nedret Can
    • Nedret Can
    • B24D3/06
    • C22C26/00
    • A structure with a higher surface area than the area occupied by the structure has a number of pillars (2), the pillars being hollow having an opening (6) extending into the pillar. An intermediate layer is provided on the surface of the pillar and an electrode fills the spaces between the pillars (2). The structure has an enhanced structural stability reducing potential damage especially during manufacture. The structure may be used for capacitors or batteries, for example.
    • 具有比结构占据的面积更高的表面积的结构具有多个柱(2),柱是中空的,具有延伸到柱中的开口(6)。 在柱的表面上设置中间层,并且电极填充柱(2)之间的空间。 该结构具有增强的结构稳定性,减少潜在的损害,特别是在制造过程中。 例如,该结构可以用于电容器或电池。
    • 6. 发明授权
    • Super-hard construction and method for making same
    • 超硬施工及其制作方法
    • US09039798B2
    • 2015-05-26
    • US14235792
    • 2012-08-01
    • Lai Hong Lai SangNedret CanTleyane Jonas Sono
    • Lai Hong Lai SangNedret CanTleyane Jonas Sono
    • B24D3/02C09C1/68C09K3/14B22F3/14B22F7/06E21B10/567
    • B22F3/14B22F7/06B22F7/062B22F2998/00C22C2204/00E21B10/567C22C26/00
    • A method for making a super-hard construction comprising a first structure comprising a first material joined to a second structure comprising a second material, in which the coefficient of thermal expansion (CTE) and Young's moduli of the materials of each material are substantially different from each other. The method includes forming an assembly comprising the first material, the second material and a binder material arranged to be capable of bonding the first and second materials together, the binder material comprising metal; subjecting the assembly to a sufficiently high temperature for the binder material to be in the liquid state and to a first pressure at which the super-hard material is thermodynamically stable; reducing the pressure to a second pressure at which the super-hard material is thermodynamically stable, the temperature being maintained sufficiently high to maintain the binder material in the liquid state; reducing the temperature to solidify the binder material; and reducing the pressure and the temperature to an ambient condition to provide the super-hard construction.
    • 一种制造超硬结构的方法,包括第一结构,该第一结构包括与包括第二材料的第二结构连接的第一材料,其中每种材料的材料的热膨胀系数(CTE)和杨氏模量基本上不同于 彼此。 该方法包括形成包括第一材料,第二材料和布置成能够将第一和第二材料粘合在一起的粘合剂材料的组合物,包含金属的粘合剂材料; 使组件经受足够高的温度以使粘合剂材料处于液态,并使超硬材料在热力学上稳定的第一压力; 将压力降低到超硬材料在热力学上稳定的第二压力,保持足够高的温度以将粘合剂材料保持在液态; 降低温度以固化粘合剂材料; 并将压力和温度降低到环境条件以提供超硬结构。