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    • 1. 发明授权
    • Construction panel system and methods of assembly
    • 施工面板系统及组装方法
    • US09328506B2
    • 2016-05-03
    • US14024387
    • 2013-09-11
    • David Gibson
    • David Gibson
    • E04C2/38E04B1/76E04C2/292E04C2/22E04B1/14E04C2/52
    • E04B1/76E04B1/14E04C2/22E04C2/292E04C2/52
    • A construction system includes an insulation member. A metal support member is coupled to a side surface of the insulation member. The metal support member is a substantially C-shaped configuration. The metal support member is inserted over an upper side of the wall panel within processed portions of the insulation member to align with the side surface of the insulation member. An extension member portion of the insulation member provides an extension of the insulation member over an exterior side of the wall panel. An exterior sheath is disposed over the extension member portion of the insulation member and over an exterior side of the wall panel. An interior sheath is disposed over an interior side of the wall panel. The exterior sheath and the interior sheath include magnesium oxide.
    • 一种施工系统包括绝缘构件。 金属支撑构件联接到绝缘构件的侧表面。 金属支撑构件是基本上C形的构造。 金属支撑构件在绝缘构件的处理部分内插入壁板的上侧,以与绝缘构件的侧表面对准。 绝缘构件的延伸构件部分提供绝缘构件在壁板的外侧上的延伸。 外部护套设置在绝缘构件的延伸构件部分上方并且在壁板的外侧上。 内护套设置在墙板的内侧。 外护套和内护套包括氧化镁。
    • 8. 发明申请
    • In-situ X-ray diffraction system using sources and detectors at fixed angular positions
    • 在固定角度位置使用源和探测器的原位X射线衍射系统
    • US20060140343A1
    • 2006-06-29
    • US11346699
    • 2006-02-03
    • David GibsonWalter GibsonHuapeng Huang
    • David GibsonWalter GibsonHuapeng Huang
    • G01N23/20
    • G01N23/207G01N23/20
    • An x-ray diffraction technique for measuring a known characteristic of a sample of a material in an in-situ state. The technique includes using an x-ray source for emitting substantially divergent x-ray radiation—with a collimating optic disposed with respect to the fixed source for producing a substantially parallel beam of x-ray radiation by receiving and redirecting the divergent paths of the divergent x-ray radiation. A first x-ray detector collects radiation diffracted from the sample; wherein the source and detector are fixed, during operation thereof, in position relative to each other and in at least one dimension relative to the sample according to a-priori knowledge about the known characteristic of the sample. A second x-ray detector may be fixed relative to the first x-ray detector according to the a-priori knowledge about the known characteristic of the sample, especially in a phase monitoring embodiment of the present invention.
    • 用于测量原位状态的材料的样品的已知特性的x射线衍射技术。 该技术包括使用x射线源发射基本上发散的X射线辐射 - 通过相对于固定源设置的准直光学器件,用于通过接收和重定向发散的发散路径来产生基本上平行的X射线束 x射线辐射。 第一x射线检测器收集从样品衍射的辐射; 其中所述源和检测器在其操作期间相对于彼此处于固定的位置,并且相对于所述样品在至少一个维度中根据关于样品的已知特征的先验知识而被固定。 根据关于样品的已知特征的先验知识,第二X射线检测器可相对于第一x射线检测器固定,特别是在本发明的相位监测实施例中。