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    • 31. 发明申请
    • PHOTOSENSITIVE SEMICONDUCTOR ARRAY
    • 光敏半导体阵列
    • WO1996010843A1
    • 1996-04-11
    • PCT/AU1995000644
    • 1995-09-29
    • THE UNIVERSITY OF WESTERN AUSTRALIASILIQUINI, John, FrankFARAONE, Lorenzo
    • THE UNIVERSITY OF WESTERN AUSTRALIA
    • H01L27/146
    • H01L27/1467H01L31/1013
    • An array of photo sensing elements and a pixel therefor comprising a photoconductor semiconductor material (31, 33) fixed to a conducting (or in some applications non-conducting) substrate (29) which can conduct photons to be detected by the pixel. On top of the photoconductor semiconductor material (31, 33) is a metal terminal (41), which provides an electrode connection to the pixel. In the case of a conducting substrate, mounted on the light receiving face on the side of the substrate (29) opposite the pixel, are metal terminals (45), to provide the other terminal connections. The light receiving face of the substrate is on the opposing side of the substrate to the pixels, which allows a higher packing density of the pixels, and other advantages. Indium bumps (43) provide a connection for signal processing. The semiconductor surfaces have a passivation layer (39).
    • 一种感光元件阵列及其像素,其包括固定到导电(或一些应用中不导电)衬底(29)的光电导体半导体材料(31,33),其可以传导要由像素检测的光子。 在光电导体半导体材料(31,33)的顶部是金属端子(41),其提供与像素的电极连接。 在与像素相对的基板(29)一侧的光接收面上安装导电基板的情况下,为金属端子(45),以提供其它端子连接。 基板的光接收面位于基板的与像素相对的一侧,这允许像素的更高的堆积密度等优点。 铟凸块(43)提供用于信号处理的连接。 半导体表面具有钝化层(39)。
    • 39. 发明申请
    • A METHOD OF INCREASING PERMEABILITY OF A GEOLOGICAL STRUCTURE
    • 增加地质结构渗透性的方法
    • WO2014056041A1
    • 2014-04-17
    • PCT/AU2013/001178
    • 2013-10-10
    • COMMONWEALTH SCIENTIFIC AND INDUSTRIAL RESEARCH ORGANISATIONTHE UNIVERSITY OF WESTERN AUSTRALIA
    • REGENAUER-LIEB, KlausSCHRANK, Christoph EckartKARRECH, AliPOULET, Thomas
    • E21B43/26
    • E21B43/26
    • A method of increasing the permeability of a geological structure is described. The method comprises applying multiple fluid-conductivity increasing processes to a geological structure at different diffusion length scales based on geological properties of the geological structure. At least one of the processes is arranged to operate on the geological structure at a grain level diffusion length scale, and at least one further process is arranged to operate on the geological structure at a macroscopic diffusion length scale. The processes are applied to increase the permeability of the geological structure by creating fractures in the geological structure and/or increasing the size of existing fractures in the geological structure. The method further comprises applying at least one of the selected fluid conductivity increasing processes cyclically, and the fluid conductivity increasing processes are substantially applied at a level below a failure level expected to cause macroscopic failure of the geological structure.
    • 描述了增加地质结构渗透性的方法。 该方法包括基于地质结构的地质特征,对不同扩散长度尺度的地质结构应用多种流体传导性增加过程。 至少一个过程被布置成以粒度扩散长度尺度在地质结构上操作,并且布置至少一个另外的过程以在宏观扩散长度尺度上对地质结构进行操作。 应用该过程通过在地质结构中产生裂缝和/或增加地质结构中现有裂缝的尺寸来增加地质结构的渗透性。 该方法还包括周期性地应用所选择的流体电导率增加过程中的至少一个,并且流体电导率增加过程基本上以低于预期导致地质结构宏观破坏的破坏水平的水平施加。