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    • 1. 发明授权
    • Apparatus for and methods of detecting common explosive materials
    • 检测常见爆炸物的装置及方法
    • US4980901A
    • 1990-12-25
    • US242350
    • 1988-09-09
    • Robert B. Miller
    • Robert B. Miller
    • G01N23/221G01V5/00G21G1/12
    • G01V5/0008G01N23/221G01V5/0069
    • A beam of energy in a first form, such as electrons, is provided in a first direction. The beam may be pulsed or continuous. The beam is intercepted by a member, such as a converter target, to produce energy in a second form such as x-rays. The converter target may be formed from a heavy material such as tungsten or tantalum. The interaction of the electron beam with the converter target will produce energetic bremsstrahlung x-rays in an energy range including 10.6 Mev to approximately 13.0 Mev. This range is sufficient to excite the abundant nitrogen atoms in common explosives to induce the production of annihilation photons but is not sufficient to substantially excite atom of the most abundant elements of the earth's crust (e.g. oxygen, silicon, iron, aluminum, carbon, hydrogen, etc.), which comprise most common fabricated articles and soils. The converter target is disposed relative to an object (e.g. a suitcase in an airport) to obtain the production of energy in a third form, such as photons, from the object. The photons pass to a detector such as a scintillation counter which determines the concentration of the nitrogen in the object. The detector may be gated so as to be activated only when the photons are passing from the object to the detector. When the object is a suitcase which is moved along a conveyor, the detector may be downstream from the source in the direction of movement of the conveyor.
    • 2. 发明授权
    • Autogenerator of beams of charged particles
    • 带电粒子束的自动发电机
    • US4583025A
    • 1986-04-15
    • US547279
    • 1983-10-31
    • Richard J. AdlerMichael G. MazarakisRobert B. MillerSteven L. ShopeDavid L. Smith
    • Richard J. AdlerMichael G. MazarakisRobert B. MillerSteven L. ShopeDavid L. Smith
    • H01J25/02H05H7/18H01J25/00
    • H05H7/18H01J25/02
    • An autogenerating apparatus provides secondary intense relativistic current beam pulses in response to an injected beam pulse. One or more electromagnetic energy storage devices are provided in conjunction with gaps along a beam propagation path for the injected beam pulse. For injected beam pulses which are no longer than double the transit time of electromagnetic waves within the storage devices (which may be resonant cavities), distinct secondary beam pulses are generated by each of the energy storage devices. The beam propagation path, together with the one or more gaps provided therein, operates as a pulse forming transmission line cavity, in which the separate cavities associated with the gaps provide delays for electromagnetic waves generated at the gaps. After doubly traversing the cavity, the electromagnetic waves cause the gap to generate the secondary beam pulses, which are thus delayed by a time interval equal to the double transit time for the induced wave within the cavity.
    • 自动生成装置响应于注入的束脉冲提供二次强相对论电流束脉冲。 一个或多个电磁能量存储装置与用于注入的束脉冲的光束传播路径的间隙一起提供。 对于不超过存储装置(其可以是谐振腔)内的电磁波的传播时间的两倍的注入光束脉冲,由每个能量存储装置产生不同的次光束脉冲。 光束传播路径与其中提供的一个或多个间隙一起作为脉冲形成传输线腔进行操作,其中与间隙相关联的分离的空腔为在间隙处产生的电磁波提供延迟。 在双向穿过腔体之后,电磁波使间隙产生次级束脉冲,因此延迟等于空腔内感应波的双通道时间的时间间隔。
    • 3. 发明授权
    • High pressure duct clamp and method of use
    • 高压管夹和使用方法
    • US4133566A
    • 1979-01-09
    • US809489
    • 1977-06-23
    • Robert B. Miller
    • Robert B. Miller
    • F16L13/00F16L17/00
    • F16L13/002Y10T29/49893Y10T29/49915Y10T29/49936Y10T29/49954
    • A method and apparatus for permanently and sealably connecting two duct sections, the duct sections having peripheral flanges forming opposite and corresponding halves of a composite, T-shaped peripheral flange extending outwardly from the duct sections. The composite flange has an upper cross-piece portion and a lower upright portion, the lower upright portion of the T-shaped flange containing a continuous reservoir of deformable gasket material. The method comprises the steps of first placing square-cornered, U-shaped clamps over the upper cross-piece portion of the T-shaped flange at spaced intervals thereon; secondly, pressing sides of each of the clamps inwardly and crimping the clamps to upper and lower surfaces of the upper cross-piece portion, forcing a portion of the gasket material to flow from the reservoir between the flange halves, towards the duct sections, thereby producing a sealed joint between the duct sections; and thirdly, rippling each of the clamps simultaneously with the upper cross-piece portion adjacent each of the clamps, causing undulations in both which prevent the clamps from slipping out of clamping contact with the upper portion of the T-shaped flange, thereby permanently connecting the duct sections.
    • 一种用于永久和密封地连接两个管道部分的方法和装置,所述管道部分具有​​形成从所述管道部分向外延伸的复合的T形周边凸缘的相对且相应的半部的周边凸缘。 复合凸缘具有上横截面部分和下直立部分,T形凸缘的下直立部分包含可变形垫片材料的连续储存器。 该方法包括以下步骤:首先将方形的U形夹具以间隔的间隔放置在T形凸缘的上横截面部分上; 其次,将每个夹具的侧面向内按压,并将夹具压接在上横截面部分的上表面和下表面上,迫使垫圈材料的一部分从凸缘半部之间的容器流向管道部分,从而 在管道部分之间产生密封接头; 第三,每个夹具与每个夹具相邻的上横截面部分同时涟漪,引起两者的起伏,从而阻止夹具与T形凸缘的上部夹紧接触,从而永久连接 管段。
    • 8. 发明授权
    • Apparatus for the acceleration of ions in the virtual cathode of an
intense relativistic electron beam
    • 用于加速强相对论电子束虚拟阴极中的离子的装置
    • US4070595A
    • 1978-01-24
    • US748583
    • 1976-12-08
    • Robert B. Miller
    • Robert B. Miller
    • H01J27/02H05H1/00
    • H01J27/02
    • The acceleration of large numbers of ions to high energies uses an intense relativistic electron beam produced by a vacuum diode. An electron beam radial profile is maintained by a strong longitudinal magnetic field. A virtual cathode, characterized by an electrostatic potential depression whose depth corresponds to the injected electron beam kinetic energy will form. The virtual cathode is caused to move backwards toward the vacuum diode by utilizing the time history of the injected electron beam voltage and current, and by appropriately flaring the drift tube. Ions trapped in the potential well associated with the virtual cathode move with the virtual cathode and are synchronously accelerated.
    • 大量离子到高能量的加速使用由真空二极管产生的强烈的相对论电子束。 电子束径向轮廓由强纵向磁场保持。 一种虚拟阴极,其特征在于静电势下降,其深度对应于注入的电子束动能将形成。 通过利用注入的电子束电压和电流的时间历程,并通过适当地扩展漂移管,使虚拟阴极向后朝向真空二极管移动。 离子在与虚拟阴极移动的虚拟阴极相关联的潜在阱中被捕获并同步加速。
    • 10. 发明授权
    • Recombinant lead acid battery and method of making same
    • 重组铅酸电池及其制作方法
    • US5626990A
    • 1997-05-06
    • US596400
    • 1996-02-02
    • Robert B. MillerLarry F. Miller
    • Robert B. MillerLarry F. Miller
    • H01M2/02H01M10/04H01M10/12H01M10/16H01M2/14
    • H01M10/0436H01M10/126H01M10/16H01M2/0207Y02P70/54
    • A recombinant lead acid battery is provided having positive and negative plates coated with active material and separated by a compressible separator material containing an electrolyte. A casing provides structural support for the plates and encases the battery's components. The battery is preferably a recombinant lead acid battery with its plates being formed of lead foil sheets. The casing is reinforced and arranged to i) maintain a substantially evenly distributed compressive force on the separator material and ii) maintain a constant spacing between the plates. The battery is arranged to maintain a compressive force of at least eight psi on the plates which has been found to significantly reduce the incidence of premature capacity loss (PCL). By way of example, compressive forces in the range of 8-14 psi work well for conventional separator materials. In one embodiment, the casing includes a plurality of reinforcing support pins extending between upper and lower casing members through the plates and separator material for maintaining the evenly distributed pressure. Plates may be slacked one above another to provide a plurality of cells. A method of making the battery is also described.
    • 提供重组铅酸电池,其具有涂覆有活性材料的正极和负极板,并通过包含电解质的可压缩分离器材料分离。 外壳为板提供结构支撑,并包住电池组件。 电池优选为重组铅酸电池,其电池板由铅箔片形成。 套管被加强并且布置成i)在隔板材料上保持基本上均匀分布的压缩力,以及ii)在板之间保持恒定的间隔。 电池被布置成在板上保持至少8psi的压缩力,已经发现它们显着降低了过早的容量损失(PCL)的发生率。 作为示例,在8-14psi范围内的压缩力对于常规的隔板材料起到很好的作用。 在一个实施例中,壳体包括多个加强支撑销,其通过板和隔板材料在上壳体构件和下壳体构件之间延伸,用于保持均匀分布的压力。 板可以彼此之间松弛以提供多个单元。 还描述了制造电池的方法。