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    • 2. 发明授权
    • Current supply device for electrically heating a molten medium
    • 用于电加热熔融介质的电流供应装置
    • US4410998A
    • 1983-10-18
    • US265574
    • 1981-05-20
    • Fritz Germann, deceasedEduard KuntzReinhold MullerHorst Scholz
    • Fritz Germann, deceasedEduard KuntzReinhold MullerHorst Scholz
    • H05B3/00C03B5/027
    • H05B3/0023
    • A system for generating in-phase alternating current components which are fed into a medium held in a melting trough and flow in the medium between electrodes and counterelectrodes immersed in the medium to effect resistance heating. One embodiment of the system includes a supply voltage source, and a plurality of transformers each having a primary winding and a secondary winding, with the primary windings being connected together in series and to the source, each secondary winding being connected between a respective electrode and counterelectrode to provide a respective alternating current component, and each winding having a number of turns corresponding to the desired relative amplitudes of the current components. A second embodiment of the system includes a supply voltage source, at least one input transformer having a primary winding connected to the source and at least one secondary winding, and a plurality of additional transformers each having a primary winding and a secondary winding, with the primary windings of the additional transformers being connected together in series and in a closed loop, each secondary winding of the input transformer being connected in series with at least one secondary winding of the additional transformers between a respective electrode and counterelectrode to provide a respective alternating current component, and each winding of the additional transformers having a number of turns corresponding to the desired relative amplitudes of the current components.
    • 一种用于产生同相交流分量的系统,其被馈送到保持在熔化槽中的介质中,并且在介于介质之间的介质中流动并浸没在介质中的反电极以实现电阻加热。 该系统的一个实施例包括电源电压源和多个具有初级绕组和次级绕组的变压器,其中初级绕组串联连接在一起并连接到源极,每个次级绕组连接在相应的电极和 反电极以提供相应的交流分量,并且每个绕组具有与当前分量的期望相对振幅相对应的匝数。 该系统的第二实施例包括电源电压源,至少一个输入变压器,其具有连接到源极和至少一个次级绕组的初级绕组,以及多个额外的变压器,每个具有初级绕组和次级绕组,其中 附加变压器的初级绕组串联连接在闭环中,输入变压器的每个次级绕组与相应电极和反电极之间的附加变压器的至少一个次级绕组串联连接,以提供相应的交流电 分量,并且附加变压器的每个绕组具有与当前分量的期望相对振幅相对应的匝数。
    • 5. 发明申请
    • Computer tomograph
    • 计算机断层扫描仪
    • US20080137805A1
    • 2008-06-12
    • US11829222
    • 2007-07-27
    • Jan ForsterReinhold Muller
    • Jan ForsterReinhold Muller
    • A61B6/00
    • H01J35/30A61B6/032A61B6/035A61B6/4028A61B6/4291A61B6/482A61B6/50
    • A computer tomograph (1) that comprises at least a stationary electron source for generating an electron beam (13), a ring-shaped, stationary X-ray source with a largely ring-shaped target (14) enclosing a measuring field (7), media for coaxially guiding (22) the electron beam (13) in the X-ray source (5) along a circular path to the ring-shaped target (14), as well as media for deflecting (21) the electron beam (13) towards the target (14), in order to generate an X-ray cluster (8) that rotates concentrically around itself for irradiating the measuring field (7) from various directions. Furthermore, the computer tomograph (1) comprises a stationary detector (6) executed as a ring shape and consisting of numerous detector elements from which a computer calculates the measured values to create an image of the examined object in the measuring field (7). The ring-shaped target (14) has numerous discrete focal areas (20) that can be scanned discontinuously by a focal point of the electron beam (13′).
    • 一种计算机断层摄影机(1),其至少包括用于产生电子束(13)的固定电子源,具有包围测量场(7)的大环形靶(14)的环形固定X射线源, 用于同时引导(22)X射线源(5)中的电子束(13)的介质沿着环形目标(14)的圆形路径引导(22),以及用于偏转(21)电子束的介质 13)朝向目标(14),以便产生围绕自身同心旋转的X射线簇(8),以从各个方向照射测量场(7)。 此外,计算机断层摄影机(1)包括执行为环形的静止检测器(6),并且由许多检测器元件组成,计算机从计算机计算测量值以在测量区域(7)中创建被检查物体的图像。 环形靶(14)具有许多离散的焦点区域(20),其可被电子束(13')的焦点不连续地扫描。
    • 6. 发明授权
    • Method of separating isotope compounds by selective excitation and
reaction in a solid matrix
    • 通过固体基质中选择性激发和反应分离同位素化合物的方法
    • US4289592A
    • 1981-09-15
    • US895510
    • 1978-04-11
    • Karl JannerKlaus GregoriusReinhold Muller
    • Karl JannerKlaus GregoriusReinhold Muller
    • B01D59/34H01S3/00
    • B01D59/34
    • Separation of an isotope substance from a vaporous mixture of isotope substances such as UF.sub.6, by selective excitation of low temperature of one isotope compound by electromagnetic radiation to effect chemical reaction of the excited isotope compound with a reaction partner. Separate bodies of the vaporous mixture of isotope compounds and the reaction partner are cooled by adiabatic expansion to a temperature below 100 K. The cooled vapors are mixed in a chamber where the reaction partner is condensed to form solid matter into which isotope compounds are incorporated. The solid matter with or without compacting is subjected to radiation to excite one isotope compound and react it with the reaction product to produce a reaction product which contains predominently the one isotope.
    • 通过电磁辐射选择性地激发一种同位素化合物的低温,使同位素物质如UF6的汽相混合物分离,以实现激发的同位素化合物与反应配偶体的化学反应。 通过绝热膨胀将同位素化合物和反应配对物的蒸汽混合物的分开的物质冷却至低于100K的温度。将冷却的蒸气在反应配对物冷凝的室中混合,形成固体物质,并加入同位素化合物。 具有或不具有压实的固体物质经受辐射以激发一种同位素化合物并与反应产物反应以产生主要包含一种同位素的反应产物。