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    • 72. 发明申请
    • Combined power source
    • 组合电源
    • US20050082942A1
    • 2005-04-21
    • US10687030
    • 2003-10-16
    • Paul Shirley
    • Paul Shirley
    • G21H1/00
    • G21H1/00
    • A means of supplying power to a chip, device or system is provided. The provided power source includes at least one non-radioactive power source that is preferably capable of supplying high current levels for at least short periods of time. The at least one non-radioactive power source is electrically coupled to at least one radioactive power source, the at least one radioactive power source supplying sufficient power to maintain the desired charge in the non-radioactive power source. In combination, the two power sources offer long life and the ability to respond to short duration, high power demands.
    • 提供了向芯片,设备或系统供电的方法。 所提供的电源包括至少一个非放射性电源,其优选地能够在至少短时间段内提供高电流水平。 所述至少一个非放射性电源电耦合到至少一个放射性电源,所述至少一个放射性电源提供足够的功率以将所需电荷保持在非放射性电源中。 结合起来,两个电源具有长寿命和响应短时间,高功率需求的能力。
    • 74. 发明授权
    • System and method for automatically eluting and concentrating a
radioisotope
    • 自动洗脱和浓缩放射性同位素的系统和方法
    • US6157036A
    • 2000-12-05
    • US205661
    • 1998-12-02
    • James S. WhitingAlexander N. LiNeal L. Eigler
    • James S. WhitingAlexander N. LiNeal L. Eigler
    • G21G4/08G21H1/00B65B3/04G21H5/00
    • G21G1/0005G21G2001/0094
    • A system and method for eluting one or more radioisotope processing elements, such as generators and/or concentration and purification components, with a gas over eluent delivery mechanism is disclosed. The system is adapted to an elution/concentration system using two such mechanisms, one for an initial elution of one or more generators, and a second for "re-elution" of concentrated and purified radioisotope contained in a concentration subsystem. The operation of such a dual mechanism system may also be completely or partially automated. The invention also discloses a concentration subsystem containing all single-use components needed for concentration and/or purification, as a single use, self sealed, cartridge that can safely store waste eluate for safe and simple disposal.
    • 公开了一种用于在洗脱液输送机构上用气体洗脱一种或多种放射性同位素处理元件(例如发生器和/或浓缩和净化组分)的系统​​和方法。 该系统适用于使用两个这样的机制的洗脱/浓缩系统,一个用于一个或多个发生器的初始洗脱,另一个用于浓缩子系统中所含的浓缩和纯化的放射性同位素的“再洗脱”。 这种双机制系统的操作也可以完全或部分地自动化。 本发明还公开了一种浓缩子系统,其包含用于浓缩和/或纯化所需的所有一次性成分,作为单次使用,自密封的,可安全地储存废弃洗脱液以便安全和简单处理的药筒。
    • 77. 发明授权
    • Atomic battery with beam switching
    • 具有光束切换的原子电池
    • US4489269A
    • 1984-12-18
    • US445980
    • 1982-12-01
    • Ellsworth A. EdlingRichard P. McKennaFrederick D. TrexlerE. Thomas Peterick, Jr.
    • Ellsworth A. EdlingRichard P. McKennaFrederick D. TrexlerE. Thomas Peterick, Jr.
    • G21H1/00H02M1/02
    • G21H1/00
    • An electric power generating apparatus that is powered primarily by the emission of electrically charged particles from radio-active materials enclosed in an evacuated vessel of glass or the like. An arrangement of reflecting electrodes causes a beam of particles to switch back and forth at a high frequency between two collecting electrodes that are connected to a resonating tuned primary circuit consisting of an inductor with resonating capacitor. The reflecting electrodes are energized in the proper phase relationship to the collecting electrodes to insure sustained oscillation by means of a secondary winding coupled inductively to the primary winding and connected to the reflecting electrodes. Power may be drawn from the circuit at a stepped down voltage from a power take-off winding that is coupled to the primary winding. The disclosure also describes a collecting electrode arrangement consisting of multiple spatially separated electrodes which together serve to capture a maximum of the available particle energy. A self-starting arrangement for start of oscillations is described. A specially adapted version of the invention utilizes two complementary beams of oppositely charged particles which are switched alternatingly between the collecting electrodes.
    • 主要由封闭在玻璃等抽真空容器内的放射性物质发射带电粒子的发电装置。 反射电极的布置使得一束粒子在两个收集电极之间以高频率来回切换,这两个收集电极连接到由具有谐振电容器的电感器组成的谐振调谐初级电路。 反射电极以与收集电极正确的相位关系通电,以通过感应地耦合到初级绕组并连接到反射电极的次级绕组来确保持续的振荡。 来自连接到初级绕组的动力输出绕组的降压电压可以从电路抽取功率。 本公开还描述了由多个空间分离的电极组成的集电极布置,其一起用于捕获最大可用粒子能量。 描述了启动振荡的自启动装置。 本发明的特别适应版本利用交替地在收集电极之间切换的相反电荷的粒子的两个互补光束。