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    • 72. 发明授权
    • Glow-discharge lamp and its application
    • 辉光放电灯及其应用
    • US4830492A
    • 1989-05-16
    • US123158
    • 1987-12-22
    • Jae B. Ko
    • Jae B. Ko
    • G01N21/67H01J61/64
    • G01N21/67H01J61/64
    • The present invention relates to a glow-discharge lamp comprising: a chamber body, provided with one or more gas supply and evacuation openings made of insulated material; a gas inner chamber, which expands toward an anode, is bordered on the sides by the inner walls of the chamber body and has a diameter which is largest at approximately the level of the anode and which has its smallest diameter corresponding to the examination sector of the sample to be examined; a sample arranged at the cathode end of the chamber body and with the anode incorporated in the chamber body, whereby the sample preferably is held at zero potential and the anode incorporated in the chamber body and having a passage opening is preferably held at high voltage; an end piece, if necessary, in the form of a window is arranged at the end of the chamber body, wherein at least one window opening (18) is provided in the chamber body (4) at the level of the negative glow light, and the sample (2) seals the inner gas chamber at the cathode end and to provide for the application of said glow-discharge lamp in atom absorption spectroscopy (AAS), optical emission spectroscopy processes (OES), atom fluoresence spectroscopy (AFS) and optogalvanic processes (LEI).
    • PCT No.PCT / DE87 / 00063 Sec。 371日期1987年12月22日第 102(e)1987年12月22日日期PCT提交1987年2月24日PCT公布。 第WO87 / 05110号公报 日本1987年8月27日。辉光放电灯技术领域本发明涉及一种辉光放电灯,包括:室主体,设置有由绝缘材料制成的一个或多个气体供应和抽空开口; 朝向阳极膨胀的气体内部腔室在侧壁上由室主体的内壁界定,并且具有在阳极附近最大的直径,其直径对应于阳极的检查部分 待检样品; 样品布置在室主体的阴极端并且阳极结合在室主体中,由此样品优选地保持在零电位,并且包含在室主体中并且具有通道开口的阳极优选地保持在高电压; 如果需要,端部件以窗口的形式布置在腔室主体的端部,其中至少一个窗口(18)在负的辉光的水平面处设置在腔体(4)中, 并且样品(2)在阴极端密封内部气体室并且提供在原子吸收光谱(AAS),光发射光谱法(OES),原子荧光光谱(AFS)和 光电工艺(LEI)。
    • 74. 发明授权
    • Spectroscopic apparatus and method
    • 光谱仪和方法
    • US4128336A
    • 1978-12-05
    • US714313
    • 1976-08-16
    • Louis R. P. Butler
    • Louis R. P. Butler
    • G01N21/31H01J61/64G01J3/30
    • H01J61/64G01N21/3103
    • This invention relates to an apparatus and a method for spectroscopically analyzing substances, by fluorescent or resonant detection. An atomic cloud of a reference element is generated by cathodic sputtering and irradiated with radiation emitted from a substance of unknown composition. Generation of the atomic cloud is ceased and the inherent radiation of the atomic cloud allowed to decay. Any fluorescent or resonant radiation of the atomic cloud is then detected to determine the presence or concentration of the reference element in the unknown substance. Further, the amount of background radiation is detected by determining the amount of radiation extant when the concentration of atoms in the atomic cloud has decreased to substantially zero. The invention also provides an abnormal glow discharge lamp having two or more windows, the lamp being particularly suitable for use with the apparatus. The lamp further has a hollow anode with a transverse planar cathode.
    • 本发明涉及通过荧光或共振检测光谱分析物质的装置和方法。 通过阴极溅射产生参考元素的原子云,并用未知组成物质发射的辐射照射。 原子云的产生停止,原子云的固有辐射允许衰减。 然后检测原子云的任何荧光或共振辐射,以确定未知物质中参考元素的存在或浓度。 此外,当原子云中的原子浓度已经降低到基本为零时,通过确定辐射存在量来检测背景辐射的量。 本发明还提供一种具有两个或多个窗口的异常辉光放电灯,该灯特别适用于该设备。 该灯还具有中空阳极和横向平面阴极。
    • 76. 发明授权
    • Gaseous discharge display device utilizing cyclotron resonance of electron
    • 气体放电显示装置利用电子循环谐振
    • US3706912A
    • 1972-12-19
    • US3706912D
    • 1971-08-09
    • FUJITSU LTD
    • IKEGAMI HIDEO
    • H04N5/66H01J11/10H01J11/28H01J17/49H01J61/64H05B41/02
    • H01J11/00
    • An addressable gaseous discharge device utilized for information display comprises a pair of spaced parallel oppositely positioned insulating walls forming between them a gas cell filled with ionizable gas. At least one of the insulating walls is transparent. The perimeters of the insulating walls are hermetically sealed. Field electrodes mounted on the insulating walls apply a microwave electric field to the gas cell and field electrodes mounted on the insulating walls partly and selectively apply a magnetic field in a direction crossing the microwave electric field. A glow discharge occurs in a selected part of the gas cell when the two applied fields meet the condition of cyclotron resonance of an electron.
    • 用于信息显示的可寻址气体放电装置包括一对间隔开的平行相对定位的绝缘壁,在它们之间形成填充有可电离气体的气室。 至少一个绝缘壁是透明的。 绝缘壁的周边被密封。 安装在绝缘壁上的场电极对安装在绝缘壁上的气室和场电极施加微波电场,并且在与微波电场交叉的方向上选择性地施加磁场。 当两个施加的场满足电子回旋共振的条件时,气体电池的选定部分发生辉光放电。