High resolution infrared scene simulator
    24.
    发明授权
    High resolution infrared scene simulator 失效
    高分辨率红外场景模拟器

    公开(公告)号:US5336888A

    公开(公告)日:1994-08-09

    申请号:US923269

    申请日:1992-07-30

    Applicant: Thomas B. Odom

    Inventor: Thomas B. Odom

    CPC classification number: H01J31/08 H01J29/10

    Abstract: A high resolution infrared scene simulator formed by a novel combination of a photo-cathode, one or more micro-channel plates and a uniquely constructed air-bridge thermal screen. The photo-cathode is used to covert photons into electrons for insertion into the input side of the micro-channel plate. The micro-channel plate is a photo-electric device comprising a parallel array of independent channel, electron multipliers capable of high gain electron amplification. The air-bridge thermal screen comprises numerous thermally isolated thin platelets, bridges or diaphragms whose individual thermal mass and resistance are respectively low and high. Such platelets are thermally isolated and are supported on a structure that is capable of being cooled and electrically conductive.

    Abstract translation: 通过光阴极,一个或多个微通道板和唯一构造的空气桥热屏的新颖组合形成的高分辨率红外场景模拟器。 光阴极用于将光子转换成电子以插入微通道板的输入侧。 微通道板是包括独立通道的平行阵列,能够进行高增益电子放大的电子倍增器的光电装置。 气桥热屏幕包括许多热隔离的薄片,桥梁或隔膜,其各自的热质量和电阻分别为低和高。 这种血小板是热隔离的并且被支撑在能够被冷却和导电的结构上。

    Solid state storage devices and systems
    25.
    发明授权
    Solid state storage devices and systems 失效
    固态存储设备和系统

    公开(公告)号:US4381474A

    公开(公告)日:1983-04-26

    申请号:US184642

    申请日:1962-03-30

    CPC classification number: H01J31/08 H01J29/182 H05B33/00

    Abstract: 1. A solid state storage device comprising: a luminescent screen including a continuous, crystalline, homogeneous, nongranular layer of a material consisting of one of a photoelectroluminescent phosphor and a cathodoelectroluminescent phosphor; means including a pair of electrically conducting layers in contact with opposite surfaces of said phosphor layer for establishing a unidirectional, transverse electric field therein; means directing information-containing energy upon one surface of said phosphor layer, said energy in combination with the transverse electric field being effective to produce an intensified visible light image from said screen and to form within the phosphor layer thereof a volume positive space charge latent image; and means for flooding said phosphor layer with energy less effective to produce a visible light image than said information-containing energy to cause the latent image previously formed within the phosphor layer to be displayed as a visible light image.

    Abstract translation: 1.一种固态存储装置,包括:发光屏,其包括由光电致发光荧光体和阴极电致发光荧光体之一组成的材料的连续的,结晶的,均匀的非结晶层; 包括与所述荧光体层的相对表面接触的一对导电层的装置,用于在其中建立单向的横向电场; 意味着在所述荧光体层的一个表面上引导含有信息的能量,所述能量与横向电场的组合有效地从所述屏幕产生增强的可见光图像,并在其荧光体层内形成体积正空间电荷潜像 ; 以及用于使能量不足以产生比所述含有信息的能量可见光图像的能量来浸透所述荧光体层的装置,以使得预先形成在荧光体层内的潜像被显示为可见光图像。

    Image-retaining panel impervious to ambient light
    27.
    发明授权
    Image-retaining panel impervious to ambient light 失效
    图像保留面板对环境光不利

    公开(公告)号:US3665237A

    公开(公告)日:1972-05-23

    申请号:US3665237D

    申请日:1970-12-21

    CPC classification number: H01J31/08

    Abstract: An image-retaining panel receives a momentarily projected image, and retains a replica of that image for extended periods irrespective of local lighting. The panel consists of a pair of electroluminescent slabs electrically connected by an opaque layer that conducts only laterally. The viewing image formed on the outer electroluminescent slab does not affect the photoconductivity of the medium which drives the inner electroluminescent slab. Hence, ambient light falling on the outer slab does not affect the image.

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