会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • LARGE-AREA INDIVIDUALLY ADDRESSABLE MULTI-BEAM X-RAY SYSTEM
    • 大面积个别寻址多波束X射线系统
    • WO2003063195A1
    • 2003-07-31
    • PCT/US2003/000537
    • 2003-01-09
    • THE UNIVERSITY OF NORTH CAROLINA - CHAPEL HILLZHOU, Otto, Z.LU, JianpingQIU, Qi
    • ZHOU, Otto, Z.LU, JianpingQIU, Qi
    • H01J35/00
    • H01J35/14A61B6/032A61B6/4028B82Y10/00H01J35/065H01J35/22H01J2201/30469H01J2235/064H01J2235/068H05G1/34
    • A structure to generate x-rays has a plurality of stationary and individually electrically addressable field emissive electron sources (402) with a substrate composed of a field emissive material, such as carbon nanotubes. Electrically switching the field emissive electron sources at a predetermined frequency field emits electrons in a programmable sequence toward an incidence point on a target. The generated x-rays correspond in frequency and in position to that of the field emissive electron source. The large-area target (404) and array or matrix of emitters (402) can image objects (416) from different positions and/or angles without moving the object or the structure (400) and can produce a three dimensional image. The x-ray system is suitable for a variety of applications including industrial inspection/quality control. Analytical instruments, security systems such as airport security inspection systems and medical imaging, such as computed tomography.
    • 用于产生X射线的结构具有多个具有由诸如碳纳米管之类的场发射材料构成的衬底的固定和单独可电寻址的场发射电子源(402)。 以预定频率电场电场切换场致发射电子源以可编程序列朝向目标上的入射点发射电子。 产生的x射线的频率和位置与场发射电子源的频率和位置相对应。 大面积目标(404)和发射器(402)的阵列或矩阵可以从不同位置和/或角度对物体(416)进行成像,而不移动物体或结构(400)并且可以产生三维图像。 x射线系统适用于各种应用,包括工业检测/质量控制。 分析仪器,安全系统,如机场安全检查系统和医学成像,如计算机断层扫描。
    • 3. 发明申请
    • DEVICES AND METHODS FOR PRODUCING MULTIPLE X-RAY BEAMS FROM MULTIPLE LOCATIONS
    • 用于从多个位置生产多个X射线束的装置和方法
    • WO2004110111A2
    • 2004-12-16
    • PCT/US2004/016434
    • 2004-05-25
    • APPLIED NANOTECHNOLGIES, INC.QIU, QiLU, JianpingZHOU, Otto, Z.
    • QIU, QiLU, JianpingZHOU, Otto, Z.
    • H05G
    • H01J35/065H01J2235/068
    • A multi-beam x-ray generating device includes a stationary field-emission cathode having a plurality of stationary and individually controllable electron-emitting pixels disposed in a predetermined pattern on the cathode, an anode opposing the cathode comprising a plurality of focal spots disposed in a predetermined pattern that corresponds to the predetermined pattern of the pixels, and a vacuum chamber enveloping the anode and cathode. An additional construction is in the form of an a x-ray generating device including a stationary field-emission cathode, the cathode having a planar surface with an electron-emissive material disposed on at least a portion thereof, a gate electrode disposed in parallel spaced relationship relative to the planar surface of the cathode, the gate electrode having a plurality of openings having different sizes, an anode opposing the cathode and spaced therefrom, the anode having a plurality of focal spots aligned with the electron-emissive material, and a vacuum chamber enveloping the anode and cathode, wherein the gate electrode is operable such that the openings can be manipulated to bring at least one beam of electrons emitted from the cathode into and out of registry with at least one of the focal spots. Associated methods are also described.
    • 多光束X射线产生装置包括具有以阴极上预定图案设置的多个静止和可单独控制的电子发射像素的固定场致发射阴极,与阴极相对的阳极,包括多个焦斑, 对应于像素的预定图案的预定图案,以及包围阳极和阴极的真空室。 附加结构是包括固定场致发射阴极的x射线产生装置的形式,阴极具有设置在其至少一部分上的电子发射材料的平坦表面,平行间隔设置的栅电极 所述栅电极具有多个具有不同尺寸的开口,与所述阴极相对并与之隔开的阳极,所述阳极具有与所述电子发射材料对准的多个焦点,以及真空 室包围阳极和阴极,其中栅极电极可操作,使得可以操纵开口以使至少一个从阴极发射的电子束进入和离开与至少一个焦点的对准。 还描述了相关方法。
    • 4. 发明申请
    • FIELD EMISSION ION SOURCE BASED ON NANOSTRUCTURE-CONTAINING MATERIAL
    • 基于纳米结构材料的场发射离子源
    • WO2005122265A2
    • 2005-12-22
    • PCT/US2005/019207
    • 2005-06-02
    • XINTEK, INC.ZHOU, Otto, Z.LU, JianpingDONG, ChangkunGAO, Bo
    • ZHOU, Otto, Z.LU, JianpingDONG, ChangkunGAO, Bo
    • H01L29/06
    • H01J27/26B82Y10/00
    • A field emission ion source has nanostructure materials on at least an emitting edge of the anode electrode. Metal is transferred from a metal reservoir to the emitting edge of the anode, where the metal is transferred to an emitting end of the nanostructure materials and is ionized under an applied electric field. Plural ion sources can be combined to form a field emission ion source device. The numbers of emitting sources are selectable through electric or mechanical switches and different ion extraction potentials can be applied. Various nanostructure materials include: single wall carbon nanotubes and bundles, few-walled carbon nanotubes and bundles, multi-walled carbon nanotubes and bundles, and carbon fiber. Nanostructure-containing material is integrated into the anode by electrophoresis, dielectrophoresis, CVD, screen printing, and mechanical methods. Metal, preferably alkali metal, is transferred into the nanostructure-containing material by one or a combination of following intercalation methods: vapor transport, solution, electrochemical, and solid state reaction.
    • 场发射离子源在阳极电极的至少一个发射边缘上具有纳米结构材料。 金属从金属储存器转移到阳极的发射边缘,其中金属被转移到纳米结构材料的发射端,并在施加的电场下被电离。 多个离子源可以组合形成场发射离子源装置。 发射源的数量可以通过电动或机械开关进行选择,并且可以应用不同的离子提取电位。 各种纳米结构材料包括:单壁碳纳米管和束,几壁碳纳米管和束,多壁碳纳米管和束以及碳纤维。 含纳米结构的材料通过电泳,介电电泳,CVD,丝网印刷和机械方法集成到阳极中。 通过以下插入方法之一或组合将金属(优选碱金属)转移到含纳米结构的材料中:蒸气转移,溶液,电化学和固态反应。