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
    • 46. 发明专利
    • Radiation ray generating device
    • 辐射雷达发生装置
    • JPS6136984A
    • 1986-02-21
    • JP15749084
    • 1984-07-30
    • Hitachi Ltd
    • KOMATSUBARA KIICHI
    • H01S3/09H01S3/0959H01S3/16H01S4/00
    • H01S4/00H01S3/0959
    • PURPOSE: To generate electromagnetic waves such as fluorescent X-rays by inserting intercalants among the layer-form parent crystal which is transparent for the electromagnetic waves emitted from intercalants and irradiating said intercalants with exciting beams.
      CONSTITUTION: AlCl
      3 as an intercalant 2 is inserted into every two or five layers graphite layer form parent crystal 1. When exciting beams are projected to the layer planes of the intercalants 2 from the parallel direction, electrons of levels L, M, and N of Cl atoms are excited by the level near Fermi level of the crystal 1 and nextly the electrons transfers to level L of Cl atoms in the form of indirect transition thereby generating electromagnetic waves (fluorescent photon) such as fluorescent X-rays. At that time, alleviation time of indirect transition is made longer than a transmission velocity of fluorescent photons among the layers of intercalants so as to generate a standing wave of the fluorescent photons.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:通过在层状母体晶体之间插入插入剂以产生诸如荧光X射线的电磁波,其对于从插入物发射的电磁波是透明的,并且用激发光束照射所述插入物。 构成:将AlCl 3作为插入剂2插入每两层或五层石墨层形成母晶体1.当激发光束从平行方向投射到插入物2的层平面时,电平L,M和N的电子 Cl原子被晶体1的费米能级附近的水平激发,接下来电子以间接跃迁的形式转移到Cl原子的L级,从而产生诸如荧光X射线的电磁波(荧光光子)。 此时间间跃迁的缓解时间比插入剂层间的荧光光子的透射速度长,以产生荧光光子的驻波。
    • 47. 发明公开
    • METHOD AND ARRANGEMENT TO GENERATE FEW OPTICAL CYCLE COHERENT ELECTROMAGNETIC RADIATION IN THE EUV-VUV DOMAIN
    • 方法和设备,用于产生相干的电磁辐射在EUV真空紫外区少数光学周期
    • EP2965391A2
    • 2016-01-13
    • EP14745229.6
    • 2014-03-05
    • Pécsi TudomànyegyetemMta Támogatott Kutatócsoportok Irodája
    • ALMÁSI, GáborHEBLING, JánosMECHLER, MátyásTÓTH, GyörgyTIBAI, Zoltán
    • H01S3/09H05H7/04
    • H01S3/0959H01S3/00H01S3/0903H05H7/04H05H2007/041
    • The present invention relates to a method and an arrangement to generate a coherent electromagnetic radiation containing at most a few optical cycles in the extreme ultraviolet/vacuum ultraviolet domain. The inventive method comprises the steps of providing an electron package (15) of relativistic velocity; modulating said electron package (15) with high intensity laser light (17) in an undulator (20) having an undulator period smaller than the undulator period (λu) satisfying the resonance condition, producing thereby an electron package formed of electron microbunches; and passing the electron package (15) of electron microbunches leaving said undulator (20) through a static magnetic field, and generating thereby a coherent electromagnetic radiation, wherein said static magnetic field is generated in conformity with the coherent electromagnetic radiation to be achieved. The arrangement comprises means for providing an electron package (15) of relativistic velocity; means for providing high-intensity laser light (17); a first undulator (20) arranged in the propagation direction of the electron package (15) of relativistic velocity, said first undulator being adapted to receive the electron package (16) and the laser light (17) simultaneously and to induce an interaction thereof, said interaction resulting in the microbunching of the electron package (15), wherein the undulator period of said first undulator (20) being smaller than the undulator period (λu) satisfying the resonance condition; and a second undulator (3) arranged in the propagation direction of the electron package (15) after said first undulator (20), said second undulator (30) generating a magnetic field in conformity with the coherent electromagnetic radiation to be generated.
    • 本发明涉及一种方法和装置,以产生在极紫外/真空紫外线域最几个光学周期包含一个相干的电磁辐射。 本发明方法包括在相对论速度的电子封装(15)提供的步骤; 高强度激光(17),以具有波荡周期比波荡周期(λU)满足共振条件时,由此产生所形成的电子显微镜蕉电子包的波荡器(20)调制所述电子封装(15); 并通过电子显微镜束离开所述波荡(20)的电子封装件(15)通过一个静磁场,并由此产生相干的电磁辐射,worin所述符合生成与要实现的相干电磁辐射的静磁场。 所述设备包括用于在相对论速度的电子封装(15)提供; 用于提供高强度激光光(17); 在相对论速度的电子封装(15)的传播方向布置在第一波荡(20),所述第一波荡是angepasst以接收所述电子封装(16)和所述激光(17)同时,并诱导对相互作用; 所述相互作用在电子封装(15)的microbunching所得,worin比所述波动周期(λU)满足谐振条件小于所述第一波荡的波荡器周期(20); 并且在所述第一波荡(20)之后的电子封装(15)的传播方向布置的第二波荡(3)所述要生成生成符合的磁场与所述相干的电磁辐射第二波荡(30)。