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    • 161. 发明公开
    • Optical attenuator structure and method using polymer material
    • 通过使用聚合物材料的方法和装置的光衰减
    • EP0994370A2
    • 2000-04-19
    • EP99307637.1
    • 1999-09-28
    • LUCENT TECHNOLOGIES INC.
    • Marcuse, DietrichPresby, Herman M
    • G02B6/26
    • G02B6/1221G02B6/266G02F1/0147G02F1/065
    • An optical attenuator and method, the optical attenuator having a core which is covered by a cladding material with a section of polymer cladding of an identifiable length. The polymer cladding has an index of refraction that varies with temperature. A thermal device such as a thermo-electric heater or cooler is placed adjacent to the polymer cladding to control the temperature of the cladding. The index of refraction of the polymer cladding is manipulated by changing its temperature by supplying power to the thermal device. The index of refraction of the polymer cladding will range from values below and above the index of refraction of the core material. A light wave transmitted through the core will experience a degree of attenuation due to leakage into the polymer cladding material when the index of refraction of the polymer cladding is equal to or greater than the index of refraction of the core. The light wave may be either attenuated or blocked entirely.
    • 的光衰减器和方法,具有芯的所有其由包层材料覆盖有可识别的长度的聚合物包层的部分中的光衰减器。 该聚合物包层具有对折射率没有变化中与温度。 热装置,例如热电加热器或冷却器被置于毗邻聚合物包层,以控制所述包层的温度。 该聚合物包层的折射指数是通过将电力供应到热装置改变其温度操纵。 该聚合物包层的折射率的范围从下面和芯材的折射率以上的值。 甲光波反通过核心mitted将经历程度的衰减由于泄漏到聚合物包层材料当聚合物包层的折射率等于或大于芯的折射率更大。 光波可以是减毒的任一者或完全阻塞。
    • 170. 发明公开
    • OPTICAL DEVICE AND METHOD OF PRODUCTION THEREOF
    • VERFAHREN ZU IHRER HERSTELLUNG的OPTISCHE VORRICHTUNG
    • EP0766123A1
    • 1997-04-02
    • EP96909334.3
    • 1996-04-10
    • Sasaki, Keisuke
    • Sasaki, Keisuke
    • G02F1/35G02F1/37G02B5/18
    • G02B6/1221G02B6/02061G02F1/065G02F1/3558G02F1/3775
    • A method for producing a waveguide for a nonlinear optical device is disclosed. The organic nonlinear optical material 1 is composed of a polymer having the second order nonlinear optical dye moieties substituted for the side chains of the polymer, each end of the optical dye moieties being grafted to the polymer. The optical material 1 is rolled and drawn by rolling rolls 2a, 2b and drawing rolls 4a, 4b, whereby a polymer film 3 is continuously formed, in which the optical dye moieties are oriented in a predetermined direction. Then the resultant polymer films are laminated to be a polymer laminate in which the orientations of the dye moieties are alternately inverted. The polymer laminate is cut in a predetermined direction with a predetermined thickness into a waveguide having a periodic domain structure with a predetermined submicron period or odd number times thereof.
    • 公开了一种用于制造非线性光学器件的波导的方法。 有机非线性光学材料1由具有取代聚合物侧链的二阶非线性光学染料部分的聚合物组成,光学染料部分的每个端部被接枝到聚合物上。 光学材料1通过轧辊2a,2b和拉伸辊4a,4b轧制和拉伸,由此连续形成聚合物膜3,其中光学染料部分沿预定方向取向。 然后将所得聚合物膜层压成聚合物层压体,其中染料部分的取向交替倒置。 将聚合物层压体以预定厚度沿预定方向切割成具有预定亚微米周期或奇数倍的具有周期性畴结构的波导。