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    • 3. 发明申请
    • INTERLEAVER, FILTER INCLUDED THEREIN, AND INTERLEAVER SYSTEM
    • INTERLEAVER,其中包括的过滤器和交互系统
    • WO02039176A1
    • 2002-05-16
    • PCT/JP2001/009836
    • 2001-11-09
    • G02B6/34G02B27/28
    • G02B6/272G02B6/276G02B6/29386G02B27/283
    • An interleaver having excellent isolation between signal channels and flat transmission spectrum in the vicinity of each channel wavelength. The interleaver comprises an input port for receiving signals of channels, and first and second output ports for outputting signals of first and second channel groups separated from the signals of the channels. The transmission spectrum of the output light from the first output port and that of the output light from the second output port have such a flatness that the difference between the maximum transmissivity and the minimum transmissivity is within 0.4 dB, preferably, 0.2 dB in a wavelength range of +/- 0.06 nm around each signal channel wavelength, and the crosstalk between the adjacent signal channels is suppressed to 20 dB, preferably, -30 dB.
    • 具有在每个信道波长附近的信号信道和平坦的传输频谱之间具有优异隔离的交织器。 交织器包括用于接收信道信号的输入端口以及用于输出与信道信号分离的第一和第二信道组的信号的第一和第二输出端口。 来自第一输出端口的输出光的透射光谱和来自第二输出端口的输出光的透射光谱具有这样的平坦度,使得最大透射率和最小透射率之间的差在波长为0.4dB以内,优选为0.2dB 每个信号波长周围的+/- 0.06nm的范围,并且相邻信号通道之间的串扰被抑制到20dB,优选地为-30dB。
    • 4. 发明申请
    • SYSTEM, METHOD, AND COMPUTER PROGRAM PRODUCT FOR STRUCTURED WAVEGUIDE INCLUDING POLARIZER REGION
    • 用于结构化波导的系统,方法和计算机程序产品,包括极化区域
    • WO2005076708A2
    • 2005-08-25
    • PCT/IB2005/050544
    • 2005-02-12
    • PANORAMA FLAT LTD.ELLWOOD, Sutherland
    • ELLWOOD, Sutherland
    • G02B6/00G02B6/02G02B6/04G02B6/26G02B6/34G02F1/01G02F1/095
    • G02F1/095G02B6/02G02B6/276G02F1/0955
    • An apparatus, method, computer program product, and propagated signal for a transport. The transport including: a waveguide including a guiding region and one or more bounding regions for enhancing containment of transmitted radiation within the guiding region, the waveguide including an input region and an output; a plurality of constituents disposed in the waveguide for enhancing an influencer response attribute of the waveguide; and a polarization system coupled to the input region, the input polarizer system producing a wave component having a supported polarization disposed at a predetermined angular orientation at the input from an input radiation source including a set of source wave components each having one of a set orthogonal polarizations wherein the input polarizing system operates on the source wave components to pass source wave components having polarizations matching the supported polarization.
    • 一种装置,方法,计算机程序产品和传输信号。 所述传输包括:波导,其包括引导区域和一个或多个限制区域,用于增强在所述引导区域内的透射辐射的容纳,所述波导包括输入区域和输出; 设置在波导中的多个组件,用于增强波导的影响者响应属性; 以及耦合到所述输入区域的偏振系统,所述输入偏振器系统产生具有支撑偏振的波分量,所述偏振分量从输入辐射源在所述输入处以预定角度取向设置,所述输入辐射源包括一组源波分量,每组源波分量具有一组正交 偏振,其中输入偏振系统对源波分量进行操作,以使具有与支持的偏振匹配的偏振的源波分量通过。
    • 5. 发明申请
    • CHIRAL IN-FIBER ADJUSTABLE POLARIZER APPARATUS AND METHOD
    • 手性纤维内可调偏振器装置和方法
    • WO2003050597A2
    • 2003-06-19
    • PCT/US2002/039097
    • 2002-12-06
    • CHIRAL PHOTONICS, INC.
    • KOPP, Victor, Il'ichGENACK, Azriel, Zelig
    • G02F
    • G02B6/024G02B6/02085G02B6/02109G02B6/105G02B6/2726G02B6/274G02B6/276G02B2006/0209
    • A chiral in-fiber tunable polarizer implemented in a chiral fiber structure is provided. The chiral fiber is selected with a predetermined handedness and scatters (by reflecting, coupling into the fiber core or otherwise) the circularly polarized light matching its handedness while transmitting circularly polarized light of opposite handedness. By combining the chiral fiber with another fiber component having a non-cylindrical core, the inventive apparatus produces a linearly polarized wave with a predetermined orientation. The orientation may be adjusted by rotating the fiber component around its central axis. The chiral fiber structure may be configured as a long period chiral fiber grating. Optionally, the chiral fiber structure may be configured with a variable pitch along its length, such as a chirped fiber grating, an apodized fiber grating, or a set of multiple sequential chiral polarizer elements with different pitches. This variable pitch arragement results in output light having a configurable polarization spectrum of a predetermined shape.
    • 提供了一种以手性纤维结构实现的手性纤维内可调谐偏振器。 用预定的手向性选择手征纤维,并且散射(通过反射,耦合到纤芯或其他方式)与其手性相匹配的圆偏振光,同时透射相反旋向的圆偏振光。 通过将手性纤维与具有非圆柱形核心的另一种纤维组分结合,本发明的装置产生具有预定取向的线性极化波。 可以通过围绕其中心轴旋转纤维部件来调整定向。 手性纤维结构可以被配置为长周期手征光纤光栅。 可选地,手性纤维结构可以被配置为沿着其长度具有可变间距,诸如啁啾光纤光栅,变迹光纤光栅或者具有不同间距的多个顺序手征偏振器元件的集合。 这种可变节距结构导致输出光具有预定形状的可配置偏振光谱。
    • 8. 发明申请
    • METAL CLAD FIBRE OPTIC POLARIZER
    • 金属纤维光学极化器
    • WO1989003055A1
    • 1989-04-06
    • PCT/GB1988000771
    • 1988-09-08
    • UNIVERSITY OF STRATHCLYDESTEWART, GeorgeJOHNSTONE, WalterCULSHAW, Brian
    • UNIVERSITY OF STRATHCLYDE
    • G02B06/28
    • G02B6/274G01N21/552G01N21/553G01N2201/121G02B6/276G02B6/2821G02B6/29332
    • An optical device comprising a first waveguide device (15) having a predetermined effective refractive index is arranged, in use, to carry an optical wave having an accessible evanescent field in a predetermined region (12A) of the first waveguide device (15). A second waveguide device (20) is connected to the first waveguide device (15) in the predetermined region (12A) and is arranged to interact with said evanescent field. The second waveguide device (20) comprises a thin metal film (16) in surface contact with the predetermined region (12A) of the first waveguide device (15) and of suitable thickness to support an antisymmetric plasma wave, and a body (17) of optical material in surface contact with the metal film (16). Body (17) has sufficient thickness substantially to contain the evanescent field of the plasma wave and has a refractive index which is selected relative to the effective refractive index of said first waveguide device (15) in combination with the thickness of the thin metal film (16) to permit polarisation-selective coupling of the optical and plasma waves.
    • 包括具有预定有效折射率的第一波导装置(15)的光学装置在使用中被布置为在第一波导装置(15)的预定区域(12A)中携带具有可访问的消逝场的光波。 第二波导装置(20)在预定区域(12A)中连接到第一波导装置(15),并被布置成与所述渐逝场相互作用。 第二波导装置(20)包括与第一波导装置(15)的预定区域(12A)表面接触并具有适当厚度以支撑反对称等离子体波的金属薄膜(16),以及主体(17) 的光学材料与金属膜(16)表面接触。 本体(17)具有足够的厚度,其基本上包含等离子体波的ev逝场,并且具有相对于所述第一波导装置(15)的有效折射率与薄金属膜的厚度 16)以允许光学和等离子体波的偏振选择耦合。
    • 9. 发明申请
    • PLASMONIC POLARIZER
    • PLASMONIC极化器
    • WO2010104909A2
    • 2010-09-16
    • PCT/US2010/026762
    • 2010-03-10
    • PRESIDENT AND FELLOWS OF HARVARD COLLEGECAPASSO, FedericoYU, NanfangBLANCHARD, Romain
    • CAPASSO, FedericoYU, NanfangBLANCHARD, Romain
    • G02B6/12G02B6/42
    • G02B6/2726B82Y20/00G02B6/105G02B6/12G02B6/1226G02B6/276
    • A radiation-emitting device (e.g., a laser) includes an active region configured to generate a radiation emission linearly polarized along a first polarization direction and a device facet covered by an insulating layer and a metal layer on the insulating layer. The metal layer defines an aperture through which the radiation emission from the active region can be transmitted and coupled into surface plasmons on the outer side of the metal layer. The long axis of the aperture is non-orthogonal to the first polarization direction, and a sequential series of features are defined in or on the device facet or in the metal layer and spaced apart from the aperture, wherein the series of features are configured to manipulate the surface plasmons and to scatter surface plasmons into the far field with a second polarization direction distinct from the first polarization direction.
    • 辐射发射装置(例如,激光器)包括被配置为产生沿着第一偏振方向线性偏振的辐射发射的有源区和由绝缘层和绝缘层上的金属层覆盖的器件面。 金属层限定了孔,通过该孔,来自有源区的辐射发射可通过该孔被传输并耦合到金属层的外侧上的表面等离子体。 孔的长轴与第一偏振方向不正交,并且顺序的特征部分被限定在器件面或金属层中或金属层中并与孔隔开,其中该系列特征被配置为 操纵表面等离子体激元并将表面等离子体激元以不同于第一偏振方向的第二偏振方向散射到远场中。