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Sensor with regulated space coherence of light

机译:具有光的空间相干性的传感器

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摘要

Abstract: In optical information processing systems with partial and even completely of destroyed space coherence radiation, the technique of transformation of space coherence degree appears rather effective for want of creation reliable devices, capable to work in real time scale. It is represented perspective for want of to development of functional of optical information processing systems, including stages of pick up, transfer, storage, imaging to use as a main principle of construction a light field creation method with specific coherent properties. The outcomes of researches of possibility of optical sensor are resulted, in which as a disturbance value criterion the qualitative measurements of coherent properties of radiation in correlation with changes in geometrical parameters of the system is considered. The otpical system is created which can be considered as the fiber-optical sensor of mechanical disturbances of a vibrational type. The adjustable sensitivity of registration is achieved when the redistribution of a destruction level of light space coherence in an input of the system and a site of transfer of light signal. Is shown, that relative accuracy are 10$+$MIN@3$/. The developed approach to creation of measuring system based on transformation, visualization and measurement of light space coherence changed in the communication line with natural or artificially created nonstability can find application for want of construction of location optical systems, altimeters working in actual conditions, and also for measurement system for oscillating disperse surfaces. !0
机译:摘要:在具有部分甚至完全破坏了空间相干辐射的光学信息处理系统中,空间相干度的转换技术对于需要创建可实时工作的可靠设备显得相当有效。它代表了缺乏光学信息处理系统功能开发的视角,包括拾取,转移,存储,成像等各个阶段,以将具有特定相干特性的光场创建方法用作构建的主要原理。得出了光学传感器可能性的研究成果,其中考虑了与系统几何参数变化相关的辐射相干特性的定性测量作为扰动值标准。创建了可以被认为是振动型机械干扰的光纤传感器的光学系统。当在系统的输入端和光信号的传输位置重新分配光空间相干性的破坏水平时,可以实现可调节的配准灵敏度。如图所示,相对精度为10 $ + $ MIN @ 3 $ /。基于在自然或人为产生的不稳定性的通信线路中更改,可视化和测量光空间相干性的变换,可视化和测量而创建测量系统的开发方法,可以找到需要构建定位光学系统,在实际条件下工作的高度计的应用,以及用于振动分散表面的测量系统。 !0

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