Study and Synthesis of Large Section Soft Image Transfer Fiber Photonic Material

The paper carried out a research on the dark fiber shape and genetic mechanism of the acidic fiber imaging bundle. The Dirac delta function is firstly used to analyze the probability distribution variety of the dark silk. The experimental results for the detection of the scanning electron microscope (SEM) and resolution show that the genetic ratio of the dark fiber is proportionate to length of the bundle and inversely proportional to the monofilament diameter. However, the monofilament diameter should be decreased to increase the resolution. The technique and the structure should be improved to meet the requirements of both high resolution and low dark silk rate. Therefore, solutions and effective measurements for reducing even if avoiding the dark silk are proposed in the paper. The research will guide the preparation and application of the high-resolution fiber imaging bundle.

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Research on the Dark Fiber Causes and Variety of the Acidic Fiber Imaging Bundle

Zhou

Qiao

Bai

2015

AMR

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Preparation and Properties of Microstructure Flexible Image Transfer Fiber Materials

Zhou

Tan

Zhou

2011

AMR

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Microstructure optical fiber materials has many virtues: small momofilament diameter, soft and flexible, high resolution, which make it have many broad application prospects in different fields, such as: high definition imaging equipment, industrial automation dectection, military and aerospace, etc. The materials of core, cladding and acid-soluble glasses were prepared, which had good physical and chemical matching on the base of three layers coaxial micro-structure. The double clad flexible fiber micostructure and spectral performances were tested. The experiments obtained high quality image transfer fiber, of which monofilament diametre is 10μm ± 0.1μm, resolution is 52.5LP/mm, transmittance is 42.6%/m. Experimental results showed that the preparation process broke through the traditional techniques and achieved the structure innovation, which had some reference value to improve the optical properties of image instruments.

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Study and Synthesis of Large Section Soft Image Transfer Fiber Photonic Material

Cited by 2 publications

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Research on the Dark Fiber Causes and Variety of the Acidic Fiber Imaging Bundle

Research on the Dark Fiber Causes and Variety of the Acidic Fiber Imaging Bundle

Preparation and Properties of Microstructure Flexible Image Transfer Fiber Materials

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