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首页> 外文期刊>Journal of Applied Polymer Science >Optothermomechanical device for the interferometric characterization of fibers
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Optothermomechanical device for the interferometric characterization of fibers

机译：用于光纤干涉测量的光热机械装置

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An optothermomechanical (OTM) device was designed and constructed for fiber characterization with a double-beam interference microscope. This device enabled us to correlate both the mechanical properties and the thermal properties with the optical properties of fibers. The OTM device consisted of three parts, which were used for the drawing (stress-strain), cooling, and heating of the fibers. The designed OTM device (cooling and heating) was attached to the Pluta microscope for the determination of the optical properties of high-density polyethylene (PE) fibers at different temperatures (0-50degreesC). Also, this OTM device (drawing and heating), connected to the Pluta microscope, was used to study the influence of the temperature (10-50degreesC) and draw ratio (1-7) simultaneously on the optical properties of polypropylene (PP) fibers. Microinterferograms were provided for illustration. (C) 2004 Wiley Periodicals, Inc.
机译：设计并构造了一种光热机械（OTM）设备，用于使用双光束干涉显微镜对光纤进行表征。该设备使我们能够将机械性能和热性能与纤维的光学性能相关联。 OTM设备由三部分组成，分别用于拉伸（应力应变），冷却和加热纤维。将设计好的OTM设备（冷却和加热）连接到Pluta显微镜，以测定高密度聚乙烯（PE）纤维在不同温度（0-50°C）下的光学性能。另外，此OTM设备（拉伸和加热）与Pluta显微镜连接，用于同时研究温度（10-50°C）和拉伸比（1-7）对聚丙烯（PP）纤维的光学性能的影响。 。提供微干涉图用于说明。 （C）2004年Wiley Periodicals，Inc.

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