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Effect of humidity of drawing environment on dynamic fatigue of polymer coated high strength silica optical fiber

Effect of humidity of drawing environment on dynamic fatigue of polymer coated high strength silica optical fiber

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Dynamic fatigue behavior of high strength silica optical fibers were measured as a function of relative humidity of draw environment and two different mode of loading, tensile and two-point bending. ...
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$15.00 - Tech. Paper #P05080 (List Price)

$0.00 - Tech. Paper #P05080 (Member Price)

Number of pages:6
Year published:2005
Weight:0.2500
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By Sudipta Bhaumik, Sterlite Optical Technologies, Ltd., India
2004
 
Dynamic fatigue behavior of high strength silica optical fibers were measured as a function of relative humidity of draw environment and two different mode of loading, tensile and two-point bending. Bare and polymer-coated fibers were compared to determine the effect of coating with two-point bend loading. Draw humidity was found to have a decided impact on dynamic fatigue (N-value). High strength silica optical fibers were drawn with graphite induction heating furnace and controlled temperature relative humidity and particle count of the draw environment.
  
 
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