机译:最小化由商用聚合物涂层的粘弹性行为引起的双涂层光纤中的热诱导微弯曲损耗
National Chung Hsing University, Taiwan;
bending; compressibility; glass fibres; optical design techniques; optical fibre losses; optical glass; optical polymers; polymer films; stress-strain relations; thermo-optical effects; viscoelasticity; Maxwell model; compressive radial stress; dual-coated optical fibre design; dynamic mechanic analysis; glass fibre surface; polymeric coatings; strain-stress relations; temperature 293 K to 298 K; thermally induced microbending losses; thermally induced viscoelastic stresses; viscoelastic behaviour;
机译:双涂层光纤的设计可最大程度地减少由商用聚合物涂层的粘弹性行为引起的热感应静态疲劳
机译:由轴向应变引起的聚合物涂层蠕变变形引起的双涂层光纤的微弯曲损耗
机译:由轴向应变引起的聚合物涂层蠕变变形引起的双涂层光纤的微弯曲损耗
机译:编织涂层测试的“明显”微弯曲损耗是由光纤涂层体积和表面固化的差异引起的
机译:固化引起聚合物涂层中应力的产生和粘弹性。
机译:粘弹性行为对短纤维增强聚合物寿命影响的研究
机译:单模光纤中的曲率和微弯损耗