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    • 8. 发明授权
    • Large core holey fibers
    • 大核心多孔纤维
    • US08285099B2
    • 2012-10-09
    • US11851270
    • 2007-09-06
    • Liang DongDonald J. HarterWilliam Wong
    • Liang DongDonald J. HarterWilliam Wong
    • G02B6/36G02B6/32H01S3/00
    • G02B6/032G02B6/02009G02B6/02047G02B6/02328G02B6/02338G02B6/02342G02B6/02357G02B6/02361G02B6/02366G02B6/024G02B6/14G02B6/32H01S3/06716H01S3/06729H01S3/06733H01S3/06741H01S3/06754
    • Various types of holey fiber provide optical propagation. In various embodiments, for example, a large core holey fiber comprises a cladding region formed by large holes arranged in few layers. The number of layers or rows of holes about the large core can be used to coarse tune the leakage losses of the fundamental and higher modes of a signal, thereby allowing the non-fundamental modes to be substantially eliminated by leakage over a given length of fiber. Fine tuning of leakage losses can be performed by adjusting the hole dimension and/or the hole spacing to yield a desired operation with a desired leakage loss of the fundamental mode. Resulting holely fibers have a large hole dimension and spacing, and thus a large core, when compared to traditional fibers and conventional fibers that propagate a single mode. Other loss mechanisms, such as bend loss and modal spacing can be utilized for selected modes of operation of holey fibers. Other embodiments are also provided.
    • 各种有孔光纤提供光学传播。 在各种实施例中,例如,大的核心多孔纤维包括由几个布置成几层的大孔形成的包层区域。 可以使用围绕大芯的多个层或多排的孔来粗调基本信号和较高模式的信号的泄漏损耗,从而通过在给定长度的光纤上的泄漏来基本上消除非基本模式 。 泄漏损失的微调可以通过调整孔尺寸和/或孔间距来实现,以产生所需的基本模式的泄漏损失的操作。 与传统单模式的传统纤维和传统纤维相比,所产生的多孔纤维具有较大的孔尺寸和间距,因而具有较大的纤芯。 诸如弯曲损耗和模态间隔的其它损耗机制可用于多孔纤维的选定操作模式。 还提供了其他实施例。
    • 9. 发明授权
    • Large core holey fibers
    • 大核心多孔纤维
    • US07280730B2
    • 2007-10-09
    • US10844943
    • 2004-05-13
    • Liang DongDonald J. HarterWilliam Wong
    • Liang DongDonald J. HarterWilliam Wong
    • G02B6/02G02B6/26
    • G02B6/032G02B6/02009G02B6/02047G02B6/02328G02B6/02338G02B6/02342G02B6/02357G02B6/02361G02B6/02366G02B6/024G02B6/14G02B6/32H01S3/06716H01S3/06729H01S3/06733H01S3/06741H01S3/06754
    • Various types of holey fiber provide optical propagation. In various embodiments, for example, a large core holey fiber comprises a cladding region formed by large holes arranged in few layers. The number of layers or rows of holes about the large core can be used to coarse tune the leakage losses of the fundamental and higher modes of a signal, thereby allowing the non-fundamental modes to be substantially eliminated by leakage over a given length of fiber. Fine tuning of leakage losses can be performed by adjusting the hole dimension and/or the hole spacing to yield a desired operation with a desired leakage loss of the fundamental mode. Resulting holey fibers have a large hole dimension and spacing, and thus a large core, when compared to traditional fibers and conventional fibers that propagate a single mode. Other loss mechanisms, such as bend loss and modal spacing can be utilized for selected modes of operation of holey fibers. Other embodiments are also provided.
    • 各种有孔光纤提供光学传播。 在各种实施例中,例如,大的核心多孔纤维包括由几个布置成几层的大孔形成的包层区域。 可以使用围绕大芯的多个层或多排的孔来粗调基本信号和较高模式的信号的泄漏损耗,从而通过在给定长度的光纤上的泄漏来基本上消除非基本模式 。 泄漏损失的微调可以通过调整孔尺寸和/或孔间距来实现,以产生所需的基本模式的泄漏损失的操作。 与传统单模的传统纤维和常规纤维相比,所产生的多孔纤维具有较大的孔尺寸和间距,因此具有较大的纤芯。 诸如弯曲损耗和模态间隔的其它损耗机制可以用于多孔纤维的选定操作模式。 还提供了其他实施例。
    • 10. 发明授权
    • Multi-clad optical fibers with corrugated boundary at pump cladding
    • 泵浦包层波纹边界的多包层光纤
    • US08736955B2
    • 2014-05-27
    • US13493199
    • 2012-06-11
    • Liang DongHugh McKay
    • Liang DongHugh McKay
    • H04B10/17G02B6/036
    • H01S3/06754C03C25/104G02B6/02361G02B6/02366G02B6/024H01S3/06712H01S3/06729H01S3/06741H01S3/094007
    • Multi-clad optical fibers and fiber amplifiers are disclosed. Various embodiments include multi-clad, large core fiber amplifiers. In various implementations mixing of pump modes is enhanced relative to that obtainable with conventional double-clad fibers. In some embodiments end terminations are provided with increased length of end-cap fiber. In at least one embodiment a multi-clad fiber is provided, with a pump cladding formed by stacking a layer of low index rods in the preform. Various embodiments include a multi-clad fiber amplifier system. The system includes a pump source to pump said fiber amplifier. The system also includes an optical fiber having a core and a cladding, wherein the cladding includes a pump cladding having a corrugated boundary. In various embodiments the pump cladding is formed by rods in a preform, which are disposed to mix the pump modes and/or scatter or reflect pump energy into the core.
    • 公开了多包层光纤和光纤放大器。 各种实施例包括多包层大芯光纤放大器。 在各种实施方案中,相对于使用常规双包层光纤可获得的泵模式的混合增强。 在一些实施方案中,末端终端具有增加的端帽纤维长度。 在至少一个实施例中,提供了多包层光纤,其中通过在预成型件中堆叠一层低折射率棒而形成泵浦覆层。 各种实施例包括多包层光纤放大器系统。 该系统包括用于泵浦所述光纤放大器的泵浦源。 该系统还包括具有芯和包层的光纤,其中包层包括具有波纹边界的泵浦覆层。 在各种实施例中,泵包层由预制件中的杆形成,其被设置成混合泵模式和/或将泵浦能量分散或反射到芯中。