Ion－Implanted Waveguides in a Nd^3＋－Doped Silicate Glass

陈峰; 王雪林; 付刚; 王克明; 路庆明; 李锡善; 沈定予; 马宏骥; 聂锐; 李士玲

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Ion－Implanted Waveguides in a Nd^3＋－Doped Silicate Glass

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Monomode enhanced-index Nd^3+-doped silicate glass waveguides fabricated by ion implantation are reported.The Nd^3+-doped silicate glass was implanted by 3.0 MeV B^+ ions, 3.0 MeV 0^+ ions and 4.5 MeV Ni^2+ ions,respectively. A prism-coupling method was carried out to measure dark modes in the Nd^3+-doped silicate glassusing a model 2010 prism coupler. The moving fibre method was applied to measure the waveguide propagationloss. After a moderate annealing, the 3.0-MeV B^+-ion implanted waveguide loss is about 3.54 dB/cm; the 3.0-Me V O^+-ion implanted waveguide loss is about 5.36 dB/cm; and the 4.5-MeV the Ni^2+-implanted waveguide lossis about 7.55dB/cm. The results show that with the increasing ion mass, the loss in implanted waveguide isincreased.

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来源
《中国物理快报：英文版》 |2003年第11期|1994-1996|共3页
作者
陈峰; 王雪林; 付刚; 王克明; 路庆明; 李锡善; 沈定予; 马宏骥; 聂锐; 李士玲;
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作者单位

DepartmentofPhysics;

ShandongUniversity;

Jinan250100;

StateKeyLaboratoryofCrystalMaterials;

ShandongUniversity;

Jinan250100;

SchoolofChemistrvandChemicalEngineering;

ShandongUniversity;

Jinan250100;

ShanghaiInstituteofOpticsandFineMechanics;

ChineseAcademyofSciences;

Shanghai201800;

DepartmentofTechnicalPhysicsandtheKeyLaboratoryofHeavyIonPhysics(MinistryofEducation);

PekingUniversity;

Beijing100871University;

Beijing100871;

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原文格式 PDF
正文语种 chi
中图分类波导、波导管、波导传输线;
关键词
离子注入; 波导; 锂离子掺杂; 硅酸盐玻璃; 光通信系统;

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Ion－Implanted Waveguides in a Nd^3＋－Doped Silicate Glass

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