New Technologies for Increasing Single Mode Fiber  Productivity with MCVD Process

Tang Renjie\ Cao Meie

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New Technologies for Increasing Single Mode Fiber Productivity with MCVD Process

- New Technologies for Increasing Single Mode Fiber Productivity with MCVD Process
- Study on Optical communication Issue 4, (1998)
- 作者机构：
  
  邮电部武汉邮电科学研究院
- 作者简介：
- 基金信息：
- DOI：
  CLC： TN818
- Published：1998，
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[1]唐仁杰,曹美娥.提高MCVD工艺单模光纤生产率的新技术[J].光通信研究,1998(04):26-33.

Tang Renjie\ Cao Meie. New Technologies for Increasing Single Mode Fiber Productivity with MCVD Process. [J]. (4).(1998)
[1]唐仁杰,曹美娥.提高MCVD工艺单模光纤生产率的新技术[J].光通信研究,1998(04):26-33. DOI：

Tang Renjie\ Cao Meie. New Technologies for Increasing Single Mode Fiber Productivity with MCVD Process. [J]. (4).(1998) DOI：

摘要

光通信迅速发展，对单模光纤的需求急剧增长。以传统的ＭＣＶＤ工艺生产单模光纤，生产率受到限制。本文首先简要分析了这些限制因素，然后综述克服这些限制因素的新技术，其中包括使用合成石英管、各种混合工艺以及可取代氢氧焰的新加热技术。最后，对我国光纤制造业的发展提出了建议。

Abstract

As the rapid development of optical fiber communication

the demand on silica based single mode fiber （SMF） is increasing dramatically. The productivity of SMF is restricted by several factors with traditional MCVD process. This paper gives a brief analysis about these factors at first

and then

reviews the new technologies to overcome them

including using synthetic silica tube

various hybrid processes and new heating technologies to substitute for H 2 O 2 flame .Finally

suggestions about the development of optical fiber fabrication in China are presented.

关键词

单模光纤MCVD合成石英管混合工艺新加热技术

Keywords

single mode fiber\ MCVD\ synthetic silica tube\ hybrid process\ new heating\ technologies

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State Key Laboratory of Optical Communication Technologies and Networks, China Information Communication Technologies Group Corporation

National Optoelectronics Innovation Center, China Information Communication Technologies Group Corporation

Peng Cheng Laboratory

Wuhan Research Institute of Posts and Telecommunications

National Optoelectronics Innovation Center

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