Dissertation > Excellent graduate degree dissertation topics show

Study on the Glass-based Cu Ion Waveguides Made by Ion Exchange Technology

Author: GuJinHui
Tutor: HaoYinLei
School: Zhejiang University
Course: Microelectronics and Solid State Electronics
Keywords: Ion exchange Glass Optical waveguide Blue and green light-emitting
CLC: TN252
Type: Master's thesis
Year: 2011
Downloads: 32
Quote: 0
Read: Download Dissertation

Abstract


Using ion exchange technology to prepare a glass optical waveguide device has a low production cost , low transmission loss , easy doping a high concentration of rare earth ions, and a better match with the refractive index of fiber , environmental stability , and easy to integrate the system medium the advantages , ideally suited for high-volume , low-cost integrated optical device fabrication . The traditional Ag / Na ion exchange technology has been one of the most extensive study , the use of this technology to produce a glass substrate optical passive devices (such as optical splitters ) has been successfully used in the optical communication system . Cu / Na ion exchange glass waveguide having the light emission characteristics of the blue-green band (cu) and a good third - order nonlinear effect (Cu clusters) with the potential of the active and passive waveguide device integrated to be considered will has a good prospect in the field of optical switches , optical information processing , in recent years has been a widespread concern . This thesis is based on the ion exchange technology advantages , combined with the specific characteristics of the Cu / Na and Ag / Na ion exchange , its goal is to : doped glass -based optical waveguide devices , blue and green light-emitting functional integration through regional , specifically through the glass substrate the on-chip Cu -doped Ag / Na ion exchange optical waveguide chip . This article innovative work is mainly focused on the following aspects : 1 . Theoretically doped Cu regional Ag / Na ion exchange technology glass based devices , blue and green light-emitting function integrated experimental program . Departure from the ion-exchange principles and theoretical models and feasibility analysis , this paper, the experimental program for a specific process . And the technical solution adopted in this paper for the glass-based optical waveguide devices to achieve functional integration provides a new way of thinking , to have a certain referential significance for the integration of other functions , such as the non-linear characteristics , magneto-optical characteristics . Experiment , groping through the device design and process , prepared in the silicate glass material with blue and green light - emitting properties of Cu-doped and Ag waveguides composite optical waveguide of blue and green light-emitting function . 3 . Measured using a variety of testing means the production of blue-green light-emitting functional optical waveguide , the light through the test , emission spectroscopy and electron probe microanalysis , and test results are analyzed and discussed .

Related Dissertations

  1. Investigations of Structure and Glass Forming Abilty of Amorphous Alloys,TG139.8
  2. The Investigations on the Characteristics and Mechanism of NIR Emission from Bi-doped Silicophosphate Glasses,TQ171.1
  3. Ion Exchange Removal of Hexavalent Selenium in Raw Water,X703
  4. Preparationandapplication of Pan-Based Amphoteric Ion Exchange Fiber,TQ342.31
  5. Preparation and Properties of lead-free glass powder,TQ171.6
  6. Study on the Preparation of Silica and Activated Carbon from Rice Husk Ash,TQ424.1
  7. The Comparative Study About Some Growth Indexes and Spike Differentiation of Wheat Under Greenhouse and Field,S512.1
  8. Mushroom C 91-3 fermentation broth preliminary identification of protein purification and anti-tumor mechanism,R730.5
  9. The Purification of the N-Methyl Pyrrolidone,TQ251.3
  10. Studies on High Performance Water-based Acrylate Damping Coating,TQ633
  11. Study on Synthesis of Tert-butyl Acetate by Direct Esterification with Acetic Acid and Isobutene,TQ225.241
  12. Study of the Preparation and Adsorption Properties of the Ion-Exchange Resin-Based Spherical Activated Carbon,TQ424.1
  13. GF / ACF circuit panel absorbing properties of composite materials,TB332
  14. Small aperture glass-ceramics based on helium-neon laser fundamental transverse mode selected experimental study,TN248
  15. Study on Repairing Material of Cement Concrete Pavement Which Based on Slag,U414
  16. The Study of Glass Ceramics-Ceramics Composite Bora’s Stress,TB301
  17. Developing GZX Geopolymer Using Steel Slag and So on Industry Waste,X705
  18. Structure and Magnetic Properties of FeCuNb (Ti) SiB,TG139.8
  19. Experimental Study of Tool Wear in Diamond Cutting of Optical Glass,TG711
  20. Study of Float Glass Production Strategy for SYP Company,F426.71
  21. Structure and Properties of Bismuth System Low Melting Electronic Glasses,TQ171.1

CLC: > Industrial Technology > Radio electronics, telecommunications technology > Photonics technology,laser technology > Optical waveguide and integrated optics > Waveguide
© 2012 www.DissertationTopic.Net  Mobile