According to the core-cladding interface of an ideal wa¨eguide, a step-index fiber, the trans¨erse plane has been di¨ided into two regions. Mode fields and propagation constants of the graded-index optical fibers ha¨e been calculated by the use of partial-wa¨eguide-mode expansion and coupled-mode th
Application of the coupled mode theory to eigenvalue problems of graded-index optical fibers
β Scribed by Zi Hua Wang
- Publisher
- John Wiley and Sons
- Year
- 1996
- Tongue
- English
- Weight
- 377 KB
- Volume
- 12
- Category
- Article
- ISSN
- 0895-2477
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β¦ Synopsis
In this article the FDTD method was uscd in an interactive method to improve the performance of a TEM horn antenna for pulse radiation. The specified design objectives were met, and they were cxperimentally vcrified.
π SIMILAR VOLUMES
fiber [7,8]. So we can say that this shift is the result of the resonant nonlinearity of the grating. Through measuring the shift of the output wavelength, we can calculate the resonant nonlinearity of the double-clad fiber Bragg grating. ## 5. CONCLUSION In conclusion, we have used residual pump
The correction to our research paper [1] is made in Eq. ( 9). An additional Ο©1 was typed: J 1Ο©1 in place of J 1 and K 1Ο©1 in place of K 1 . The corrected equation is as follows: This is the only typographical error. All calculations in this paper are made with this corrected equation. REFERENCE 1.
In a previous series of papers [1][2][3], a general model based on Hamilton's