OPTICAL FIBRE DESIGN - NUMERICAL TECHNIQUES

[12]    X. Qian and A. C. Boucouvalas
 Propagation Characteristics of Single Mode Optical Fibres with Arbitrary Complex       Index Profiles.
 Submitted to IEEE Journal of Quantum Electronics, 2003

[11]    X. Qian and A. C. Boucouvalas
 Accurate Optical Fibre Refractive Index  Profile Synthesis.
 Submitted to NMC, Nov. 2003, Cardiff, UK

[10]  Qian Xin and A. C. Boucouvalas
Optical Fibre Refractive Index Profile Synthesis from Near Field.
Accepted in IEEE Globecom 2003, San Francisco, USA

[9] A.C. Boucouvalas:  Wave propagation in biaxial waveguides using equivalent circuits in Laplace Space.  11th U.K. Performance Engineering Workshop at Liverpool John Moores University, 5th-6th Sept. 1995.

[8] A C Boucouvalas and S C Robertson: Optical waveguide transverse transmission line equations and their use in determining mode properties. JOERS Advanced Fibre Measurement Symposium, National Physical Laboratories, London, 10 September 1985.

[7]  A C Boucouvalas: Mode cutoff frequencies of coaxial optical couplers: Optics Letters, Vol 10, Jan. 1985, pp. 95-97

[6]  C D Papageorgiou and A C Boucouvalas: Computation of mode propagation constants and cutoff frequencies of optical planar layers using the 'resonance' technique. Optica Acta, Vol 31, No 5, 1984, pp. 555-562

[5]  C D Papageorgiou, J D Kanellopoulos and A C Boucouvalas: A study of the operational characteristics of optical structures using the 'resonance' technique, IEEE Melecon, 1983, Athens, Greece.

[4]  C D Papageorgiou, J D Kanellopoulos and A C Boucouvalas: Cutoff frequencies of optical planar/cylindrical structures using the 'resonance' technique, International Symposium on Optical Waveguide Sciences, 20-23 June 1983, Kwelin, China

[3] A C Boucouvalas: Use of far field radiation pattern to characterise single mode symmetric slab waveguides. Electronics Letters, Vol19, 3rd Feb. 1983, pp. 120-121

[2] A C Boucouvalas and C D Papageorgiou: Cutoff frequencies in optical fibres of arbitrary refractive index profile using the 'resonance' technique. IEEE Journal of Quantum Electronics, Vol QE-18, No 12, Dec. 1982, pp. 2027-2031

[1] C D Papageorgiou and AC Boucouvalas: Propagation constants of cylindrical dielectric waveguides with arbitrary refractive index profile, using the 'Resonance' technique. Electronics Letters, Vol 18, No 18, 2 September 1982, pp.768-788