Coupled-mode theory is used to explain the intensity modulation of transmitted light which results from small changes in the radius of curvature. It is shown that the mode coupling induced by bends in small-V fibres introduces an uncertainty into light-transmission measurements
By using parabolic, instead of circular, cylindrical coordinates the field distributions of the natu...
Experimental and theoretical studies on the radiation loss from curved single-mode fibres show that ...
This paper presents results of experimental and theoretical studies of light transmission through op...
An analysis is given of coupling between modes in a curved, cylindrical, multi-mode optical fibre an...
Curvature of a single-mode optical fibre gives rise to two principal forms of additional transmissio...
Simple formulae are given for the field displacement caused by bending, the change in mode volume an...
A study of propagation in curved single-mode fibres shows that the transmission loss increases sharp...
Bending effect was studied on reached signal through single mode fiber by two light sources ( Infrar...
The energy loss and field distribution in a curved single-mode fibre are calculated in terms of the ...
The power coupling ratio between step-index multimode fibers caused by combined transversal and angu...
The effect of pseudo-random transverse microscopic corrugations on the amplitude attenuation of the ...
720-725Environment perturbations on a multi-mode fibre lead to changes in intensity at the output d...
An optical fibre with weak mode coupling is desirable for future ultra-high capacity space-division ...
This paper presents results of experimental and theoretical studies of light transmission through op...
Optical fibres are ideal for local light delivery in hard to access places due to their flexible nat...
By using parabolic, instead of circular, cylindrical coordinates the field distributions of the natu...
Experimental and theoretical studies on the radiation loss from curved single-mode fibres show that ...
This paper presents results of experimental and theoretical studies of light transmission through op...
An analysis is given of coupling between modes in a curved, cylindrical, multi-mode optical fibre an...
Curvature of a single-mode optical fibre gives rise to two principal forms of additional transmissio...
Simple formulae are given for the field displacement caused by bending, the change in mode volume an...
A study of propagation in curved single-mode fibres shows that the transmission loss increases sharp...
Bending effect was studied on reached signal through single mode fiber by two light sources ( Infrar...
The energy loss and field distribution in a curved single-mode fibre are calculated in terms of the ...
The power coupling ratio between step-index multimode fibers caused by combined transversal and angu...
The effect of pseudo-random transverse microscopic corrugations on the amplitude attenuation of the ...
720-725Environment perturbations on a multi-mode fibre lead to changes in intensity at the output d...
An optical fibre with weak mode coupling is desirable for future ultra-high capacity space-division ...
This paper presents results of experimental and theoretical studies of light transmission through op...
Optical fibres are ideal for local light delivery in hard to access places due to their flexible nat...
By using parabolic, instead of circular, cylindrical coordinates the field distributions of the natu...
Experimental and theoretical studies on the radiation loss from curved single-mode fibres show that ...
This paper presents results of experimental and theoretical studies of light transmission through op...