Add to ORKGDetailed studies have been carried out on propagation in practical single-mode fibres and especially of those factors causing a rise of attenuation due to radiation. A new theory of loss caused by mode conversion is proposed and is applied to the problem of microbending The factors which must be taken into account during cable manufacture are discussed
Microbending losses of optical fiber have been studied for different amplitude and shape of the defo...
Most of telecommunication traffic (voice and data) around the globe is carried over the optical fibe...
A new approach to the physical description and quantification of bend loss in arbitrarily bent singl...
Curvature of a single-mode optical fibre gives rise to two principal forms of additional transmissio...
Microbending plays a key role in the bend loss of optical fibres. To numerically investigate microbe...
ii In loving memory of my late father ABISHA SHINGIRAYI NHIWATIWA and dedicated in tribute to my mum...
A study of propagation in curved single-mode fibres shows that the transmission loss increases sharp...
The jointing loss of single-mode fibres is mainly dependent on their numerical apertures, and is lar...
Multiple bends in fiber contribute significantly to the increase in power loss in optical fiber cabl...
This paper deals with different loss mechanisms within the single mode fiber (SMF) in optical fiber ...
Abstract — This paper deals with reduction of signal attenuation due to macro bending in a long haul...
Experimental and theoretical studies on the radiation loss from curved single-mode fibres show that ...
A comparison of macrobend losses in Single Mode Fibre (SMF) and Multimode Fibre (MMF) is presented....
The effect of pseudo-random transverse microscopic corrugations on the amplitude attenuation of the ...
An analysis is given of propagation in multimode optical fibres having finite transmission loss. Usi...
Microbending losses of optical fiber have been studied for different amplitude and shape of the defo...
Most of telecommunication traffic (voice and data) around the globe is carried over the optical fibe...
A new approach to the physical description and quantification of bend loss in arbitrarily bent singl...
Curvature of a single-mode optical fibre gives rise to two principal forms of additional transmissio...
Microbending plays a key role in the bend loss of optical fibres. To numerically investigate microbe...
ii In loving memory of my late father ABISHA SHINGIRAYI NHIWATIWA and dedicated in tribute to my mum...
A study of propagation in curved single-mode fibres shows that the transmission loss increases sharp...
The jointing loss of single-mode fibres is mainly dependent on their numerical apertures, and is lar...
Multiple bends in fiber contribute significantly to the increase in power loss in optical fiber cabl...
This paper deals with different loss mechanisms within the single mode fiber (SMF) in optical fiber ...
Abstract — This paper deals with reduction of signal attenuation due to macro bending in a long haul...
Experimental and theoretical studies on the radiation loss from curved single-mode fibres show that ...
A comparison of macrobend losses in Single Mode Fibre (SMF) and Multimode Fibre (MMF) is presented....
The effect of pseudo-random transverse microscopic corrugations on the amplitude attenuation of the ...
An analysis is given of propagation in multimode optical fibres having finite transmission loss. Usi...
Microbending losses of optical fiber have been studied for different amplitude and shape of the defo...
Most of telecommunication traffic (voice and data) around the globe is carried over the optical fibe...
A new approach to the physical description and quantification of bend loss in arbitrarily bent singl...