In view of the very small propagation losses for light guided via high-purity optical fibers drawn from highly transparent glasses with linear attenuation coefficients below 10−4 – 10−5 cm−1 , one could think of the necessity to develop extremely sensitive measurement procedures detecting internal losses in such fibers. </p
A novel method is presented to measure the propagation loss of integrated optical waveguides. The me...
Fibres for optical communications are currently being made with two types of material, namely low-te...
International audienceWe propose and demonstrate a nondestructive method for loss measurement in opt...
Because optical waveguides naturally have loss, methods to measure loss have been developed. The ide...
The objectives for this study are to compare the transmission signal characteristics from transmitte...
We propose and demonstrate a nondestructive method for loss measurement in optical guided structures...
Recently, in communication system, fiber optics has become a most interesting development tool as a ...
International audienceIn the context of optical transmission in the polymer integrated waveguides, t...
Most of telecommunication traffic (voice and data) around the globe is carried over the optical fibe...
A method to measure the propagation loss of optical waveguides is discussed. The measurement system ...
Measurements of nonlinear losses in telecommunication fibres have been carried out with linearly pol...
A study is made of both the manufacture and the characteristics of low-loss cladded optical fibres f...
In this project, we seek to develop experimental methods for measuring the loss and coupling efficie...
This paper deals with different loss mechanisms within the single mode fiber (SMF) in optical fiber ...
Leakage losses are investigated in fibers where the guididng is based on photonic band gap. This kin...
A novel method is presented to measure the propagation loss of integrated optical waveguides. The me...
Fibres for optical communications are currently being made with two types of material, namely low-te...
International audienceWe propose and demonstrate a nondestructive method for loss measurement in opt...
Because optical waveguides naturally have loss, methods to measure loss have been developed. The ide...
The objectives for this study are to compare the transmission signal characteristics from transmitte...
We propose and demonstrate a nondestructive method for loss measurement in optical guided structures...
Recently, in communication system, fiber optics has become a most interesting development tool as a ...
International audienceIn the context of optical transmission in the polymer integrated waveguides, t...
Most of telecommunication traffic (voice and data) around the globe is carried over the optical fibe...
A method to measure the propagation loss of optical waveguides is discussed. The measurement system ...
Measurements of nonlinear losses in telecommunication fibres have been carried out with linearly pol...
A study is made of both the manufacture and the characteristics of low-loss cladded optical fibres f...
In this project, we seek to develop experimental methods for measuring the loss and coupling efficie...
This paper deals with different loss mechanisms within the single mode fiber (SMF) in optical fiber ...
Leakage losses are investigated in fibers where the guididng is based on photonic band gap. This kin...
A novel method is presented to measure the propagation loss of integrated optical waveguides. The me...
Fibres for optical communications are currently being made with two types of material, namely low-te...
International audienceWe propose and demonstrate a nondestructive method for loss measurement in opt...