A theoretical analysis of coupling phenomena in a ring laser is given. Results of angular measurements are presented for a laser-gyro with Langmuir-Fizeau and Faraday effect bias. Non linearities are pointed out and compared with theory with good agreement.Nous donnons une description théorique des phénomènes de couplages entre ondes dans un laser en anneau qui permet de calculer les défauts de linéarité. Nous présentons des résultats de mesures angulaires pour un appareil ayant un faux zéro provoqué par effet Langmuir-Fizeau et par effet Faraday. Les non-linéarités constatées expérimentalement sont en bon accord avec les résultats théoriques
A model based on Lamb's theory of gas lasers is applied to a He-Ne ring laser gyroscope in order to...
Nous étudions, par simulation numérique, la dynamique rotationnelle de la molécule triatomique HCN s...
In a Ring laser Gyroscope (RLG) the beat note between the two countepropagating modes of the ring re...
Nous donnons une description théorique des phénomènes de couplages entre ondes dans un laser en anne...
A spatial and vectorial description of the eigenmodes and eigenstates of ring lasers is provided. Af...
Inertial sensors are important at application level and also in fundamental physics. Ring laser gyro...
Ring laser gyroscopes are inertial sensor based on the Sagnac effect: rotation causes the frequency ...
A ring laser gyroscope (gyro) is an active laser interferometer designed to sense rotation through t...
The laser gyro is a sensor of rotation used in most of inertial guidance systems. In its usual form,...
The spatial vectorial theory based on the resonance condition for representing an anisotropic laser,...
This thesis presents a study of two aspects of ring laser gyroscopes: Correction of systematic error...
The ring laser gyroscope is a rotation sensor used in most kinds of inertial navigation units. It u...
Large Ring Laser Gyroscopes (RLGs) are powerful and high sensitivity instruments for rotation measur...
We present the results of the experimental investigation of ring lasers dynamics obtained by operati...
The departure of the behaviour of large ring laser gyros from the ideal is examined. A detailed des...
A model based on Lamb's theory of gas lasers is applied to a He-Ne ring laser gyroscope in order to...
Nous étudions, par simulation numérique, la dynamique rotationnelle de la molécule triatomique HCN s...
In a Ring laser Gyroscope (RLG) the beat note between the two countepropagating modes of the ring re...
Nous donnons une description théorique des phénomènes de couplages entre ondes dans un laser en anne...
A spatial and vectorial description of the eigenmodes and eigenstates of ring lasers is provided. Af...
Inertial sensors are important at application level and also in fundamental physics. Ring laser gyro...
Ring laser gyroscopes are inertial sensor based on the Sagnac effect: rotation causes the frequency ...
A ring laser gyroscope (gyro) is an active laser interferometer designed to sense rotation through t...
The laser gyro is a sensor of rotation used in most of inertial guidance systems. In its usual form,...
The spatial vectorial theory based on the resonance condition for representing an anisotropic laser,...
This thesis presents a study of two aspects of ring laser gyroscopes: Correction of systematic error...
The ring laser gyroscope is a rotation sensor used in most kinds of inertial navigation units. It u...
Large Ring Laser Gyroscopes (RLGs) are powerful and high sensitivity instruments for rotation measur...
We present the results of the experimental investigation of ring lasers dynamics obtained by operati...
The departure of the behaviour of large ring laser gyros from the ideal is examined. A detailed des...
A model based on Lamb's theory of gas lasers is applied to a He-Ne ring laser gyroscope in order to...
Nous étudions, par simulation numérique, la dynamique rotationnelle de la molécule triatomique HCN s...
In a Ring laser Gyroscope (RLG) the beat note between the two countepropagating modes of the ring re...