This study was conducted to learn more about ring resonators and problems associated with actually building one in the laboratory. The single-beam model constructed revealed many sources of error, some of which became evident only after observing the behavior of the ring. A study of the erratic output indicated that certain precautions were necessary in order to build a sensitive resonator. The major application of ring resonators is in the field of ring laser gyroscopes which can be made into very sensitive rotation measuring devices.Electrical Engineerin
The concept of a semiconductor laser with a circular resonator, its advantages and particular proble...
In this paper we study a multi-ring resonant structure including three evanescently coupled ring res...
The paper discusses the optimal conguration of one or more ring lasers to be used for measuring the...
In a Ring laser Gyroscope (RLG) the beat note between the two countepropagating modes of the ring re...
Ring laser gyroscopes are inertial sensor based on the Sagnac effect: rotation causes the frequency ...
Large Ring Laser Gyroscopes (RLGs) are powerful and high sensitivity instruments for rotation measur...
The departure of the behaviour of large ring laser gyros from the ideal is examined. A detailed des...
Large frame ring laser gyros performances are ultimately limited by the instabilities of their geome...
This thesis presents a study of two aspects of ring laser gyroscopes: Correction of systematic error...
Gyroscopes are sensors that measure the rate of rotation of an object. One common type is a "Corioli...
In this paper we report on the effects of two optical beams counterpropagating in a passive ring res...
Inertial sensors are important at application level and also in fundamental physics. Ring laser gyro...
A ring laser gyroscope (gyro) is an active laser interferometer designed to sense rotation through t...
We present a compact diagnostic breadboard that is based on an optical ring resonator for measuring ...
A ring resontor for lasers with annular gain media is presented. The resonator consists of two annul...
The concept of a semiconductor laser with a circular resonator, its advantages and particular proble...
In this paper we study a multi-ring resonant structure including three evanescently coupled ring res...
The paper discusses the optimal conguration of one or more ring lasers to be used for measuring the...
In a Ring laser Gyroscope (RLG) the beat note between the two countepropagating modes of the ring re...
Ring laser gyroscopes are inertial sensor based on the Sagnac effect: rotation causes the frequency ...
Large Ring Laser Gyroscopes (RLGs) are powerful and high sensitivity instruments for rotation measur...
The departure of the behaviour of large ring laser gyros from the ideal is examined. A detailed des...
Large frame ring laser gyros performances are ultimately limited by the instabilities of their geome...
This thesis presents a study of two aspects of ring laser gyroscopes: Correction of systematic error...
Gyroscopes are sensors that measure the rate of rotation of an object. One common type is a "Corioli...
In this paper we report on the effects of two optical beams counterpropagating in a passive ring res...
Inertial sensors are important at application level and also in fundamental physics. Ring laser gyro...
A ring laser gyroscope (gyro) is an active laser interferometer designed to sense rotation through t...
We present a compact diagnostic breadboard that is based on an optical ring resonator for measuring ...
A ring resontor for lasers with annular gain media is presented. The resonator consists of two annul...
The concept of a semiconductor laser with a circular resonator, its advantages and particular proble...
In this paper we study a multi-ring resonant structure including three evanescently coupled ring res...
The paper discusses the optimal conguration of one or more ring lasers to be used for measuring the...