Based on the semiconductor laser whose spectral line with width is compressed to be less than 1.2Mhz, a system was designed to measure and improve the amplitude and frequency of the real-time microvibration with sinusoidal modulation. real-time microvibration measurement was executed without alignment problem in the interferometry; and low-frequency disturbance of environment could be eliminated. Suggestions were also given to consummate the system. The system also has resistance against the low frequency disturbance of the environment
This paper reports a preliminary study of recently proposed vibration sensor using an external cavit...
Epoch Engineering, Incorporated (EEI) has completed a series of vibration measurements comparing the...
ICO20: optical devices and instruments : 21-26 August 2005 : Changchun, China. : Aug 2005, Changchun...
As there exist some problems with the previous laser diode (LD) real-time microvibration measurement...
This paper introduces a method to measure the amplitude of surface vibrations using a conventional M...
An external cavity semiconductor laser interferometer used to measure far distance micro-vibration i...
A new and more convenient technique using lasers has been developed to measure small vibrations of a...
Optical vibrometer based on Laser Diode Self-Mix Interferometry (SMI) is the elective choice in non-...
An interferometric sensor for monitoring the localised strains and vibrations is presented. The modi...
Optical vibrometer based on Laser Diode Self-Mix Interferometry (SMI) is the elective choice in non-...
A coherent laser radar system based on semiconductor laser technology has been designed and built. T...
A laser diode interferometer that uses an optical fiber is proposed. The laser diode simultaneously ...
In recent years the increasing demand of MEMS and piezoelectric technology has driven the research i...
We demonstrate a novel method that makes an efficient use of laser nonlinear dynamics when subject t...
It is not necessary in principle to keep amplitudes of the first and second harmonic components equa...
This paper reports a preliminary study of recently proposed vibration sensor using an external cavit...
Epoch Engineering, Incorporated (EEI) has completed a series of vibration measurements comparing the...
ICO20: optical devices and instruments : 21-26 August 2005 : Changchun, China. : Aug 2005, Changchun...
As there exist some problems with the previous laser diode (LD) real-time microvibration measurement...
This paper introduces a method to measure the amplitude of surface vibrations using a conventional M...
An external cavity semiconductor laser interferometer used to measure far distance micro-vibration i...
A new and more convenient technique using lasers has been developed to measure small vibrations of a...
Optical vibrometer based on Laser Diode Self-Mix Interferometry (SMI) is the elective choice in non-...
An interferometric sensor for monitoring the localised strains and vibrations is presented. The modi...
Optical vibrometer based on Laser Diode Self-Mix Interferometry (SMI) is the elective choice in non-...
A coherent laser radar system based on semiconductor laser technology has been designed and built. T...
A laser diode interferometer that uses an optical fiber is proposed. The laser diode simultaneously ...
In recent years the increasing demand of MEMS and piezoelectric technology has driven the research i...
We demonstrate a novel method that makes an efficient use of laser nonlinear dynamics when subject t...
It is not necessary in principle to keep amplitudes of the first and second harmonic components equa...
This paper reports a preliminary study of recently proposed vibration sensor using an external cavit...
Epoch Engineering, Incorporated (EEI) has completed a series of vibration measurements comparing the...
ICO20: optical devices and instruments : 21-26 August 2005 : Changchun, China. : Aug 2005, Changchun...