Examples of diode laser (DL) random-modulation continuous wave (RM-CW) lidar measurements are reported. The ability of the measurement of the visibility, vertical aerosol profile, and the cloud ceiling height is demonstrated. Although the data shown here were all measured at night time, the daytime measurement is, of course, possible. For that purpose, accurate control of the laser frequency to the center frequency of a narrow band filter is required. Now a new system with a frequency control is under construction
An incoherent CO₂ laser radar, or lidar, system using a tunable CO₂ TEA laser has been developed, al...
This study investigates the potential usefulness of a commercial laser ceilometer, an instrument use...
A portable unmanned Mie-scattering Scheimpflug lidar system has been designed and implemented for at...
Visibility is one of the most important parameters for meteorological observation and numerical weat...
In this paper, we report on the progresses of the BRITESPACE Consortium in order to achieve space-bo...
This thesis aims at exploring the limits of low peak-power, low-cost, all-semiconductor, compact lid...
We analyze the practical limits of a lidar system based on the use of a laser diode, random binary c...
With over 1,000 installed worldwide, the Vaisala CT25K is a field-proven and popular laser ceilome...
A lidar system for measuring optical properties of clouds and aerosols at three wavelengths is depic...
The development and characteristics of a lidar system for atmospheric measurements are discussed. Th...
We propose an integrated path differential absorption lidar system based on all-semiconductor laser ...
Light Detection and Ranging (LiDAR) is a technique that can change the way automated systems interac...
Recently surveying large areas in an automatic way, for early detection of harmful chemical agents, ...
A new evaluation of a ruby lidar ceilometer was performed at AFCRL as part of a program to evaluate ...
As known to the prior characteristics of the laser, the new advanced technologies are based on the l...
An incoherent CO₂ laser radar, or lidar, system using a tunable CO₂ TEA laser has been developed, al...
This study investigates the potential usefulness of a commercial laser ceilometer, an instrument use...
A portable unmanned Mie-scattering Scheimpflug lidar system has been designed and implemented for at...
Visibility is one of the most important parameters for meteorological observation and numerical weat...
In this paper, we report on the progresses of the BRITESPACE Consortium in order to achieve space-bo...
This thesis aims at exploring the limits of low peak-power, low-cost, all-semiconductor, compact lid...
We analyze the practical limits of a lidar system based on the use of a laser diode, random binary c...
With over 1,000 installed worldwide, the Vaisala CT25K is a field-proven and popular laser ceilome...
A lidar system for measuring optical properties of clouds and aerosols at three wavelengths is depic...
The development and characteristics of a lidar system for atmospheric measurements are discussed. Th...
We propose an integrated path differential absorption lidar system based on all-semiconductor laser ...
Light Detection and Ranging (LiDAR) is a technique that can change the way automated systems interac...
Recently surveying large areas in an automatic way, for early detection of harmful chemical agents, ...
A new evaluation of a ruby lidar ceilometer was performed at AFCRL as part of a program to evaluate ...
As known to the prior characteristics of the laser, the new advanced technologies are based on the l...
An incoherent CO₂ laser radar, or lidar, system using a tunable CO₂ TEA laser has been developed, al...
This study investigates the potential usefulness of a commercial laser ceilometer, an instrument use...
A portable unmanned Mie-scattering Scheimpflug lidar system has been designed and implemented for at...