A laser system is designed that provides for tunable generation of nanosecond radiation pulses in the 3–4 μm range. Optical block-diagram and specifications of the system are presented. The laser system as a part of a differential absorption lidar designed can be used for remote control of pollutant concentrations along surface atmospheric path
A fully mobile remote-sensing system based on the lidar principle is described. With this system, at...
The paper analyses some equipment and methodological aspects of atmospheric pollution monitoring by ...
Field measurements of mercury emissions has been performed by using a mobile lidar system. In this s...
A laser system is designed that provides for tunable generation of nanosecond radiation pulses in th...
A differential absorption lidar system (DIAL) based on a continuously tunable optical parametric amp...
The present paper is devoted to the description of two distinct multiparametric lidar system present...
In the field of atmospheric research, lidar is a powerful technology that can measure gas or aerosol...
A new multiparametric lidar system spanning from UV to mid IR is presently under testing. The system...
The applicability of a KTA crystal-based laser system with optical parametric oscillators (OPO) gene...
An all-solid-state fast-tuning lidar transmitter for range- and temporally resolved atmospheric gas ...
This thesis describes the design, construction and performance of a differential absorption lidar sy...
In the field of atmospheric research, LIDAR is a powerful technology that can measure gas or aerosol...
Applicability of a KTA crystal-based laser system with optical parametric oscillators (OPO) generati...
The remote sensing of methane gas (CH_4) in the atmosphere is important for the safety in industry, ...
In this work, a search for information-bearing mid-IR wavelengths for HCl and HBr sounding with a di...
A fully mobile remote-sensing system based on the lidar principle is described. With this system, at...
The paper analyses some equipment and methodological aspects of atmospheric pollution monitoring by ...
Field measurements of mercury emissions has been performed by using a mobile lidar system. In this s...
A laser system is designed that provides for tunable generation of nanosecond radiation pulses in th...
A differential absorption lidar system (DIAL) based on a continuously tunable optical parametric amp...
The present paper is devoted to the description of two distinct multiparametric lidar system present...
In the field of atmospheric research, lidar is a powerful technology that can measure gas or aerosol...
A new multiparametric lidar system spanning from UV to mid IR is presently under testing. The system...
The applicability of a KTA crystal-based laser system with optical parametric oscillators (OPO) gene...
An all-solid-state fast-tuning lidar transmitter for range- and temporally resolved atmospheric gas ...
This thesis describes the design, construction and performance of a differential absorption lidar sy...
In the field of atmospheric research, LIDAR is a powerful technology that can measure gas or aerosol...
Applicability of a KTA crystal-based laser system with optical parametric oscillators (OPO) generati...
The remote sensing of methane gas (CH_4) in the atmosphere is important for the safety in industry, ...
In this work, a search for information-bearing mid-IR wavelengths for HCl and HBr sounding with a di...
A fully mobile remote-sensing system based on the lidar principle is described. With this system, at...
The paper analyses some equipment and methodological aspects of atmospheric pollution monitoring by ...
Field measurements of mercury emissions has been performed by using a mobile lidar system. In this s...