The paper presents the history of active optical systems development from a laser projection microscope to a laser monitor. The examples of object visualization and diagnostics of high speed processes hidden by the intense background radiation are discussed. These are the processes of laser-surface interaction, self-propagating high-temperature synthesis (SHS), the corona discharge in the air, the nanoparticle production process using a high-power fiber laser, and etc. The results obtained by different research groups suggest that high-speed metal vapor brightness amplifiers and active optical systems based on them need further research, development and novel applications. © (2015) COPYRIGHT Society of Photo-Optical Instrumentation Engineer...
The laser radiation exposure for creation ofnanoporous structures in the Cu-Zn alloy wasstudied. Exp...
The laser radiation exposure for creation ofnanoporous structures in the Cu-Zn alloy wasstudied. Exp...
The effective generation at high frequencies of repeating the pumping pulses up to 150 kHz has been ...
In this paper the feasibility of using metal vapor lasers for visual and optical monitoring of fast ...
In this paper, we propose a laser monitor with a horizontally located observation area for studying ...
The paper discusses the design of a laser projection microscope with a mirror-based scheme of image ...
In this paper the feasibility of using metal vapor lasers for visual and optical monitoring of fast ...
In this paper, we offer a laboratory facility for in situ visualization of the combustion of ultrafi...
The paper discusses the perspectives of application of a long pulse CuBr vapor oscillator for laser ...
This paper presents the theoretical study of the optical gain of copper vapor active media for a wid...
The paper is devoted to the analysis of the history of the creation of the laser as one of the great...
In this paper, we offer a laboratory facility for in situ visualization of the combustion of ultrafi...
Using the technique of laser probing, the time dependences of the transparency factor, integral glow...
The paper presents the results of study of single-pass amplified radiation distribution of copper br...
The aim of this thesis is to investigate the manufacture of microlenses by Laserinduced Chemical Vap...
The laser radiation exposure for creation ofnanoporous structures in the Cu-Zn alloy wasstudied. Exp...
The laser radiation exposure for creation ofnanoporous structures in the Cu-Zn alloy wasstudied. Exp...
The effective generation at high frequencies of repeating the pumping pulses up to 150 kHz has been ...
In this paper the feasibility of using metal vapor lasers for visual and optical monitoring of fast ...
In this paper, we propose a laser monitor with a horizontally located observation area for studying ...
The paper discusses the design of a laser projection microscope with a mirror-based scheme of image ...
In this paper the feasibility of using metal vapor lasers for visual and optical monitoring of fast ...
In this paper, we offer a laboratory facility for in situ visualization of the combustion of ultrafi...
The paper discusses the perspectives of application of a long pulse CuBr vapor oscillator for laser ...
This paper presents the theoretical study of the optical gain of copper vapor active media for a wid...
The paper is devoted to the analysis of the history of the creation of the laser as one of the great...
In this paper, we offer a laboratory facility for in situ visualization of the combustion of ultrafi...
Using the technique of laser probing, the time dependences of the transparency factor, integral glow...
The paper presents the results of study of single-pass amplified radiation distribution of copper br...
The aim of this thesis is to investigate the manufacture of microlenses by Laserinduced Chemical Vap...
The laser radiation exposure for creation ofnanoporous structures in the Cu-Zn alloy wasstudied. Exp...
The laser radiation exposure for creation ofnanoporous structures in the Cu-Zn alloy wasstudied. Exp...
The effective generation at high frequencies of repeating the pumping pulses up to 150 kHz has been ...