Flexible electronics is a new paradigm with strong implications from healthcare to energy
applications. In this context, electrically conductive polymers are the critical components …

This paper discusses a technique for studying laser initiation and combustion of high-energy
materials in real time using a two-channel video recording system. Traditional high-speed …

Experimental results of the laser operating on the barium ion self-terminating transition 6 p 2
P 3/2 o-5 d 2 D 5/2 at λ= 614.2 nm investigations are presented. Through a series of tests …

This paper discusses a technique for monitoring the combustion of high-energy materials in
real time using a laser monitor modified to track the combustion front at the relatively long …

This work discusses the optical systems with brightness amplification based on two copper
bromide brightness amplifiers for studying the combustion of aluminum-based …

We propose the semi-empirical mathematical model of the brightness amplifier based on the
self-terminating transitions in laser active media. The model is applied to the copper bromide …

A two-channel pulsed power supply for an imaging system with brightness amplification and
independent synchronous laser illumination is designed. The power supply generates …

In this paper, we offer a laboratory facility for in situ visualization of the combustion of
ultrafine metal powders, which combines laser initiation and simultaneous high-speed …

The paper discusses the application of pulsed microwave radiation for the modification of
crystalline components of a high-energy material (HEsM). The model aluminized mixture …

This paper discusses a laser monitor with two channels for acquiring images synchronized
in time and its use for visualizing the surface of metal nanopowders during combustion …