Hypervelocity impacts are accompanied by electromagnetic emissions originating from the impact-induced plasma. Most studies in the past have been devoted to analyzing and interpreting spectra in the visible regime. Only little effort has been spent on understanding emissions in the radio frequency spectrum and giving explanations of their origins from microscale processes. This publication compiles and reviews most relevant processes that are accompanied by radio frequency emissions and ranks them in terms of their dominance in hypervelocity impact plasmas
Electromagnetic emissions in the radio frequency (RF) range are detected in the high-confinement-mod...
Using a high-speed and broadband radio frequency (RF) (0.1-1 GHz) spectrum analyzer developed on the...
Abstract: Type II and III solar radio bursts are associated with shock waves and streams of energeti...
Hypervelocity impacts are accompanied by electromagnetic emissions originating from the impact-induc...
AbstractHypervelocity impacts are accompanied by electromagnetic emissions originating from the impa...
Plasma, vapor and debris associated with an impact or explosive event have been demonstrated in the ...
The fact is noted that sufficiently high power density HF radio waves incident on the bottom side io...
Formerly, microwave emissions accompanying hypervelocity impacts were confirmed experimentally. In t...
Hypervelocity microparticles ( < 1 μg), traveling at speeds between 11 and 72 km/s with respect to t...
Hypervelocity impacts of micrometeoroid and space debris particles can produce a highly transient pl...
One phenomenon observed at hypervelocity impacts (HVI) is the generation of plasma with a very short...
We review, in a non-mathematical way, the current state of the theory of natural radio emissions in ...
AbstractOne phenomenon observed at hypervelocity impacts (HVI) is the generation of plasma with a ve...
Aims. Emission of radio waves from plasmas through plasma emission with fundamental and harmonic fre...
Reprinted from American journal of physics, v. 29, no. 7, 404-428, July, 1961. "February 14, 1961"--...
Electromagnetic emissions in the radio frequency (RF) range are detected in the high-confinement-mod...
Using a high-speed and broadband radio frequency (RF) (0.1-1 GHz) spectrum analyzer developed on the...
Abstract: Type II and III solar radio bursts are associated with shock waves and streams of energeti...
Hypervelocity impacts are accompanied by electromagnetic emissions originating from the impact-induc...
AbstractHypervelocity impacts are accompanied by electromagnetic emissions originating from the impa...
Plasma, vapor and debris associated with an impact or explosive event have been demonstrated in the ...
The fact is noted that sufficiently high power density HF radio waves incident on the bottom side io...
Formerly, microwave emissions accompanying hypervelocity impacts were confirmed experimentally. In t...
Hypervelocity microparticles ( < 1 μg), traveling at speeds between 11 and 72 km/s with respect to t...
Hypervelocity impacts of micrometeoroid and space debris particles can produce a highly transient pl...
One phenomenon observed at hypervelocity impacts (HVI) is the generation of plasma with a very short...
We review, in a non-mathematical way, the current state of the theory of natural radio emissions in ...
AbstractOne phenomenon observed at hypervelocity impacts (HVI) is the generation of plasma with a ve...
Aims. Emission of radio waves from plasmas through plasma emission with fundamental and harmonic fre...
Reprinted from American journal of physics, v. 29, no. 7, 404-428, July, 1961. "February 14, 1961"--...
Electromagnetic emissions in the radio frequency (RF) range are detected in the high-confinement-mod...
Using a high-speed and broadband radio frequency (RF) (0.1-1 GHz) spectrum analyzer developed on the...
Abstract: Type II and III solar radio bursts are associated with shock waves and streams of energeti...