Similarity analysis of the streamer zone of Blue Jets

@article{Popov2015SimilarityAO,
  title={Similarity analysis of the streamer zone of Blue Jets},
  author={N A Popov and Mikhail N. Shneider and G. Milikh},
  journal={Journal of Atmospheric and Solar-Terrestrial Physics},
  year={2015},
  volume={147},
  pages={121-125}
}
Predicting streamer discharge front splitting by ionization seed profiling
There has been extensive research on the branching mechanisms of streamer discharges. A consistent link between theories and experiments, which can enable prediction or even control of streamer front
The Initial Stage of Diffuse Jet Formation in a Pulsed Discharge with a Non-Uniform Electric Field in Air
Abstract —Laboratory simulation of the conditions for the occurrence of blue jets in the Earth’s atmosphere has been carried out. For this purpose, the diffuse formation of jets and plasma buildup in
Dynamics of branching of negative downward lightning leaders
The branching of negative downward lightning leaders is of both theoretical insterest and practical importance. In the lightning protection of ground structures, a clearer understanding of the
A New Detailed Plasma‐Chemistry Model for the Potential Impact of Blue Jet Streamers on Atmospheric Chemistry
A detailed ion‐neutral chemistry model named MiPO‐Streamer model has been developed to simulate the impact of blue jet streamers on stratospheric chemistry. It is based on the MiPLaSMO model
Simulation of High-Altitude Discharges in a Large Plasma Facility
Abstract The most important factor determining the dynamics and structure of high-altitude discharges is the significant difference in atmospheric pressure along their length. The Sprite device was
Macroscopical model of streamer coronas around a spherical electrode
Original content from this work may be used under the terms of the Creative Commons Attribution 3.0 licence. Any further distribution of this work must maintain attribution to the author(s) and the
Physics of Electrical Discharge Transitions in Air
Electrical discharges with a variety of different forms (streamers, glow corona, leaders, etc.) broadly exist in nature and in industrial applications. Under certain conditions, one electrical disc

References

SHOWING 1-10 OF 29 REFERENCES
Three-dimensional modeling of blue jets and blue starters
[1] Blue jets and blue starters are considered as positive streamer coronas expanding from the streamer zones of conventional lightning leaders under conditions when large-scale electric fields near
On the mechanism of blue jet formation and propagation
A new model of blue jets is proposed. A blue jet consists of an upward propagating leader whose top part is seen on photos as a “trunk of a tree”, and is capped at the top side of the leader by its
Discharge processes, electric field, and electron energy in ISUAL-recorded gigantic jets
� 10 7 ms � 1 , which is similar to that observed for downward sprite streamers. Analysis of spectral ratios for the fully developed jet emissions gives a reduced E field of 400–655 Td and average
The properties of a gigantic jet reflected in a simultaneous sprite: Observations interpreted by a model
[1] Thunderstorm clouds may discharge directly to the ionosphere in spectacular luminous jets – the largest electric discharges of our planet. The properties of these “giants,” such as their
Optical emissions and behaviors of the blue starters, blue jets, and gigantic jets observed in the Taiwan transient luminous event ground campaign
[1] On 22 July 2007, 37 blue jets/starters and 1 gigantic jet occurring over a thunderstorm in the Fujian province of China were observed from the Lulin observatory on the central mountain ridge of
New evidence for the brightness and ionization of blue starters and blue jets
Blue jets and blue starters are partially ionized luminous cones of primarily blue light that propagate upward out of the top of thunderstorms at speeds of order 100 km s−1. Blue jets propagate up
Vertical structuring of gigantic jets
Gigantic Jets (GJs) are initiated deep inside the thundercloud as intracloud discharges whose upward‐directed leaders manage to escape through the thundercloud top and propagate up to the ionosphere.
Long streamers in the upper atmosphere above thundercloud
It has been suggested that optical flashes observed in the upper atmosphere above giant thunderstorms (red sprites) are due to streamers. Such streamers are initiated in the lower ionosphere by
Spatial Structure of the Branching Streamer Channels in a Corona Discharge
The dendritic structure of streamer channels in a corona discharge is described by using fractal theory. It is found that, for a needle-plane discharge, the fractal dimension of the plasma structure
...
1
2
3
...