A three-station network is described which senses magnetic and electric fields of lightning. Directional and distance information derived from the data are used to redundantly determine lightning position. This redundancy is used to correct consistent propagation errors. A comparison is made of the relative accuracy of VLF direction finders with a newer method to determine distance to and location of lightning by the ratio of magnetic-to-electric field as observed at 400 Hz. It was found that VLF direction finders can determine lightning positions with only one-half the accuracy of the method that uses the ratio of magnetic-to-electric field
VHF (Very High Frequency) lightning interferometers can locate and observe lightning discharges with...
The lightning location systems were installed in many countries during last twenty years. The paper ...
An experimental VLF WorldWide Lightning Location (WWLL) network is being developed to provide realt...
Lightning discharges radiate intense VLF electromagnetic pulses (VLF sferics), which have been used ...
U.S. agency and agency-sponsored programs for lightning detection are listed. Research and developme...
This study aims to find the location of lightning return strokes using a single station electromagne...
In 1985, a three station direction finding lightning location system was established in the United K...
In January, 1994, New Mexico Institute for Mining and Technology (NM Tech) was commissioned by Los A...
A number of applications use the information from lightning locating systems. Public individuals rar...
Lightning can be beautiful in view yet dangerous when it struck things and human beings. Many techni...
A new network of VLF receiving systems is currently being developed in the USA to support NASA's Tro...
The instruments used at the six remote stations to measure both the time-of-arrival of the envelope ...
An electric field mill network has been used at Kennedy Space Center for over 10 years as part of th...
A Lightning Detection and Ranging (LDAR) System is being implemented at KSC in Florida. The first op...
Lightning mapping or lightning locating systems are based on several working principles such as the ...
VHF (Very High Frequency) lightning interferometers can locate and observe lightning discharges with...
The lightning location systems were installed in many countries during last twenty years. The paper ...
An experimental VLF WorldWide Lightning Location (WWLL) network is being developed to provide realt...
Lightning discharges radiate intense VLF electromagnetic pulses (VLF sferics), which have been used ...
U.S. agency and agency-sponsored programs for lightning detection are listed. Research and developme...
This study aims to find the location of lightning return strokes using a single station electromagne...
In 1985, a three station direction finding lightning location system was established in the United K...
In January, 1994, New Mexico Institute for Mining and Technology (NM Tech) was commissioned by Los A...
A number of applications use the information from lightning locating systems. Public individuals rar...
Lightning can be beautiful in view yet dangerous when it struck things and human beings. Many techni...
A new network of VLF receiving systems is currently being developed in the USA to support NASA's Tro...
The instruments used at the six remote stations to measure both the time-of-arrival of the envelope ...
An electric field mill network has been used at Kennedy Space Center for over 10 years as part of th...
A Lightning Detection and Ranging (LDAR) System is being implemented at KSC in Florida. The first op...
Lightning mapping or lightning locating systems are based on several working principles such as the ...
VHF (Very High Frequency) lightning interferometers can locate and observe lightning discharges with...
The lightning location systems were installed in many countries during last twenty years. The paper ...
An experimental VLF WorldWide Lightning Location (WWLL) network is being developed to provide realt...