In January, 1994, New Mexico Institute for Mining and Technology (NM Tech) was commissioned by Los Alamos National Laboratories (LANL) to develop a three-axis interferometric lightning mapping system to be used in determining the source of certain frequency-dispersed pulse pairs which had been detected by spaceborne sensors. The existing NM Tech VHF Lightning Interferometer was a two axis system operating at 274 MHz with 6 MHz bandwidth. The third axis was to be added to refine estimates of the elevation angle to distant RF sources in that band. The system was to be initially deployed in support of an Air Force Technical Applications Center (AFTAC) effort planned for the Kennedy Space Center/Cape Canaveral AFS area in June-July of 1994. The...
In 1985, a three station direction finding lightning location system was established in the United K...
Lightning discharges radiate intense VLF electromagnetic pulses (VLF sferics), which have been used ...
A new network of VLF receiving systems is currently being developed in the USA to support NASA's Tro...
Study of lightning location is increased nowadays because of the high effect and hazard from lightni...
VHF (Very High Frequency) lightning interferometers can locate and observe lightning discharges with...
A Lightning Detection and Ranging (LDAR) System is being implemented at KSC in Florida. The first op...
A three-station network is described which senses magnetic and electric fields of lightning. Directi...
Thunderstorms can cause major impacts for range activities in the Kennedy Space Center (KSC)/Cape Ca...
Despite the significant progress in the understanding of the phenomenon of lightning and the physics...
A lightning interferometer is an instrument which determines the direction to a lightning-produced r...
The NASA Kennedy Space Center (KSC) and the Air Force Eastern Range (ER) use data from two cloud-to-...
A number of applications use the information from lightning locating systems. Public individuals rar...
A lightning warning set (LWS) consisting of a lightning stroke counter and ranging unit in combinati...
Networks of field mills (FM's) and lightning direction finders (LDF's) were used to locate lightning...
U.S. agency and agency-sponsored programs for lightning detection are listed. Research and developme...
In 1985, a three station direction finding lightning location system was established in the United K...
Lightning discharges radiate intense VLF electromagnetic pulses (VLF sferics), which have been used ...
A new network of VLF receiving systems is currently being developed in the USA to support NASA's Tro...
Study of lightning location is increased nowadays because of the high effect and hazard from lightni...
VHF (Very High Frequency) lightning interferometers can locate and observe lightning discharges with...
A Lightning Detection and Ranging (LDAR) System is being implemented at KSC in Florida. The first op...
A three-station network is described which senses magnetic and electric fields of lightning. Directi...
Thunderstorms can cause major impacts for range activities in the Kennedy Space Center (KSC)/Cape Ca...
Despite the significant progress in the understanding of the phenomenon of lightning and the physics...
A lightning interferometer is an instrument which determines the direction to a lightning-produced r...
The NASA Kennedy Space Center (KSC) and the Air Force Eastern Range (ER) use data from two cloud-to-...
A number of applications use the information from lightning locating systems. Public individuals rar...
A lightning warning set (LWS) consisting of a lightning stroke counter and ranging unit in combinati...
Networks of field mills (FM's) and lightning direction finders (LDF's) were used to locate lightning...
U.S. agency and agency-sponsored programs for lightning detection are listed. Research and developme...
In 1985, a three station direction finding lightning location system was established in the United K...
Lightning discharges radiate intense VLF electromagnetic pulses (VLF sferics), which have been used ...
A new network of VLF receiving systems is currently being developed in the USA to support NASA's Tro...