The development of a rocket borne instrument to measure electric fields in thunderstorms is described. Corona currents from a sharp needle atop a small rocket are used to sense the electric field. A high ohm resistor in series with the corona needle linearizes the relationship between corona current and electric field. The corona current feeds a relaxation oscillator, whose pulses trigger a transmitter which operates in the 395 to 410 MHz meteorological band. The instrument senses fields between 5 kV/m and 100 kV/m
Electric fields and currents in the middle atmosphere are important elements of the modern picture o...
Electricity in the atmosphere provides an ideal topic for educational outreach in environmental scie...
The variables encountered in atmospheric electricity are discussed and the theoretical model as prop...
Two balloon borne instruments, capable of making in situ electrical measurements, have been flown in...
During the Florida 89 experiment at Kennedy Space Center, a new system was used in order to obtain t...
A Balloon Electric Field Sensor, released into a thunderstorm at Langmuir Laboratory on 12 August 19...
Airborne electric field data were gathered in an atmospheric electrification study near Cape Canaver...
An equipment was constructed for utilizing with the aim at performing the measurement of vertical at...
Measurements of the electrical characteristics of the atmosphere above the surface have been made fo...
The sky has always been something that the human race has tried to understand and use, in the first ...
In order to investigate the role of precipitation particles in the electrification mechanism in wint...
The problems encountered when protecting rockets and launch operations from the dangers of lightning...
Text includes handwritten formulasA balloon-borne instrument has been developed for the purpose of m...
We present results of electric field measurements made during the MASS rocket campaign in Andøya,...
An apparatus is described for monitoring the electric fields of cloud formations within a particular...
Electric fields and currents in the middle atmosphere are important elements of the modern picture o...
Electricity in the atmosphere provides an ideal topic for educational outreach in environmental scie...
The variables encountered in atmospheric electricity are discussed and the theoretical model as prop...
Two balloon borne instruments, capable of making in situ electrical measurements, have been flown in...
During the Florida 89 experiment at Kennedy Space Center, a new system was used in order to obtain t...
A Balloon Electric Field Sensor, released into a thunderstorm at Langmuir Laboratory on 12 August 19...
Airborne electric field data were gathered in an atmospheric electrification study near Cape Canaver...
An equipment was constructed for utilizing with the aim at performing the measurement of vertical at...
Measurements of the electrical characteristics of the atmosphere above the surface have been made fo...
The sky has always been something that the human race has tried to understand and use, in the first ...
In order to investigate the role of precipitation particles in the electrification mechanism in wint...
The problems encountered when protecting rockets and launch operations from the dangers of lightning...
Text includes handwritten formulasA balloon-borne instrument has been developed for the purpose of m...
We present results of electric field measurements made during the MASS rocket campaign in Andøya,...
An apparatus is described for monitoring the electric fields of cloud formations within a particular...
Electric fields and currents in the middle atmosphere are important elements of the modern picture o...
Electricity in the atmosphere provides an ideal topic for educational outreach in environmental scie...
The variables encountered in atmospheric electricity are discussed and the theoretical model as prop...