AtmospherescintillometersBasic Principles Atmosphere / scintillometers + Expand this section to read more
Turbulance in the air affects the propagation of electromagnetic waves. The turbulance caused by fluctuations of temperature, moisture, pressure and their interactions can be measured with a scintillometer, thereby indicating the atmospheric turbulen...
Turbulance in the air affects the propagation of electromagnetic waves. The turbulance caused by fluctuations of temperature, moisture, pressure and their interactions can be measured with a scintillometer, thereby indicating the atmospheric turbulence, heat flux and crosswind present at any time.
An optical transmitter and a receiver, between 100 meters and up to 10km apart are required.
Advantages Atmosphere / scintillometers + Expand this section to read more
Since the air being measured is continually moving the sample being measured is a very good average - in contrast to conventional equipment that must use large time intervals to sample adequately.
There are no moving parts, and the presence of the s...
Since the air being measured is continually moving the sample being measured is a very good average - in contrast to conventional equipment that must use large time intervals to sample adequately.
There are no moving parts, and the presence of the sensors does not affect the measurement.
Details Atmosphere / scintillometers
In more detail, the phenomenon of optical scintillation is caused by fluctuations of the refractive index in the air - caused in turn by changes in density, pressure and moisture contetn of the air....
In more detail, the phenomenon of optical scintillation is caused by fluctuations of the refractive index in the air - caused in turn by changes in density, pressure and moisture contetn of the air.
Links Atmosphere / scintillometers
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