supervision of stratospheric ozone over the Central Asian region by
means of a radiometric spectrometer (RMS-001) of millimeter range
Orozobakov, B. B. Sayakbaeva, K. Sh. Ashymkanov, G.
Acad. J.Jeenbaev Institute of Physical
and Technical Problems and Materials Science of the NAS KR, Bishkek,
The paper is
received on October 14, 2015, after correction - on November 11, 2015
principle of work of a spektroradiometer at the compensation mode is given.
According to results of periodic spectral measurements of transparency of the
terrestrial atmosphere it was established that variations of ozone occur
generally in the lower layers of a stratosphere (20-30) km. Comparison of
results of day and night supervision confirmed the daily course of the content
of ozone in the top part of a stratosphere where excess of concentration of
ozone after sunset over day increased by 11%-30%. High-rise distributions of
ozone for typical days of supervision are presented.
Key words: radio
waves, radiation, wavelength, shutter, concentration of ozone.