KARI (Korea Aerospace Research Institute) has measured the ozone density profiles over the Korean Peninsular since the launch of the Korean Sounding Rocket-I (KSR-I) in 1993. The purpose of ozone measurements is to obtain the stratospheric and mesospheric vertical ozone density profiles over the Korean Peninsular with solar UV radiometers. With the visible channel of the radiometer, the attitude variation of the rocket was corrected and compensated. Developed system is based on ozone detector designs onboard the KSR-I and KSR-II. We discuss the development of ozone detector which will be onboard the KSR-III and its circuit and vibration test results for EM Model
Global multiconstituent concentration and emission fields obtained from the assimilation of the sate...
South Korea is planning to launch the GEMS (Geostationary Environment Monitoring Spectrometer) instr...
International audienceA series of coordinated atmospheric ozone profile measurements was made during...
The first sounding rocket in Korea, KSR-420S has been under the development at Korea Aerospace Resea...
KSR-II, a two-stage sounding rocket of KARI was launched successfully at the west coast of the Korea...
The Korean sounding rockets(KSR420S-1, -2) equipped with ozone detectors have been launched at An-he...
We have constructed two flight models of airglow photometer system (AGP) to be onboard Korea Soundin...
A rocket-borne solar middle ultraviolet photometer has been developed at the Physical Research L...
The photometers used and methods of calculation of the vertical ozone concentration profile are desc...
Radiometers in UV and visible wavelengths were onboard the Korean Sounding Rocket(KSR)-1 and 2 which...
A total of seventeen vertical profiles of ozone were obtained during an Indo-USSR collaborative expe...
A total of seventeen vertical profiles of ozone were obtained during an Indo-USSR collaborative expe...
A small optical ozone instrument has been developed for a rocket-borne dropsonde to measure the alti...
Recently measurements of atmospheric trace gases from satellite are vigorous. So the development of ...
Global multiconstituent concentration and emission fields obtained from the assimilation of the sate...
Global multiconstituent concentration and emission fields obtained from the assimilation of the sate...
South Korea is planning to launch the GEMS (Geostationary Environment Monitoring Spectrometer) instr...
International audienceA series of coordinated atmospheric ozone profile measurements was made during...
The first sounding rocket in Korea, KSR-420S has been under the development at Korea Aerospace Resea...
KSR-II, a two-stage sounding rocket of KARI was launched successfully at the west coast of the Korea...
The Korean sounding rockets(KSR420S-1, -2) equipped with ozone detectors have been launched at An-he...
We have constructed two flight models of airglow photometer system (AGP) to be onboard Korea Soundin...
A rocket-borne solar middle ultraviolet photometer has been developed at the Physical Research L...
The photometers used and methods of calculation of the vertical ozone concentration profile are desc...
Radiometers in UV and visible wavelengths were onboard the Korean Sounding Rocket(KSR)-1 and 2 which...
A total of seventeen vertical profiles of ozone were obtained during an Indo-USSR collaborative expe...
A total of seventeen vertical profiles of ozone were obtained during an Indo-USSR collaborative expe...
A small optical ozone instrument has been developed for a rocket-borne dropsonde to measure the alti...
Recently measurements of atmospheric trace gases from satellite are vigorous. So the development of ...
Global multiconstituent concentration and emission fields obtained from the assimilation of the sate...
Global multiconstituent concentration and emission fields obtained from the assimilation of the sate...
South Korea is planning to launch the GEMS (Geostationary Environment Monitoring Spectrometer) instr...
International audienceA series of coordinated atmospheric ozone profile measurements was made during...