A rocket-borne solar middle ultraviolet photometer has been developed at the Physical Research Laboratory, Ahmedabad for the measurement of ozone concentrations at stratospheric and mesospheric heights. The instrument has now been flown successfully several times from thumba and ozone concentrations determined over an altitude range of 15 to 80 km. This paper describes the instrumentation, data analysis technique as well as the laboratory calibration procedures. Also presented are the results from four successful rocket experiments conducted during equinoctial months under an Indo-USSR collaborative programme for strato-mesospheric studies. The results show that at Thumba peak ozone concentrations vary between 2....
International audienceA series of coordinated atmospheric ozone profile measurements was made during...
An attempt has been made to construct a mean vertical distribution of ozone over the equatorial site...
The objective of this research was to measure the concentration of the stratospheric hydroxyl radica...
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...
The photometers used and methods of calculation of the vertical ozone concentration profile are desc...
The Korean sounding rockets(KSR420S-1, -2) equipped with ozone detectors have been launched at An-he...
A rocket measurement of the vertical distribution of ozone in the mesosphere has been made under a h...
Ozone measurement in mesosphere and stratosphere by means of rocket-released parachute sond
A detailed photochemical model of the upper stratosphere and mesosphere is compared with three exten...
An Indo-Soviet collaborative experiment on Ozonesonde Intercomparison was conducted at TERLS in Marc...
An Indo-Soviet collaborative experiment on Ozonesonde Intercomparison was conducted at TERLS in Marc...
An Indo-Soviet collaborative experiment on Ozonesonde Intercomparison was conducted at TERLS in Marc...
KSR-II, a two-stage sounding rocket of KARI was launched successfully at the west coast of the Korea...
International audienceA series of coordinated atmospheric ozone profile measurements was made during...
An attempt has been made to construct a mean vertical distribution of ozone over the equatorial site...
The objective of this research was to measure the concentration of the stratospheric hydroxyl radica...
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...
The photometers used and methods of calculation of the vertical ozone concentration profile are desc...
The Korean sounding rockets(KSR420S-1, -2) equipped with ozone detectors have been launched at An-he...
A rocket measurement of the vertical distribution of ozone in the mesosphere has been made under a h...
Ozone measurement in mesosphere and stratosphere by means of rocket-released parachute sond
A detailed photochemical model of the upper stratosphere and mesosphere is compared with three exten...
An Indo-Soviet collaborative experiment on Ozonesonde Intercomparison was conducted at TERLS in Marc...
An Indo-Soviet collaborative experiment on Ozonesonde Intercomparison was conducted at TERLS in Marc...
An Indo-Soviet collaborative experiment on Ozonesonde Intercomparison was conducted at TERLS in Marc...
KSR-II, a two-stage sounding rocket of KARI was launched successfully at the west coast of the Korea...
International audienceA series of coordinated atmospheric ozone profile measurements was made during...
An attempt has been made to construct a mean vertical distribution of ozone over the equatorial site...
The objective of this research was to measure the concentration of the stratospheric hydroxyl radica...