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Browsing by Author "Bangia, T."

Browsing by Author "Bangia, T."

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  • ARIES 130-cm Devasthal Fast Optical Telescope — Operation and Outcome 
    Joshi, Y. C.; Bangia, T.; Jaiswar, M. K.; Pant, J.; Reddy, K.; Yadav, S. (Journal of Astronomical Instrumentation, 2022-12)
    This paper studies about the 130-cm Devasthal Fast Optical Telescope (DFOT) at Devasthal, India that has been in operation for more than 10 years and is the main workhorse for the photometric observations for a wide range ...
  • Development of Mie LIDAR system and initial cloud observations over Central Himalayan region 
    Bangia, T.; Kumar, A.; Sagar, R.; Agarwal, P. K.; Singh, K. (Scientific Research and Essays, 2011-02-18)
    Aryabhatta Research Institute of Observational Sciences (ARIES) at Manora Peak (29° 22’ N, 79° 27’ E), Nainital is located in the Central Himalayan region at an altitude of ~ 1950 m. This free tropospheric site away from ...
  • Enclosure Design for the ARIES 3.6m Optical Telescope 
    Pandey, A. K.; Shukla, V.; Bangia, T.; Raskar, R. D.; Kulkarni, R. R.; Ghanti, A. S. (2012)
    A 3.6-m, f/9 optical telescope is planned to be installed at Devasthal, India (Latitude:29° 21' 40'' N, Longitude: 79° 41' 04'' E, Altitude: 2450 m above msl). The telescope has Cassegrain focus and alt-azimuth mount. The ...
  • The new 130-cm optical telescope at Devasthal, Nainital 
    Sagar, R.; Omar, A.; Kumar, Brijesh; Gopinathan, M.; Pandey, S. B.; Bangia, T.; Pant, J.; Shukla, V.; Yadava, S. (2011)
    A modern Ritchey-Chretein Cassegrain 130-cm diameter optical telescope has been successfully installed at Devasthal, Nainital in the central Himalayan region. This location was chosen after carrying out extensive site ...
  • Study of upper atmospheric emissions using Mesosphere Lower Thermosphere Photometry (MLTP) designed at ARIES 
    Bangia, T.; Bhattacharjee, S.; Guharay, A.; Taori, A.; Uddin, W. (2010)
    Mesosphere Lower Thermosphere Photometry (MLTP) has been designed at ARIES for studying mesosphere lower thermosphere coupling processes. MLTP utilizes f/2 optics with 4° circular field of view. It has seven narrow bandwidth ...

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