Registration Number
0223U003549,
0117U002398
, R & D reports
Title
Investigations of spatial distribution of molecules in a massive star-forming regions and the upper layers of the Earth astmosfery methods multifrequency MM and SMM radioastronomy, the development of new methods of observation in MM and SMM ranges.
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Head
Shulga Valeri M, Доктор фізико-математичних наук
Registration Date
24-05-2023
Organization
Radio Astronomical Institute of the National Academy of Sciences of Ukraine
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Objects of research - molecular outflow and masers in star-forming regions, emission of the first in the universe hydrogen atoms and molecules, atmospheric lines of O3 and CO molecules, neutron stars, nanowatt electronics devices, phenomenon of plasmon resonance.
Purpose of the project - investigation in areas of radiophysics, astronomy and aeronomy in the mm and cm band.
Results and their novelty - study of molecular outflows in star-forming regions. New a outflow was found. The spectral observations were organized at the radio telescopes RT-32 and RT-16 (Latvia) and polarization observations of OH masers at the frequency 6.035 GHz were initiated. 8 new masers were registered. The intensity of the halo of the lines of the first hydrogen atoms and first molecules H2, HD, HeH+ at the red displacement range Z - 100 – 10 was calculated. The nature of the high-frequency components of HFC1 and HFC2 which were observed in the spectrum of pulsar in Krab was explained. The monitoring of wind velocity in the mesosphere at an altitude of 75 - 90 km above Kharkiv obtained from CO observation was initiated. For the first time in terrestrial observations, two phenomena of stratospheric warming in 2018 and 2019 were registered. The receiving system was introduced for simultaneous observation of O3 and CO molecules in Jilin University in China; the first observations were initiated. It was demonstrated that the pHEMT application can be expanded to a range of sound frequencies, and the GaAs operating temperature intervals of heterostructural transistors may be substantially advanced. A new method for determining the optical characteristics of dielectrics in mm and submillimeter ranges was proposed. The sample of an antenna submilimeter telescope was created.
The project was implemented in cooperation with Ventspils University and Jilin University.
The results obtained within the research can be used in other fields of radio astronomy and astrophysics, radio electronics industry.
Product Description
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Antyufeyev Oleksandr V
Belyankin Ihor Petrovych
Boiko Volodymyr Oleksandrovich
Gavrikov Volodymyr K.
Karelin Yuriy Volodymyrovych
Korolev Oleksiy Mykhaylovych
Kurbatova Nataliya Dmytrivna
Marynko Kseniya Viktorivna
Myshenko Valerii V.
Patoka Олексій Mykolayovych
Polikarpov Oleksandr Volodymyrovych
Silin Volodymyr Vasyliovych
Chechotkin Dmytro Leonidovych
Shulga Dmytro V
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2023-05-24
