Journal Information
  Resources

 

Corpuscular Model of Radio Emission

Vladimir Dubarenko

Institute of Problems of Mechanical Engineering, Russian Academy of Sciences (IPME RAS), Saint-Petersburg 199178, Russia


Abstract: The mathematical model of the corpuscular system of receiving radio signals. It is believed that the carriers are RCs (radio corpuscles). The RC emitted radio source in the form of flow. They have no charge, have no the properties of polarization, have a constant mass and move to the source of the speed of light. The flow is characterized by an RC spectral density of their distribution along the propagation direction and across it. It is believed that the RCs do not interact. The RC flow interacts with substance, it is oscillatory processes. The elementary process of interaction with substance is represented as a model of the oscillator, which affects the variable duty cycle pulsed signal. Results of computer modeling of such processes for the receiving of radio telescope dish system and evaluate the impact of its design strain on the power and range of the signal at the output of the receiver.

Key words: RT (radiotelescopes), RE (radio emission), RC (radio corpuscles), BTR (ballistic theory Ritz), MS (mirror system), CCD (multielement semiconductor), SE (sensitive solid multipixel element).
Download: Purchase PDF - $ 5
  • ˳ˮ̳
  • 0820ٷֳ
  • ľ
  • 118ˮ̳
  • 29019һ۹ٷ
  • ²ͬ
  • ˮ̳
  • ľС
  • 2019Ůʿﶯ
  • ͼ100ȫʷͼ
  • 2019Ļƽ001-150ȫͼ
  • ֿ3
  • ƽͲʣͲʽڿ
  • Ƶַ
  • Ͳʲô
  • 2018Ъȫ
  • 10أͲʮФͼ
  • 5347׷һФذٶ
  • ۹ܼ
  • ;ܣ6
  • һФһ
  • ùˮ̳www.Ͳ.con
  • ۹֤
  • һ׼
  • 48111conƸ
  • 94999
  • ̳
  • www.98kss.com׷
  • Ͳʿʲô룬Ͳ
  • ϲˮ̳
  • 4311111`
  • Ͳʽں룬2233ַȫ
  • 2018ȫ:׽ȷʫ
  • ׷ˮ77333cmo
  • 2019˶001-150ȫͼ
  • һФһ
  • ζԭϹ
  • 484848ֱֳ
  • 2019㽭001-150ȫͼ
  • app
  • Ͳֳʷ¼Ͳͷʫ
  • 130:ۣ20Ͳɶ
  • ͼD
  • ܼһ
  • ׷Ļ
  • IJФͼ
  • 2018001-152 ׼β
  • ʷһֻ
  • ϸͼ
  • ʰӮǮһ仰
  • 2018۹ƪ
  • ܹ̳
  • ȫ2018濪
  • 4887
  • 3374۲񿪽վ
  • һ̳
  •