Using Radio Waves to Monitor the Terrestrial Ionosphere скачать в хорошем качестве

Using Radio Waves to Monitor the Terrestrial Ionosphere

Radio waves are affected by electron density structures of the Earth’s atmosphere. By using different wavelengths of radio waves, the profile of the charged part of the atmosphere (ionosphere) can be estimated. Several different experimental radio detection devices are examined to assess the effect of space weather conditions on the ionosphere. The talk will focus on the lifelong struggle of the author to understand the nature of radio waves and the interactions with the ionosphere. Dr Danskin has been involved with the solar terrestrial space physics community in Canada since 1986. He was researcher under the CANOPUS, CGSM (Canadian Geo-Space Monitoring) and Go-Canada initiatives sponsored by the Canadian Space Agency. He completed a BE (Eng. Phys), MSc (Phys) and PhD (Eng Phys) from the University of Saskatchewan, Canada. Dr Danskin has specialized in the use of radio waves to study the space weather influence on properties of the ionosphere. Dr Danskin is a member of the Division of Space and Atmospheric sciences (DASP) of the Canadian Association of Physicists (CAP) and American Geophysical Union (AGU).