The EISCAT Technical Report 97/53: "Incoherent Scatter Theory, Practice and Science," is a collection of lectures given in Cargèse, Corsica, France in autumn 1995 before the 7th EISCAT Workshop at the same location. Denis Alcaydé served as the editor of this book, which was first published in print in 1997, and appeared in electronic form in 2001.
From the editorial: "This book is intended for use by graduate students for entering the field of Incoherent Scatter Research; it is felt however (and also hoped) that the various chapters of this book can be of some interest for more senior scientists. The book organisation is such that one can find at the beginning the main theoretical aspects of the Incoherent Scattering, followed by practical considerations on signal modulation, echoes and data analysis, and then scientific application aspects:
- The first two chapters deal with the theoretical descriptions of scattering of plasma waves by the ionospheric plasma; Chapter one (Tor Hagfors) describes the "classical" Incoherent Scattering, while Chapter two (Wlodek Kofman) introduces the non thermal and instabilities effects.
- In Chapter three (Asko Huuskonen and Markku Lehtinen) are introduced the basics of the modulation of the radio waves for pulsed radars. Once ionospheric echoes are received, some analysis can be made which lies upon some basic physics described in Chapter four (Kristian Schlegel).
- The Solar Wind Magnetosphere interaction, Auroras and their ionospheric effects, Thermospheric Physics and the contributions made (or foreseen) by the Incoherent Scatter Observations are described in the following three Chapters (Chapter five, Mike Lockwood; Chapter six, Yoshuke Kamide and Chapter seven, Arthur Richmond, respectively).
- The final Chapter (Chapter eight, Jürgen Röttger) deals with the theory, technique and science achieved with atmospheric backscatter and reflection processes of radio waves."
Image: Cover of the EISCAT Technical Report 97/53, "Incoherent Scatter Theory, Practice and Science." The image shows a "incoherent scatter spectra computed with a typical EISCAT observation of the ionosphere in the ≈120-500 km altitude range. The spectral shape varies with the altitude as function of the observed electron temperature and of the ion temperature and composition. The spectral power is scaled to the electron density and the spectra are plotted along a line shape representing the altitude profile of the electron density."