Cluster structure of artificial ionospheric turbulence according to the data of the radar measurements by the radio-direction finder ionosonde G. G. VertogradovE. G. VertogradovaA. V. Makarov OriginalPaper 21 July 2012 Pages: 1 - 12
Traveling ionospheric disturbances generated due to periodic plasma heating by high-power high-frequency radiation L. F. ChernogorV. L. Frolov OriginalPaper 21 July 2012 Pages: 13 - 32
Airglow during ionospheric modifications by the sura facility radiation. experimental results obtained in 2010 S. M. GrachV. V. KlimenkoN. A.Pogorelko OriginalPaper 22 July 2012 Pages: 33 - 50
Variations in the microwave radiation of the mesophere during heating of the ionosphere with high-power radiowaves Yu. Yu. KulikovG. I. Grigor’evV. L. Frolov OriginalPaper 22 July 2012 Pages: 51 - 58
Diagnostics of artificial ionospheric irregularities using short sounding radio paths I. A. BolotinV. L. FrolovK. M. Yusupov OriginalPaper 21 July 2012 Pages: 59 - 70
Results of integrated studies of the perturbed ionosphere region using short-wave ranging in a wide frequency band and stimulated electromagnetic emission of the ionosphere E. N. SergeevE. Yu. ZykovS. M. Grach OriginalPaper 22 July 2012 Pages: 71 - 84
On the possibility of localization of a substorm by using the “Sura” heating facility Yu. Ya. RuzhinV. D. KuznetsovM. Parrot OriginalPaper 21 July 2012 Pages: 85 - 94
Formation of artificial plasma disturbances in the lower ionosphere N. V. Bakhmet’evaV. L. FrolovE.Yu. Zykov OriginalPaper 21 July 2012 Pages: 95 - 109
Features of modification of the earth’s ionosphere by high-power X-mode radio waves and the observed effects V. L. Frolov OriginalPaper 21 July 2012 Pages: 110 - 125
Effects of modification of the polar ionosphere with high-power short-wave extraordinary-mode HF waves produced by the spear heating facility T. D. BorisovaN. F. BlagoveshchenskayaT. K.Yeoman OriginalPaper 21 July 2012 Pages: 126 - 141
