@article{oai:nagoya.repo.nii.ac.jp:00019681, author = {仲井, 猛敏 and NAKAI, Taketosi}, issue = {1-2}, journal = {空電研究所報告}, month = {Apr}, note = {The effective height of reflection (h) in the ionosphere and the distance of the source were estimated by the reflection theory in the use of the waveforms of the regular peaked type observed in Toyokawa in 1950 June; h is found about 85士5km and D is estimated to the accuracy which is approximately proportional to the reciprocal of the distance of propagation. The derived values for D were compared with good quality C. R. D. F. fixes and the results showed fair agreement. These results are descrived in this paper, but particular emphasis is given to a possible range of solutions for h and D deduced by a graphical method of analysis or deduced from the reflection theory and it is discussed that the practicability of estimating h or D to a useful accuracy from the waveforms reflected in the ionosphere depends on the distance itself or the number of recored echoes and the discrepancies which occur between the recored and ideal sequence of echoes.}, pages = {15--20}, title = {電離層反射公式により求められる電離層の高さ及び空電源距離}, volume = {6}, year = {1956} }