A. Bilge And Y. Tulunay, "A novel on-line method for single station prediction and forecasting of the ionospheric critical frequency f(o)F2 1 hour ahead," GEOPHYSICAL RESEARCH LETTERS , vol.27, no.9, pp.1383-1386, 2000
Bilge, A. And Tulunay, Y. 2000. A novel on-line method for single station prediction and forecasting of the ionospheric critical frequency f(o)F2 1 hour ahead. GEOPHYSICAL RESEARCH LETTERS , vol.27, no.9 , 1383-1386.
Bilge, A., & Tulunay, Y., (2000). A novel on-line method for single station prediction and forecasting of the ionospheric critical frequency f(o)F2 1 hour ahead. GEOPHYSICAL RESEARCH LETTERS , vol.27, no.9, 1383-1386.
Bilge, AH, And Y Tulunay. "A novel on-line method for single station prediction and forecasting of the ionospheric critical frequency f(o)F2 1 hour ahead," GEOPHYSICAL RESEARCH LETTERS , vol.27, no.9, 1383-1386, 2000
Bilge, AH And Tulunay, Y. "A novel on-line method for single station prediction and forecasting of the ionospheric critical frequency f(o)F2 1 hour ahead." GEOPHYSICAL RESEARCH LETTERS , vol.27, no.9, pp.1383-1386, 2000
Bilge, A. And Tulunay, Y. (2000) . "A novel on-line method for single station prediction and forecasting of the ionospheric critical frequency f(o)F2 1 hour ahead." GEOPHYSICAL RESEARCH LETTERS , vol.27, no.9, pp.1383-1386.
@article{article, author={AH Bilge And author={Y Tulunay}, title={A novel on-line method for single station prediction and forecasting of the ionospheric critical frequency f(o)F2 1 hour ahead}, journal={GEOPHYSICAL RESEARCH LETTERS}, year=2000, pages={1383-1386} }