Rendiconti della Scuola internazionale di fisica "Enrico Fermi."G. Cini Castagnoli |
Contents
S INTRILIGATOR Our present knowledge of the heliosphere | 1 |
1 | 58 |
Ionic reactions and electron loss processes | 67 |
16 | 68 |
Sudden phase anomalies | 74 |
25 | 80 |
O GOUGH | 90 |
Nuclear reactions | 98 |
Introduction | 216 |
Theoretical estimates of the time variations in isotope pro | 218 |
Conclusions | 230 |
133 | 232 |
151 | 244 |
Filtering | 248 |
The cyclogram of the sum of two sine waves | 265 |
Appendix | 272 |
Solar spindown | 105 |
28 | 108 |
38 | 115 |
Conclusions | 118 |
49 | 121 |
The solar spoon | 123 |
The solar cycle | 129 |
315 | 131 |
Introduction | 133 |
Observations of aurorae | 143 |
Conclusion | 149 |
Changes in the LOD as determined from telescopic obser | 155 |
Changes in the LOD as determined from pretelescopic | 161 |
information about | 183 |
Results | 191 |
H E SUESS Radiocarbon in tree rings | 199 |
G CINI CASTAGNOLI Stability of the cyclic behaviour of | 205 |
Fourier transforms | 207 |
The secular variations | 212 |
Timeprogressive parametrizations | 278 |
Modulation | 291 |
Radiocarbon | 303 |
S K RUNCORN | 312 |
Introduction | 317 |
TL dating of sediments | 318 |
H OESCHGER The global carbon cycle a part of the Earth | 329 |
Natural variations of the carbon cycle | 339 |
Conclusions | 346 |
J P LEGRAND et P A SIMON Les principales sources solaires | 353 |
Conclusions | 374 |
Autoregressive analysis and quasicycles | 380 |
A SHEA and D F SMART | 396 |
Discussion | 405 |
317 | 409 |
Interplanetary perturbations coming from coronal holes | 425 |
The planetary heat balance | 438 |
Copyright | |