Structure and dynamics of the upper atmosphere: proceedings of the 2nd course of the International School of Atmospheric Physics, "Ettore Majorana" Centre for Scientific Culture, held in Erice (Italy), 13-27 June, 1971
Gespeichert in:
Format: | Tagungsbericht Buch |
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Sprache: | English |
Veröffentlicht: |
Amsterdam
Elsevier
1974
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Schriftenreihe: | Developments in atmospheric science.
1. |
Schlagworte: | |
Online-Zugang: | Inhaltsverzeichnis |
Beschreibung: | XIII, 535 Seiten Illustrationen |
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245 | 1 | 0 | |a Structure and dynamics of the upper atmosphere |b proceedings of the 2nd course of the International School of Atmospheric Physics, "Ettore Majorana" Centre for Scientific Culture, held in Erice (Italy), 13-27 June, 1971 |c ed. by Franco Verniani |
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adam_text | Titel: Structure and dynamics of the upper atmosphere
Autor: Verniani, Franco
Jahr: 1974
Contents
Foreword......................... V
Contributors......................... VII
G. Fiocco: IMPACT OF MODERN TECHNOLOGY ON THE ATMOSPHERIC SCIENCES (Opening
speech)
E. Hesstvedt: PHOTOCHEMICAL ATMOSPHERE MODELS
Summary.......................... 5
1. Introduction to photochemical atmosphere models............ 5
2. A time-dependent photochemical model of the upper stratosphere and lower mésosphère . 10
2.1. Introduction...................... 10
2.2. The photochemical model.................. 10
2.3. Results........................ 10
2.4. Conclusion....................... 17
References......................... 18
R.S. Lindzen: TIDES AND INTERNAL GRAVITY WAVES IN THE ATMOSPHERE
Summary.......................... 21
1. History of the study of tides and elementary physics of internal gravity waves..... 21
1.1. Introduction...................... 21
1.2. History....................... 22
1.3. Elementary physics of internal gravity waves............. 26
2. Atmospheric tides: data.................... 31
3. Atmospheric tides: theory.................... 39
3.1. Assumptions, approximations and equations............. 39
3.2. Mathematical methods of solution................ 54
3.3. Explicit calculation of atmospheric tides.............. 58
3.4. Solar diurnal thermal tide................... 62
3.5. Lunar semidiurnal tide................... 68
3.6. Comparisons with data................... 69
4. Further developments..................... 70
4.1. Neglect of mean winds and horizontal temperature gradients........ 71
4.2. Neglect of dissipation.................... 74
4.3. Nonlinear effects..................... 79
4.4. Tides in the thermosphère.................. 79
References......................... 85
W.L. Webb: ELECTRICAL STRUCTURE OF THE LOWER IONOSPHERE
Summary.......................... 89
1. Introduction........................ 90
2. Diurnal circulations...................... 94
3. Electrical processes...................... 99
4. Electrical structure...................... 102
5. D and E regions....................... 118
6. Atmosphere conductivity structure................. 121
7. The dynamo currents..................... 123
8. Conclusions........................ 124
References......................... 126
? CONTENTS
D.F. Heath, E. Hilseniath, A.J. Krueger, W. Nordberg, C. Prabhakara and J.S. Theon: OBSERVATIONS
OF THE GLOBAL STRUCTURE OF THE STRATOSPHERE AND MESOSPHERE WITH SOUNDING
ROCKETS AND WITH REMOTE SENSING TECHNIQUES FROM SATELLITES
Summary..........................131
1. Introduction........................132
2. Techniques for measuring the composition, thermodynamic structure and motion field of the
neutral atmosphere up to 80 km..................134
2.1. Rocket techniques.....................134
2.2. Satellite techniques....................139
3. Results of observations.....................146
3.1. The mean thermodynamic structure and circulation of the mésosphère from rocket
soundings....................... 146
3.2. Small-scale and short-term variations in the vertical structure of the mésosphère . . . 153
3.3. Temperature structure in the noctilucent clouds............ 159
3.4. Global stratospheric temperature fields observed with satellites........ 164
3.5. Global ozone fields from satellite observations............. 175
3.6. Nocturnal structure of O3 in the mésosphère............. 179
3.7. Results of atomic oxygen sounding................ 188
3.8. Long-term variations of solar UV energy inputs to the mésosphère.......189
References.........................194
J. Walczewski: UPPER ATMOSPHERE ROCKET SOUNDINGS IN POLAND
Summary.......................... 199
1. Introduction........................ 199
2. Rockets, instrumentation and sounding schedule............. 199
3. Results......................... 201
References......................... 202
G. Benedetti-Michelangeli, G. Cappuccio, F. Congeduti and G. Fiocco: ACTIVE AND PASSIVE
OPTICAL DOPPLER TECHNIQUES FOR THE DETERMINATION OF ATMOSPHERIC TEMPERA-
TURE, 1: AN AIRGLOW SPECTROPHOTOMETER WITH INTERNAL LASER REFERENCE
Summary..........................205
1. The airglow spectrophotometer..................205
References.........................210
G. Benedetti-Michelangeli and G. Fiocco: ACTIVE AND PASSIVE OPTICAL DOPPLER TECHNIQUES
FOR THE DETERMINATION OF ATMOSPHERIC TEMPERATURE, 2: A HIGHLY COHERENT
LASER RADAR
Summary..........................211
1. Characteristics of the laser radar..................211
References.........................219
E. Harnischmacher: MORPHOLOGY OF THE LOWER IONOSPHERE
Summary.......................... 221
1. The D region........................ 221
1.1. Methods of observation................... 221
1.2. Electron density profiles................... 230
1.3. Multifrequency absorption over Freiburg Al ............ 231
1.4. Relation between ionospheric absorption and solar activity......... 238
1.5. Seasonal effects in the relationship between absorption and magnetic disturbance
character....................... 243
1.6. Solar radio noise flux effects.................. 244
CONTENTS XI
2. The normal E layer...................... 245
2.1. Methods of observation and layer parameters............. 245
2.2. Statistical treatment for parameters with diurnal, seasonal and year-to-year variations 262
3. The sporadic E layer..................... 272
3.1. Methods of observation and principal parameters of the Es layer....... 272
3.2. The global behaviour of Es.................. 277
3.3. The fine structure jf Es over Europe............... 280
3.4. Es parameters ov?r Freiburg, compared with the /0E 50% as a standard..... 291
3.5. Statistical analysis concerning the Es classification evaluated at Freiburg..... 297
3.6. The day-to-day variation of/0Es over Europe............. 302
3.7. The variation of A Es.................... 312
References......................... 316
Bibliography......................... 316
G.C. Rumi: TECHNIQUES FOR THE MEASUREMENTS OF THE ELECTRON DENSITY AND
TEMPERATURE IN THE D REGION
Summary.......................... 321
1. Foreword........................ 321
2. The cross-modulation technique.................. 323
2.1. Introduction...................... 323
2.2. Theoretical compendium................... 325
2.3. Experimental results.................... 329
3. The LF technique...................... 332
3.1. Introduction...................... 332
3.2. Theoretical developments................... 333
3.3. Experimental evidence................... 335
4. Conclusion........................ 338
References......................... 339
M. Bossolasco and A. Elena: MID-LATITUDE SPORADIC E
Summary.......................... 341
1. Introduction........................ 341
2. Data and method...................... 341
3. The spatial correlation of the Es layer................ 342
4. Discussion........................ 343
References......................... 345
H.G. Müller: WINDS AND TURBULENCE IN THE METEOR ZONE
Summary.......................... 347
1. Radio meteor techniques for the study of upper atmospheric winds........ 348
1.1. Introduction...................... 348
1.2. The basic principle of observation................ 349
1.3. C.W. radar techniques.................... 351
1.4. Pulsed techniques..................... 352
1.5. Comparison between C.W. and pulsed techniques............ 355
1.6. Problems associated with the determination of individual wind components .... 358
1.7. Measurements of wind shears in single station experiments......... 359
1.8. The utilisation of multiple reflections from a meteor trail......... 360
1.9. On the possibility of a network of meteor wind stations on a global scale..... 360
2. Neutral winds in the meteor zone.................. 362
2.1. Introduction...................... 362
2.2. The general structure of the upper atmospheric wind........... 363
2.3. The resolution of individual components in the upper atmospheric wind..... 364
÷ð CONTENTS
2.4. The prevailing wind.................... 367
2.5. The periodic tidal wind................... 367
2.6. Short-period oscillations in the wind............... 370
2.7. Long-period oscillations in the wind and the connection with other atmospheric param-
eters ......................... 371
3. Wind shears and turbulence in the meteor zone.............. 375
3.1. Introduction...................... 375
3.2. The nature of the irregular component of the upper atmospheric wind...... 377
3.3. The examination of the characteristics of turbulence at meteor heights..... 379
3.4. The diurnal and seasonal variation of shear and turbulent parameters...... 384
References......................... 387
U. von Zahn: COMPOSITION STUDIES IN THE THERMOSPHERE BY MEANS OF MASS SPEC-
TROMETERS
Summary..........................389
1. Upper atmospheric processes investigated in situ by means of mass spectrometers .... 389
1.1. Introduction ...................... 389
1.2. Altitude dependence of pressure and number densities below 85 km...... 390
1.3. Altitude dependence of number densities and composition above 85 km..... 392
2. Technological aspects and instruments................ 404
2.1. General problem areas.................... 404
2.2. Instruments....................... 409
2.3. Calibration procedures................... 416
3. Discussion of results obtained so far................. 423
3.1. Mean value of number densities at 150 km altitude........... 423
3.2. The problem of atomic oxygen................. 424
3.3. Height of turbopause and eddy diffusion coefficients........... 426
3.4. Diffusive equilibrium.................... 426
3.5. Helium and vertical transport................. 427
3.6. Wave phenomena and the geomagnetic activity effect........... 430
4. The outlook for future studies.................. 430
References......................... 431
H. Rishbeth: STRUCTURE OF THE F REGION AND GLOBAL THERMOSPHERIC WINDS
Summary..........................435
1. Observations of the F region...................435
1.1. Introduction...................... 435
1.2. Experimental methods . ·.................. 436
1.3. Features of the undisturbed F layer................ 440
1.4. F-layer disturbances.................... 446
2. A resume of the F-region theory.................. 448
2.1. The composition of the atmosphere and ionosphere........... 448
2.2. Production of ionization................... 451
2.3. F-region chemistry..................... 453
2.4. Motions of ionization.................... 456
2.5. Formation of the F2 peak.................. 459
3. Global thermospheric winds................... 461
3.1. The global distribution of thermospheric temperature.......... 461
3.2. The equations governing fhermosphetic wind velocities.......... 462
3.3. The wind systems..................... 465
3.4. Large-scale transport of ail by winds............... 467
3.5. Effects of winds on the F2 layer................. 469
3.6. Some outstanding problems.................. 474
References......................... 476
CONTENTS XIII
M. Bossolasco and A. Elena: MID-LATITUDE IONOSPHERIC IRREGULARITIES
Summary.......................... 481
1. Introduction........................ 481
2. The pre-sunrise maximum in the F2 region............... 481
3. Baylike disturbances in the F2 region................ 485
4. Discussion........................ 487
References......................... 489
G.E.Perona: ELECTRONS PRECIPITATING INTO THE D REGION FROM THE INNER AND
OUTER VAN ALLEN ZONES
Summary.......................... 491
1. Introduction........................ 491
2. Precipitation of electrons during magnetically quiet periods.......... 493
3. D-region perturbations from precipitating electrons............ 496
4. Precipitation during magnetically disturbed periods............ 497
5. Conclusions........................ 499
References......................... 500
F. Mariani: CORPUSCULAR EFFECTS IN THE IONOSPHERE
Summary.......................... 503
1. Introduction........................ 503
2. The maintenance of the night ionosphere............... 504
3. Long-term variations of the ionospheric electron density and correlations with solar activity 507
4. Temperature effects..................... 509
4.1. Neutral and charged particle temperatures.............. 509
4.2. Photoelection drift and conjugate effects.............. 511
5. Conclusions........................ 520
6. Appendix........................ 520
References......................... 522
Author Index........................ 525
Subject Index........................ 533
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spelling | Structure and dynamics of the upper atmosphere proceedings of the 2nd course of the International School of Atmospheric Physics, "Ettore Majorana" Centre for Scientific Culture, held in Erice (Italy), 13-27 June, 1971 ed. by Franco Verniani Amsterdam Elsevier 1974 XIII, 535 Seiten Illustrationen txt rdacontent n rdamedia nc rdacarrier Developments in atmospheric science. 1. Hochatmosphäre (DE-588)4139251-6 gnd rswk-swf Atmosphäre (DE-588)4003397-1 gnd rswk-swf Struktur (DE-588)4058125-1 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1971 Erice gnd-content Hochatmosphäre (DE-588)4139251-6 s DE-604 Atmosphäre (DE-588)4003397-1 s Struktur (DE-588)4058125-1 s Verniani, Franco Sonstige (DE-588)128158298 oth International School of Atmospheric Physics 2 1971 Erice Sonstige (DE-588)5172549-6 oth Developments in atmospheric science. 1. (DE-604)BV001891242 1 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003594066&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Structure and dynamics of the upper atmosphere proceedings of the 2nd course of the International School of Atmospheric Physics, "Ettore Majorana" Centre for Scientific Culture, held in Erice (Italy), 13-27 June, 1971 Developments in atmospheric science. Hochatmosphäre (DE-588)4139251-6 gnd Atmosphäre (DE-588)4003397-1 gnd Struktur (DE-588)4058125-1 gnd |
subject_GND | (DE-588)4139251-6 (DE-588)4003397-1 (DE-588)4058125-1 (DE-588)1071861417 |
title | Structure and dynamics of the upper atmosphere proceedings of the 2nd course of the International School of Atmospheric Physics, "Ettore Majorana" Centre for Scientific Culture, held in Erice (Italy), 13-27 June, 1971 |
title_auth | Structure and dynamics of the upper atmosphere proceedings of the 2nd course of the International School of Atmospheric Physics, "Ettore Majorana" Centre for Scientific Culture, held in Erice (Italy), 13-27 June, 1971 |
title_exact_search | Structure and dynamics of the upper atmosphere proceedings of the 2nd course of the International School of Atmospheric Physics, "Ettore Majorana" Centre for Scientific Culture, held in Erice (Italy), 13-27 June, 1971 |
title_full | Structure and dynamics of the upper atmosphere proceedings of the 2nd course of the International School of Atmospheric Physics, "Ettore Majorana" Centre for Scientific Culture, held in Erice (Italy), 13-27 June, 1971 ed. by Franco Verniani |
title_fullStr | Structure and dynamics of the upper atmosphere proceedings of the 2nd course of the International School of Atmospheric Physics, "Ettore Majorana" Centre for Scientific Culture, held in Erice (Italy), 13-27 June, 1971 ed. by Franco Verniani |
title_full_unstemmed | Structure and dynamics of the upper atmosphere proceedings of the 2nd course of the International School of Atmospheric Physics, "Ettore Majorana" Centre for Scientific Culture, held in Erice (Italy), 13-27 June, 1971 ed. by Franco Verniani |
title_short | Structure and dynamics of the upper atmosphere |
title_sort | structure and dynamics of the upper atmosphere proceedings of the 2nd course of the international school of atmospheric physics ettore majorana centre for scientific culture held in erice italy 13 27 june 1971 |
title_sub | proceedings of the 2nd course of the International School of Atmospheric Physics, "Ettore Majorana" Centre for Scientific Culture, held in Erice (Italy), 13-27 June, 1971 |
topic | Hochatmosphäre (DE-588)4139251-6 gnd Atmosphäre (DE-588)4003397-1 gnd Struktur (DE-588)4058125-1 gnd |
topic_facet | Hochatmosphäre Atmosphäre Struktur Konferenzschrift 1971 Erice |
url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003594066&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
volume_link | (DE-604)BV001891242 |
work_keys_str_mv | AT vernianifranco structureanddynamicsoftheupperatmosphereproceedingsofthe2ndcourseoftheinternationalschoolofatmosphericphysicsettoremajoranacentreforscientificcultureheldinericeitaly1327june1971 AT internationalschoolofatmosphericphysicserice structureanddynamicsoftheupperatmosphereproceedingsofthe2ndcourseoftheinternationalschoolofatmosphericphysicsettoremajoranacentreforscientificcultureheldinericeitaly1327june1971 |