Atmospheric remote sensing by microwave radiometry:
Saved in:
| Format: | Book |
|---|---|
| Language: | English |
| Published: |
New York [u.a.]
Wiley
1993
|
| Series: | Wiley series in remote sensing
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XIX, 572 S. graph. Darst. |
| ISBN: | 0471628913 |
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| 245 | 1 | 0 | |a Atmospheric remote sensing by microwave radiometry |c ed. by Michael A. Janssen |
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Record in the Search Index
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|---|---|
| adam_text | Titel: Atmospheric remote sensing by microwave radiometry
Autor: Janssen, Michael A.
Jahr: 1993
PREFACE xvii
CHAPTER 1
AN INTRODUCTION TO THE PASSIVE MICROWAVE
REMOTE SENSING OF ATMOSPHERES 1
Michael A. Janssen
1.1 A General Perspective 1
1.2 The Microwave Radiative Transfer Equation 3
1.2.1 Radiative Transfer in a Nonscattering Thermal Medium 4
1.2.2 Specializing to the Microwave Case 6
1.2.3 Microwave Remote Sensing 8
1.2.4 The Significance of the Approximations 9
1.3 Microwave Radiometry 13
1.3.1 Fundamentals 14
1.3.2 Two Common Types of Radiometers 22
1.3.3. About Hardware 25
References 33
CHAPTER 2
ABSORPTION OF MICROWAVES BY ATMOSPHERIC
GASES 37
Philip W. Rosenkranz
2.1 General Expression for Absorption Coefficient 37
2.2 Energy Levels and Line Spectra of Isolated Molecules 39
2.2.1 Born-Oppenheimer Approximation 39
2.2.2 Energy Levels and Wave Functions of a Rigid Rotor 40
2.2.3 Degeneracies Due to Nuclear Spin 44
2.2.4 Selection Rules for Rotational Transitions 44
2.2.5 Line Intensities 45
2.2.6 Rotational Spectrum of Ozone 47
ix
X CONTENTS
2.2.7 Rotational Spectrum of Water Vapor 48
2.2.8 Rotational Spectrum of Carbon Monoxide 49
2.2.9 Rotational Spectrum of Nitrous Oxide 49
2.2.10 Rotational Spectrum of Chlorine Monoxide 49
2.2.11 Spin-Rotation Spectrum of Oxygen 52
2.2.12 Inversion Spectrum of Ammonia 56
2.3 Thermal (Doppler) Broadening 59
2.4 Pressure Broadening 60
2.4.1 General Discussion 60
2.4.2 Low Pressures (Mésosphère and Stratosphere) 65
2.4.3 Moderate Pressures (Troposphere) 68
2.4.4 High Pressures (Deep Planetary Atmospheres) 72
2.5 Collision-Induced Absorption by Nitrogen and Carbon Dioxide 73
References 75
APPENDIX TO CHAPTER 2
LINE PARAMETERS FOR SELECTED LINES BELOW
300 GHz 80
References 82
CHAPTER 3
MICROWAVE RADIATIVE TRANSFER IN
HYDROMETEORS 91
A. J. Gasiewski
3.1 Differential Radiative Transfer Equation 92
3.2 Scattering and Absorption by Hydrometeors 93
3.2.1 Scattering and Absorption by Sparse Distributions of
Particles 95
3.2.2 Gaseous Absorption in the Troposphere and Lower
Stratosphere 97
3.2.3 Planar-Stratified Atmosphere Approximation 99
3.2.4 Monodispersed Spherical Hydrometeor Scattering and
Extinction 101
3.2.5 Polydispersed Spherical Hydrometeor Scattering and
Extinction 105
3.2.6 Phase-Matrix Approximations 108
3.3 DRTE Solutions: The Forward-Transfer Problem 113
3.3.1 Nonscattering Solution 113
3.3.2 Numerical Quadrature: Nonscattering Solution 115
3.3.3 Iterative Solution for a Scattering Atmosphere 119
3.3.4 Numerical Quadrature: Scattering Solution 122
3.3.5 Eigenanalysis 123
CONTENTS Õ²
3.4 Numerical Model Applications and Limitations 125
3.4.1 Comparison of Observed and Computed Brightnesses 126
3.4.2 Effects of Phase-Matrix Approximations 127
3.4.3 Frequency Dependence of Brightness Temperatures
Over Clouds 130
3.4.4 Retrieval of Precipitation Parameters 133
3.4.5 Sensitivity of Microwave Window Channels to
Hydrometeors 136
References 139
CHAPTER 4
GROUND-BASED MICROWAVE REMOTE SENSING
OF METEOROLOGICAL VARIABLES 145
Ed R. Westwater
4.1 Profile Inversion Theory 145
4.1.1 Linearization of the Radiative Transfer Equation 146
4.1.2 Use of the Linearized Radiative Transfer Equation in
Profile Retrieval 149
4.1.3 Description of Commonly Used Inversion Techniques 151
4.2 Radiometrie Systems Operated by the Wave Propagation
Laboratory 157
4.2.1 The Six-Channel Radiometer 157
4.2.2 The Colorado Research Network of Dual-Channel
Radiometers 159
4.2.3 The i^eerable Three-Channel Radiometer 161
4.3 Indirect Temperature Sensing 163
4.3.1 Ground-Based Temperature Sensing 166
4.3.2 Combined Ground- and Satellite-Based Temperature
Sensing 169
4.3.3 Use of Radar Measurements of Tropopause Height to
Improve Radiometrie Temperature Retrievals 173
4.3.4 Temperature Retrieval from Combined Winds and
Radiometers 174
4.3.5 Combined Radiometer and RASS Temperature
Soundings 177
4.4 Microwave Radiometrie Measurements of Water Vapor 179
4.4.1 Measurements of Precipitable Water Vapor 180
4.4.2 Spectra of Precipitable Water Vapor 183
4.4.3 Observations of Precipitable Water Vapor from the
Colorado Research Network 184
4.4.4 Measurements of Water Vapor Profiles 186
4.5 Microwave Radiometrie Measurements of Cloud Liquid 190
4.5.1 Technique and Examples of Data 190
XU CONTENTS
4.5.2 Applications of Radiometers to Winter Snowpack
Augmentation 192
4.5.3 Remote Detection of Aircraft-Icing Conditions 193
4.6 Additional Applications 197
4.6.1 Comparison of Clear-Air Absorption Models 197
4.6.2 Mass-Absorption Coefficients for Water Vapor 197
4.6.3 Observations of Attenuation from Clouds 201
4.6.4 Attenuation Statistics 203
4.6.5 Cloud Liquid and Radiative Transfer 204
4.6.6 Satellite Validation 205
4.7 Concluding Remarks 206
References 207
CHAPTER 5
TROPOSPHERiC RADIO-PATH DELAY FROM
GROUND-BASED MICROWAVE RADIOMETRY 215
Gunnar Elgered
5.1 The Delay of Radio Waves Propagating Through the Neutral
Atmosphere 216
5.1.1 Definition of the Excess Propagation Path 216
5.1.2 From Refractivity to Delay 219
5.1.3 The Path Delay due to Condensed Water 221
5.2 Wet-Delay Algorithms Used with Microwave Radiometry 224
5.2.1 General Statistical Retrieval Algorithms 226
5.2.2 Modified Statistical Retrieval Algorithm: Linearized
Brightness Temperatures 227
5.2.3 Modified Statistical Retrieval Algorithm: Opacities 230
5.3 Expected Accuracy of Wet-Delay Algorithms 231
5.3.1 Simulated WVR Observations 231
5.3.2 Simulated Retrieval Approach 232
5.3.3 Evaluation of Performance 234
5.4 Radiometer Calibration 240
5.5 Verification of the Accuracy of the WVR Technique 243
5.5.1 Side-by-Side WVR Measurements 243
5.5.2 Estimating Wet Delay Using Surface Meterological Data 243
5.5.3 Measuring with Radiosondes 244
5.5.4 Measuring with a Raman Lidar 245
5.5.5 Measuring with an Infrared Spectral Hygrometer 246
5.5.6 Differential Optical/Radio Measurements 246
5.5.7 Estimation Using Radio-lnterferometry Systems 247
5.6 Applications of Water Vapor Radiometry 248
5.6.1 Data for Very-Long-Baseline Interferometry (VLBI) 249
CONTENTS Õ²È
5.6.2 WVR Data Used with the Global Positioning System
(GPS) 249
References 250
CHAPTER 6
REMOTE SENSING OF THE ATMOSPHERE FROM
SATELLITES USING MICROWAVE RADIOMETRY 259
Norman C. Grody
6.1 Introduction 260
6.1.1 Atmospheric Remote Sensing and Microwaves 260
6.1.2 Value of Microwave Measurements 262
6.1.3 Satellite Microwave Radiometers 264
6.2 Theoretical Background 273
6.2.1 Brightness Temperature Equation 273
6.2.2 Atmospheric Weighting Functions 276
6.2.3 Weighting Functions for Flight Instruments 278
6.3 Temperature Retrievals 282
6.3.1 Retrieval Approach 282
6.3.2 Surface Emissivity Effects 286
6.3.3 Water Vapor and Cloud Effects 288
6.3.4 Temperature-Retrieval Accuracy 290
6.3.5 Retrieval Accuracy of the SSM/T Sounder 294
6.4 Rainfall and Cloud Liquid Water 295
6.4.1 Emission Measurements 296
6.4.2 Scattering Measurements 300
6.5 Water-Vapor Retrievals 305
6.5.1 Retrieval of Water Vapor Burden 305
6.5.2 Linearized Retrieval Approach 308
References 311
APPENDICES TO CHAPTER 6 315
6A Surface Emissivity 315
6A.1 Theoretical Formulation 315
6A.2 Modeling Surface Parameters 316
6A.3 Surface Emissivity Measurements 317
6B Corrections for Calibration and Modeling Errors 319
6B.1 Calibration Corrections 319
6B.2 Antenna Sidelobe Corrections 321
6B.3 Modeling Corrections 322
6B.4 Calibration and Modeling Correction Parameters 323
XiV CONTENTS
6C Corrections for Surface Emissivity and Elevation 326
6C.1 Emissivity and Elevation Corrections 326
6C.2 Emissivity and Elevation-Correction Parameters 328
6D Cloud Liquid Water Absorption 332
References 333
CHAPTER 7
GROUND-BASED MICROWAVE SPECTROSCOPY OF
THE EARTH S STRATOSPHERE AND MESOSPHERE 335
ß. Todd Clancy and Duane O. Mulhleman
7.1 Introduction 335
7.1.1 The Middle Atmosphere 335
7.1.2 Microwave Applications 336
7.1.3 Microwave Instrumentation 337
7.1.4 Microwave Transitions 339
7.1.5 Microwave Line Shapes 339
7.1.6 Atmospheric Transmission 340
7.1.7 Microwave Radiative Transfer 342
7.2 Observational Methods 343
7.2.1 Emission Measurements 343
7.2.2 Absorption Observations 347
7.3 Data-Analysis Techniques 349
7.3.1 Microwave Weighting Functions 350
7.3.2 Iterative Inversion Solutions 355
7.3.3 Matrix-Inversion Solutions 356
7.3.4 Constrained Matrix-Inversion Solutions 357
7.4 Middle-Atmosphere Observations 358
7.4.1 O3 359
7.4.2 H2O 361
7.4.3 CO 363
7.4.4 CIO 364
7.4.5 N2O and NO 367
7.4.6 HO2, H2O2, and HCN 370
7.4.7 Mesospheric Winds 372
7.4.8 Middle-Atmospheric Temperatures, O2, O2 (1Ää) 374
7.5 Future Developments 376
References 377
CHAPTER 8
MICROWAVE LIMB SOUNDING 383
J. W. Waters
8.1 Introduction 383
CONTENTS XV
8.2 The Need for Measurements 385
8.3 Stratospheric Molecules and Spectroscopy 386
8.4 Geometrical Considerations 400
8.5 Sensitivity Considerations 413
8.6 The UARS MLS Experiment 415
8.7 Future Possibilities 421
References 430
APPENDICES TO CHAPTER 8
8A Submillimeter Spectra of Stratospheric Molecules 435
8B Theoretical Expressions 457
8B.1 Interaction of Radiation and Matter 458
8B.2 Einstein Coefficients 468
8B.3 Electric Dipole Transitions 470
8B.4 Absorption Coefficient and Radiative Transfer 472
8B.5 Rotational Transitions 478
8B.6 JPL Catalog Data 479
8B.7 Useful Approximations 481
8C FORTRAN Code for Absorption Coefficients 483
8C.1 ABSX_CLO_204 490
8C.2 QLOG 491
8C.3 ABSX_CLO_MLS 491
References 495
CHAPTER 9
RETRIEVAL OF ATMOSPHERIC PARAMETERS IN
PLANETARY ATMOSPHERES FROM MICROWAVE
SPECTROSCOPY 497
Duane O. Muhleman and R. Todd Clancy
9.1 Introduction 497
9.2 Observational and Analytical Methods 499
9.3 Observations with Single Telescopes 506
9.3.1 Mars 506
9.3.2 Venus 511
9.3.3 Titan and lo 514
9.4 Observations with Array Telescopes 516
9.4.1 Water Vapor in Mars Atmosphere 517
9.4.2 Venus CO Abundances 519
9.4.3 Venus Winds 523
9.5 Spectroscopy from Spacecraft 524
References 532
XVi CONTENTS
CHAPTER 10
PROPERTIES OF THE DEEP ATMOSPHERES OF
THE PLANETS FROM RADIOASTRONOMICAL
OBSERVATIONS 535
Samuel Gulkis and Michael A. Janssen
10.1 Introduction 535
10.2 Basic Concepts 537
10.2.1 Disk Temperature and Weighting Functions 537
10.2.2 Model Atmospheres 541
10.3 Venus 542
10.4 The Giant Planets 548
10.4.1 Introduction 548
10.4.2 Jupiter and Saturn 554
10.4.3 Uranus and Neptune 556
10.5 Conclusion 558
References 558
INDEX 561
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| spelling | Atmospheric remote sensing by microwave radiometry ed. by Michael A. Janssen New York [u.a.] Wiley 1993 XIX, 572 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Wiley series in remote sensing Atmosphere Remote sensing Atmospheric radiation Measuremnet Microwave remote sensing Mikrowellenfernerkundung (DE-588)4169876-9 gnd rswk-swf Atmosphäre (DE-588)4003397-1 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Mikrowellenfernerkundung (DE-588)4169876-9 s DE-604 Atmosphäre (DE-588)4003397-1 s Janssen, Michael A. Sonstige oth HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=005238271&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Atmospheric remote sensing by microwave radiometry Atmosphere Remote sensing Atmospheric radiation Measuremnet Microwave remote sensing Mikrowellenfernerkundung (DE-588)4169876-9 gnd Atmosphäre (DE-588)4003397-1 gnd |
| subject_GND | (DE-588)4169876-9 (DE-588)4003397-1 (DE-588)4143413-4 |
| title | Atmospheric remote sensing by microwave radiometry |
| title_auth | Atmospheric remote sensing by microwave radiometry |
| title_exact_search | Atmospheric remote sensing by microwave radiometry |
| title_full | Atmospheric remote sensing by microwave radiometry ed. by Michael A. Janssen |
| title_fullStr | Atmospheric remote sensing by microwave radiometry ed. by Michael A. Janssen |
| title_full_unstemmed | Atmospheric remote sensing by microwave radiometry ed. by Michael A. Janssen |
| title_short | Atmospheric remote sensing by microwave radiometry |
| title_sort | atmospheric remote sensing by microwave radiometry |
| topic | Atmosphere Remote sensing Atmospheric radiation Measuremnet Microwave remote sensing Mikrowellenfernerkundung (DE-588)4169876-9 gnd Atmosphäre (DE-588)4003397-1 gnd |
| topic_facet | Atmosphere Remote sensing Atmospheric radiation Measuremnet Microwave remote sensing Mikrowellenfernerkundung Atmosphäre Aufsatzsammlung |
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