Tools of radio astronomy:
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| Main Authors: | , , |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Berlin
Springer
2009
|
| Edition: | 5. ed. |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Item Description: | Literaturverz. S.483-502 |
| Physical Description: | XV, 515 S. Ill., graph. Darst. 24 cm |
| ISBN: | 9783540851219 |
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MARC
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Record in the Search Index
| _version_ | 1804142697737355264 |
|---|---|
| adam_text | THOMAS L. WILSON * KRISTEN ROHLFS * SUSANNE HUTTEMEISTER TOOLS OF RADIO
ASTRONOMY FIFTH EDITION CONTENTS 1 RADIO ASTRONOMICAL FUNDAMENTALS 1 1.1
ON THE ROLE OF RADIO ASTRONOMY IN ASTROPHYSICS 1 1.2 THE RADIO WINDOW ;
... 3 1.3 SOME BASIC DEFINITIONS 5 1.4 RADIATIVE TRANSFER 7 .1.5 BLACK
BODY RADIATION AND THE BRIGHTNESS TEMPERATURE 10 1.6 THE NYQUIST THEOREM
AND THE NOISE TEMPERATURE 15 PROBLEMS 16 2 ELECTROMAGNETIC WAVE
PROPAGATION FUNDAMENTALS 19 2.1 MAXWELL S EQUATIONS 19 2.2 ENERGY
CONSERVATION AND THE POYNTING VECTOR 20 2.3 COMPLEX FIELD VECTORS .. .
22 2.4 THE WAVE EQUATION : 23 2.5 PLANE WAVES IN NONCONDUCTING MEDIA 25
2.6 WAVE PACKETS AND THE GROUP VELOCITY 28 2.7 PLANE WAVES IN CONDUCTING
MEDIA 30 2.8 THE DISPERSION MEASURE OF A TENUOUS PLASMA ...... 32
PROBLEMS 35 3 WAVE POLARIZATION 39 3.1 VECTOR WAVES :..... 39 3.2 THE
POINCARE SPHERE AND THE STOKES PARAMETERS ... 43 3.3
QUASI-MONOCHROMATIC PLANE WAVES : 47 3.4 THE STOKES PARAMETERS FOR
QUASI-MONOCHROMATIC WAVES ........ 48 3.5 FARADAY ROTATION ,. 49
PROBLEMS ...-. 53 4 SIGNAL PROCESSING AND RECEIVERS: THEORY 5 5 4.-1
SIGNAL PROCESSING AND STATIONARY STOCHASTIC PROCESSES 55 4.1.1
PROBABILITY DENSITY, EXPECTATION VALUES AND ERGODICITY.. 55 4.1.2
AUTOCORRELATION AND POWER SPECTRUM 56 4.1.3 LINEAR SYSTEMS T ^..... 59 X
CONTENTS 4.1.4 FILTERS ...............:..., 61 4*1.5 DIGITIZATION AND
SAMPLING 62 4.1.6 GAUSSIAN RANDOM VARIABLES 65 4.1.7 SQUARE LAW
DETECTORS. ?.. 65 4.2 LIMITING RECEIVER SENSITIVITY 66 4.2.1 NOISE
UNCERTAINTIES DUE TO RANDOM PROCESSES 68 4.2.2 RECEIVER STABILITY ......
69 4.2:3 RECEIVER CALIBRATION . 73 PROBLEMS . ....:. 75 5 PRACTICAL
RECEIVER SYSTEMS ....... 79 5.1 HISTORICAL INTRODUCTION 79 5.1.1
BOLOMETER RADIOMETERS 80 5.1.2 THE NOISE EQUIVALENT POWER OF A BOLOMETER
81 5.1.3 CURRENTLY USED BOLOMETER SYSTEMS/ 83 5.2 COHERENT RECEIVERS
/.../. ... 85 5.2.1 THE MINIMUM NOISE IN A CDHERENT SYSTEM 85 5.2.2
BASIC COMPONENTS: PASSIVE DEVICES 86 5.2.3 BASIC COMPONENTS: ACTIVE
DEVICES 87 5.2.4 SEMICONDUCTOR JUNCTIONS 92 . 5.2.5 PRACTICAL HEMT
DEVICES 95 5.2.6 SUPERCONDUCTING MIXERS ..-... , 97 5.2.7 HOT
ELECTRON BOLOMETERS 99 5.3 SUMMARY OF FRONT ENDS PRESENTLY IN USE 100
5.3.1 SINGLE PIXEL RECEIVER SYSTEMS 100 5.3.2 MULTIBEAM SYSTEMS . ..101
5.4 BACK ENDS: CORRELATION RECEIVERS, POLARIMETERS AND SPECTROMETERS 102
5.4; 1 CORRELATION RECEIVERS AND POLARIMETERS 103 5.4.2 SPECTROMETERS
105 5.4.3 FOURIER AND AUTOCORRELATION SPECTROMETERS 106 5.4.4 PULSAR
BACK ENDS 115 PROBLEMS .* .117 6 FUNDAMENTALS OF ANTENNA THEORY ; .....
121 6.1 ELECTROMAGNETIC POTENTIALS *. 121 6.2 GREEN S FUNCTION FOR THE
WAVE EQUATION 123 6.3 THE HERTZ DIPPLE . ......... .-.. 126 6.3.1
ARRAYS OF EMITTERS...; .131 6.3.2 ARRAYS OF HERTZ DIPOLES -.-.- 133 6.4
RADIATION FIELDS OF FILLED ANTENNAS .... R ;.... 134 J 6.4.1 TWO
DIMENSIONAL FAR FIELD 134 6.4 : 2 THREE DIMENSIONAL FAR FIELD ..;.
..135 6.4.3 CIRCULAR APERTURES 137 6.4.4 ANTENNA TAPER RELATED TO POWER
PATTERN . . 140 6.5 THE RECIPROCITY THEOREM ...:..... 141 CONTENTS 6.6
SUMMARY 141 PROBLEMS .?. 142 PRACTICAL ASPECTS OF FILLED APERTURE
ANTENNAS 145 7.1 DESCRIPTIVE ANTENNA PARAMETERS V 145 7.1.1 THE POWER
PATTERN / (#, 7.1.2 THE MAIN BEAM SOLID ANGLE 146 7.1.3 THE EFFECTIVE
APERTURE ****^** *** ...148 - 7.1.4 THE CONCEPT OF ANTENNA TEMPERATURE
150 7.2 PRIMARY FEEDS ...-. .. 151 7.2.1 PRIME FOCUS FEEDS: DIPOLE AND
REFLECTOR 152 7.2.2 HORN FEEDS USED TODAY 152 7.2.3 MULTIPLE REFLECTOR
SYSTEMS 154 7.3 ANTENNA TOLERANCE THEORY .......... 157 7.4 THE
PRACTICAL DESIGN OF PARABOLIC REFLECTORS 161 7.4.1 GENERAL
CONSIDERATIONS 161 7.4.2 SPECIFIC TELESCOPES 163 7.5 SUMMARY 168
PROBLEMS ... , ...... 169 SINGLE DISH OBSERVATIONAL METHODS : 173 8.1
THE EARTH S ATMOSPHERE. 173 8.2 CALIBRATION PROCEDURES 177 8.2:1
GENERAL. -. .177 8.2.2 COMPACT SOURCES ....-. .. ;... : 178 8.2.3
EXTENDED SOURCES .... 180 8.2.4 CALIBRATION OF CM WAVELENGTH TELESCOPES
181 8.2.5 CALIBRATION OF MM AND SUB-MM WAVELENGTH TELESCOPES FOR
HETERODYNE SYSTEMS 182 8.2.6 BOLOMETER CALIBRATIONS . 185 8.3 CONTINUUM
OBSERVING STRATEGIES 185 8.3.1 POINT SOURCES .... ....185 8.3.2 IMAGING
OF EXTENDED CONTINUUM SOURCES 186 8.4 ADDITIONAL REQUIREMENTS FOR
SPECTRAL LINE OBSERVATIONS 188. 8.4.1 RADIAL VELOCITY SETTINGS 188 8.4.2
* STABILITY OF THE FREQUENCY BANDPASS.............:.... 190 8.4.3
INSTRUMENTAL FREQUENCY BASELINES 190 8.4.4 THE EFFECT OF STRAY RADIATION
........ 192 8.4.5 SPECTRAL LINE OBSERVING STRATEGIES 194 8.5 THE
CONFUSION PROBLEM ..; 196 8.5.1 INTRODUCTION : 196 PROBLEMS 197 XII
CONTENTS 9 INTERFEROMETERS AND APERTURE SYNTHESIS I 201 9.1 THE QUEST
FOR ANGULAR RESOLUTION 201 9.1.1 THE TWO ELEMENT INTERFEROMETER ..._
...201 9.2 TWO-ELEMENT INTERFEROMETERS 203 9.2.1 HARDWARE REQUIREMENTS
205 9.2.2 CALIBRATION 206 9.2.3 RESPONSES OF INTERFEROMETERS 207 9.3
APERTURE SYNTHESIS .:........ ...... . ..210 9.3.1 AN APPROPRIATE
COORDINATE SYSTEM ......... 210 9.3.2 HISTORICAL DEVELOPMENT 214 9.3.3
INTERFEROMETRIC OBSERVATIONS 218 9.3.4 IMPROVING VISIBILITY FUNCTIONS
220 9.3.5 MULTI-ANTENNA ARRAY CALIBRATIONS 221 9.3.6 DATA PROCESSING..
............ . 221 9.4 ADVANCED IMAGE IMPROVEMENT METHODS (..(..... 225
9.4.1 SELF-CALIBRATION J..J. 225 9:4.2 APPLYING CLEAN TO THE DIRTY MAP
226 9.4.3 MAXIMUM ENTROPY DECONVOLUTION METHOD (MEM) ..... 226 9.5
INTERFEROMETER SENSITIVITY . 227 9.6 VERY LONG BASELINE INTERFEROMETERS
230 9.7 INTERFEROMETERS IN ASTROMETRY AND GEODESY 232 PROBLEMS 234 10
EMISSION MECHANISMS OF CONTINUOUS RADIATION 239 10.1 THE NATURE OF RADIO
SOURCES.. ......239 : 10.1.1 BLACK BODY RADIATION FROM ASTRONOMICAL
OBJECTS ...... 241 10.2 RADIATION FROM ACCELERATED ELECTRONS ...... 243
10.3 THE FREQUENCY DISTRIBUTION OF BREMSSTRAHLUNG FOR AN INDIVIDUAL
ENCOUNTER.. 245 10.4 THE RADIATION OF AN IONIZED GAS CLOUD 248 10.5 *
NONTHERMAL RADIATION MECHANISMS 252 10.6 REVIEW OF THE LORENTZ
TRANSFORMATION. 253 10.7 THE SYNCHROTRON RADIATION OF A SINGLE ELECTRON
255 10.7.1 THE TOTAL POWER RADIATED .257 10.7.2 THE ANGULAR DISTRIBUTION
OF RADIATION 258 10.7.3 THE FREQUENCY DISTRIBUTION OF THE EMISSION ..,
259 10.8 THE SPECTRUM AND POLARIZATION OF SYNCHROTRON RADIATION .... 261
10.9 THE SPECTRAL DISTRIBUTION OF SYNCHROTRON RADIATION FROM AN ENSEMBLE
OF ELECTRONS , 263 10.9.1 HOMOGENEOUS MAGNETIC FIELD ,-. 266 10.9.2
RANDOM MAGNETIC FIELD 268 10.10 ENERGY REQUIREMENTS OF SYNCHROTRON
SOURCES 269 10.11 LOW-ENERGY CUT-OFFS IN NONTHERMAL SOURCES 271 10.12
INVERSE COMPTON SCATTERING, . : 272 10.12,1 THE SUNYAEV-ZELDOVICH
EFFECT .- 272 CONTENTS XIII *10.12.2 ENERGY LOSS FROM HIGH-BRIGHTNESS
SOURCES 273 PROBLEMS ..- *. .... 274 11 SOME EXAMPLES OF THERMAL AND
NONTHERMAL RADIO SOURCES 277- 11.1 THE QUIET SUN 277 11.2 RADIO
RADIATION FROM HII REGIONS 281 11.2.1 THERMAL RADIATION *:*:. 281 11.2.2
RADIO RADIATION FROM IONIZED STELLAR WINDS 283 11.3 SUPERNOVAE AND
SUPERNOVA REMNANTS .T.. 284 11.4 THE HYDRODYNAMIC EVOLUTION OF
SUPERNOVA REMNANTS .......... 285 11.4.1 THE FREE-EXPANSION PHASE. 286
11.4.2 THE SECOND PHASE: ADIABATIC EXPANSION 288 1.1.5 THE RADIO
EVOLUTION OF OLDER SUPERNOVA REMNANTS ......., 293 11.6 PULSARS 295
11.6.1 DETECTION AND SOURCE NATURE 295 11,6.2 DISTANCE ESTIMATES AND
GALACTIC DISTRIBUTION 296 11.6.3 INTENSITY SPECTRUM ARID PULSE
MORPHOLOGY 298 11.6.4 PULSARTIMING 301 11.6.5 ROTATIONAL SLOWDOWN AND
MAGNETIC MOMENT 303 11.6.6 BINARY PULSARS AND MILLISECOND PULSARS
.........: 305 11.6.7 RADIO EMISSION MECHANISM ..308 11.7 EXTRAGALACTIC
SOURCES 310 11.7.1 RADIO GALAXIES: CYGNUS A. ...310 R 11.7.2 AN
EXAMPLE OF THE SUNYAEV-ZELDOVICH EFFECT: CLUSTERS OF GALAXIES 312 11.7.3
RELATIVISTIC EFFECTS AND TIME VARIABILITY 312 PROBLEMS ....-. 315 12
SPECTRAL LINE FUNDAMENTALS ... .... 319 12.1 THE EINSTEIN COEFFICIENTS
. . 319 12.2 . RADIATIVE TRANSFER WITH EINSTEIN COEFFICIENTS 321 12.3
DIPOLE TRANSITION PROBABILITIES - 323 12.4 SIMPLE SOLUTIONS OF THE RATE
EQUATION 325 PROBLEMS *. . .-. 327 13 LINE RADIATION OF NEUTRAL HYDROGEN
329 13.1 THE 21 CM LINE OF NEUTRAL HYDROGEN .... . 330 , 13.2
THEZEEMANEFFECT .......... .....333 13.3 SPIN TEMPERATURES 333 13.4
EMISSION AND ABSORPTION LINES 335 13.4.1 THE INFLUENCE OF BEAM FILLING
FACTORS ~ AND SOURCE GEOMETRY . 336 13.5 THE PHYSICAL STATE OF THE
DIFFUSE INTERSTELLAR GAS : . 339 13.6 DIFFERENTIAL VELOCITY FIELDS AND
THE SHAPE OF SPECTRAL LINES ...... 341 13.7 THE GALACTIC VELOCITY FIELD
IN THE INTERSTELLAR GAS ..... ..... 344 XIV CONTENTS 13.8 ATOMIC LINES
IN EXTERNAL GALAXIES 348 VR 13.8.1 VIRIAL MASSES ... -.: . .. 350
13.8.2 THE TULLY-FISHER RELATION ..... 352 PROBLEMS . . .354 14
RECOMBINATION LINES 359 14.1 EMISSION NEBULAE 359 14.2 PHOTOIONIZATION
STRUCTURE OF GASEOUS NEBULAE { .360 14.2.1 PURE HYDROGEN NEBULAE .?. 360
14.2.2 HYDROGEN AND HELIUM NEBULAE .........-: I.. 363 14.2.3 ACTUAL H N
REGIONS -... : 364 14.3 RYDBERG ATOMS 365 14.4 LINE INTENSITIES UNDER
LTE CONDITIONS 367 14.5 LINE INTENSITIES WHEN LTE CONDITIONS DO NOT
APPLY 370 14.5.1 COLLISIONAL BROADENING , .../. : 376 14.6 THE
INTERPRETATION OF RADIO RECOMBINATION LINE OBSERVATIONS ... 378 14.6.1
ANOMALOUS CASES . ../. .379 14.7 RECOMBINATION LINES FROM OTHER
ELEMENTS 380 PROBLEMS .381 15 OVERVIEW OF MOLECULAR BASICS 387 15.1
BASIC.CONCEPTS .... ....387 15.2 ROTATIONAL SPECTRA OF DIATOMIC
MOLECULES 389 15.2.1 HYPERFINE STRUCTURE IN LINEAR MOLECULES 392 15.3
VIBRATIONAL TRANSITIONS ., 393 15.4 LINE INTENSITIES OF LINEAR MOLECULES
394 15.4.1 TOTAL COLUMN DENSITIES OF CO UNDER LTE CONDITIONS... 396 1575
SYMMETRIC TOP MOLECULES V. 400 15.5.1 ENERGY LEVELS , 400 15.5.2 SPIN
STATISTICS 402 15.5.3 HYPERFINE STRUCTURE 402 15.5.4 LINE INTENSITIES
AND COLUMN DENSITIES 405 15.6 ASYMMETRIC TOP MOLECULES I 407 15.6.1
ENERGY LEVELS 407 15.6.2 SPIN STATISTICS AND SELECTION RULES .. , 408
15.6.3 LINE INTENSITIES AND COLUMN DENSITIESS 408 15.6.4 ELECTRONIC
ANGULAR MOMENTUM 412 15.6.5 MOLECULES WITH HINDERED MOTIONS 413 PROBLEMS
.. 415 16 MOLECULES IN INTERSTELLAR SPACE - 419. 16.1 INTRODUCTION : ..
419 16.1.1 HISTORY 420 16.2 MOLECULAR EXCITATION ..;... 423 16.2.1
EXCITATION OF A TWO-LEVEL SYSTEM 423 CONTENTS XV 16.2.2 MASER EMISSION
PROCESSES IN ONE DIMENSION ....426 16.2.3 NON-LTE EXCITATION OF
MOLECULES 430 16.3 MODELS OF RADIATIVE TRANSFER 432 16.3.1 THE LARGE
VELOCITY GRADIENT MODEL 432 16.4 SPECTRAL LINES AS DIAGNOSTIC TOOLS 439
16.4.1 KINETIC TEMPERATURES ., ..... 440 16.4.2 LINEWIDTHS, RADIAL
MOTIONS AND INTENSITY DISTRIBUTIONS.. 441 16.4.3 DETERMINATION OF H2
DENSITIES 442 16.4:4 ESTIMATES OF H 2 COLUMN DENSITIES 7442 16.4.5
MASSES OF MOLECULAR CLOUDS FROM MEASUREMENTS OF 12 C 16 O .443 16.4.6
THE CORRELATION OF CO AND H 2 COLUMN DENSITIES .. 444 16.4.7 MASS
ESTIMATES AND CLOUD STABILITY ... 446 16.4.8 SIGNATURES OF CLOUD
COLLAPSE 448 16.5 A SELECTED SAMPLE OF RESULTS .448 16.6 CHEMISTRY 449
16.6.1 CLOUDS FOR WHICH THE UV FIELD CAN BE NEGLECTED 451 16.6.2 MODELS
OF PHOTON DOMINATED REGIONS 451 16.6.3 RESULTS 452 16.6.4 ION-MOLECULE
CHEMISTRY 454 16.6.5 GRAIN CHEMISTRY 458 16.6.6 SEARCHES FOR NEW
MOLECULES 458 PROBLEMS 460 A SOME USEFUL VECTOR RELATIONS 463 B THE
FOURIER TRANSFORM 467 C THE VAN VLECK CLIPPING CORRECTION: ONE BIT
QUANTIZATION 469 D THE RECIPROCITY THEOREM , 473 E THE HANKEL TRANSFORM
, 477 F A LIST OF CALIBRATION RADIO SOURCES ...* 479 G THE MUTUAL
COHERENCE FUNCTION AND VAN CITTERT-ZERNIKE THEOREM .. 483 G.I THE MUTUAL
COHERENCE FUNCTION 483 G.2 THE COHERENCE FUNCTION OF EXTENDED SOURCES:
THE VAN * * .- CITTERT-ZERNIKE THEOREM ....... 484 BIBLIOGRAPHY..
........ 489 INDEX : 503
|
| any_adam_object | 1 |
| author | Wilson, Thomas L. 1942- Rohlfs, Kristen 1930- Hüttemeister, Susanne 1963- |
| author_GND | (DE-588)121154270 (DE-588)121154238 (DE-588)114014183 |
| author_facet | Wilson, Thomas L. 1942- Rohlfs, Kristen 1930- Hüttemeister, Susanne 1963- |
| author_role | aut aut aut |
| author_sort | Wilson, Thomas L. 1942- |
| author_variant | t l w tl tlw k r kr s h sh |
| building | Verbundindex |
| bvnumber | BV025521686 |
| classification_rvk | US 1650 |
| ctrlnum | (OCoLC)299150727 (DE-599)BVBBV025521686 |
| dewey-full | 522.682 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 522 - Techniques, equipment & materials |
| dewey-raw | 522.682 |
| dewey-search | 522.682 |
| dewey-sort | 3522.682 |
| dewey-tens | 520 - Astronomy and allied sciences |
| discipline | Physik Geographie |
| edition | 5. ed. |
| format | Book |
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| id | DE-604.BV025521686 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T22:35:53Z |
| institution | BVB |
| isbn | 9783540851219 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-020129961 |
| oclc_num | 299150727 |
| open_access_boolean | |
| owner | DE-11 DE-210 |
| owner_facet | DE-11 DE-210 |
| physical | XV, 515 S. Ill., graph. Darst. 24 cm |
| publishDate | 2009 |
| publishDateSearch | 2009 |
| publishDateSort | 2009 |
| publisher | Springer |
| record_format | marc |
| spelling | Wilson, Thomas L. 1942- Verfasser (DE-588)121154270 aut Tools of radio astronomy Thomas L. Wilson ; Kristen Rohlfs ; Susanne Hüttemeister 5. ed. Berlin Springer 2009 XV, 515 S. Ill., graph. Darst. 24 cm txt rdacontent n rdamedia nc rdacarrier Literaturverz. S.483-502 Astronomisches Instrument (DE-588)4143252-6 gnd rswk-swf Radioastronomie (DE-588)4048200-5 gnd rswk-swf Radioastronomie (DE-588)4048200-5 s Astronomisches Instrument (DE-588)4143252-6 s 1\p DE-604 Rohlfs, Kristen 1930- Verfasser (DE-588)121154238 aut Hüttemeister, Susanne 1963- Verfasser (DE-588)114014183 aut GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020129961&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk |
| spellingShingle | Wilson, Thomas L. 1942- Rohlfs, Kristen 1930- Hüttemeister, Susanne 1963- Tools of radio astronomy Astronomisches Instrument (DE-588)4143252-6 gnd Radioastronomie (DE-588)4048200-5 gnd |
| subject_GND | (DE-588)4143252-6 (DE-588)4048200-5 |
| title | Tools of radio astronomy |
| title_auth | Tools of radio astronomy |
| title_exact_search | Tools of radio astronomy |
| title_full | Tools of radio astronomy Thomas L. Wilson ; Kristen Rohlfs ; Susanne Hüttemeister |
| title_fullStr | Tools of radio astronomy Thomas L. Wilson ; Kristen Rohlfs ; Susanne Hüttemeister |
| title_full_unstemmed | Tools of radio astronomy Thomas L. Wilson ; Kristen Rohlfs ; Susanne Hüttemeister |
| title_short | Tools of radio astronomy |
| title_sort | tools of radio astronomy |
| topic | Astronomisches Instrument (DE-588)4143252-6 gnd Radioastronomie (DE-588)4048200-5 gnd |
| topic_facet | Astronomisches Instrument Radioastronomie |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020129961&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT wilsonthomasl toolsofradioastronomy AT rohlfskristen toolsofradioastronomy AT huttemeistersusanne toolsofradioastronomy |