Verfügbarkeit: Astrooptik :: THWS Bibkatalog

Astrooptik: Optiksysteme für die Astronomie

Gespeichert in:

Bibliographische Detailangaben
1. Verfasser:	Laux, Uwe (VerfasserIn)
Format:	Buch
Sprache:	German
Veröffentlicht:	Weimar Uwe Laux 2017
Ausgabe:	3. Auflage
Schlagworte:	Astronomisches Instrument Optisches System
Online-Zugang:	Inhaltsverzeichnis Inhaltsverzeichnis
Beschreibung:	xvii, 505 Seiten Illustrationen 31 cm
ISBN:	9783937981659

Internformat

MARC


LEADER	00000nam a2200000 c 4500
001	BV048213446
003	DE-604
005	20220523
007	t
008	220512s2017 gw a\|\|\| \|\|\|\| 00\|\|\| ger d
015			\|a 17,B24 \|2 dnb
016	7		\|a 1133221165 \|2 DE-101
020			\|a 9783937981659 \|c Festeinband \|9 978-3-937981-65-9
035			\|a (OCoLC)990198300
035			\|a (DE-599)DNB1133221165
040			\|a DE-604 \|b ger \|e rda
041	0		\|a ger
044			\|a gw \|c XA-DE
049			\|a DE-M347
082	0		\|a 522.2 \|2 22/ger
084			\|a US 1480 \|0 (DE-625)146665: \|2 rvk
084			\|a US 1500 \|0 (DE-625)146666: \|2 rvk
084			\|a UH 6700 \|0 (DE-625)145770: \|2 rvk
084			\|a 520 \|2 sdnb
100	1		\|a Laux, Uwe \|e Verfasser \|4 aut
245	1	0	\|a Astrooptik \|b Optiksysteme für die Astronomie \|c Uwe Laux
250			\|a 3. Auflage
264		1	\|a Weimar \|b Uwe Laux \|c 2017
300			\|a xvii, 505 Seiten \|b Illustrationen \|c 31 cm
336			\|b txt \|2 rdacontent
337			\|b n \|2 rdamedia
338			\|b nc \|2 rdacarrier
650	0	7	\|a Astronomisches Instrument \|0 (DE-588)4143252-6 \|2 gnd \|9 rswk-swf
650	0	7	\|a Optisches System \|0 (DE-588)4126186-0 \|2 gnd \|9 rswk-swf
689	0	0	\|a Astronomisches Instrument \|0 (DE-588)4143252-6 \|D s
689	0	1	\|a Optisches System \|0 (DE-588)4126186-0 \|D s
689	0		\|5 DE-604
856	4	2	\|m B:DE-101 \|q application/pdf \|u http://d-nb.info/1133221165/04 \|3 Inhaltsverzeichnis
856	4	2	\|m DNB Datenaustausch \|q application/pdf \|u http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033594249&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA \|3 Inhaltsverzeichnis
999			\|a oai:aleph.bib-bvb.de:BVB01-033594249

Datensatz im Suchindex

_version_	1804183987801817088
adam_text	INHALTSVERZEICHNIS I. OPTISCHE GRUNDLAGEN 1 1.1. EINLEITUNG 3 1.1.1. GRUNDBEGRIFFE UND ERLAEUTERUNGEN .................................................................... 4 1.1.2. ABBILDUNGSFEHLER............................................................................................ 6 1.1.3. VERZEICHNUNG: BRENNWEITE ODER SKALENFAKTOR ................................................ 10 VERZEICHNUNG: ASTROMETRIE UND ASTROGRAPHEN................................................ 12 1.1.4. VON DER FOTOPLATTE ZUR CCD-KAMERA................................................................ 13 1.1.5. OPTIK-DESIGN (GRUNDLAGEN) ............................................................................. 15 GLASEIGENSCHAFTEN............................................................................................ 15 G LASFEHLER........................................................................................................ 15 DISPERSION UND EINZELLINSE ............................................................................. 16 ISOPLANASIE- ODER SINUSBEDINGUNG ................................................................. 18 SPEKTRALBEREICH, GAUSS-FEHLER UND POLYCHROMATISCHE A BBILDUNG .................. 18 OPTISCHES BILDFELD UND DETEKTORGROESSE ........................................................... 21 SPHAEREN, ASPHAEREN UND RETUSCHE .................................................................... 22 1.1.6. ANALYTISCH GESTUETZTE OPTIMIERUNG...................................................................... 23 ANALYTISCHER ACHROMAT ODER APOCHROMAT (GLAS-SELEKTION).............................. 23 ANALYTISCHER ACHROMAT ODER APOCHROMAT (BERECHNUNG)................................. 28 ANALYTISCHES ZWEISPIEGEL-SYSTEM .................................................................... 30 ANALYTISCHES SCHMIDT-SPIEGEL-SYSTEM ........................................................... 32 1.1.7. ENTWICKLUNG OPTISCHER SYSTEME (OPTIMIERUNG)................................................. 34 TOLERANZEN / FERTIGUNGSFEHLER VON LINSEN UND FASSUNG.................................... 35 TEMPERATURABHAENGIGKEITEN ............................................................................. 36 1.1.8. RECHNUNG DER SYSTEME UND INTERPRETATION...................................................... 38 AUFBAU QUERABERRATIONSDIAGRAMM ..................................................................... 40 AUFBAU SPOTDIAGRAM M ....................................................................................... 40 AUFBAU FARBLAENGSFEHLERDIAGRAMM ..................................................................... 41 AUFBAU BRECHKRAFTTABELLEN................................................................................. 41 AUFBAU BILDFELDWOELBUNGSTABELLE........................................................................ 42 BILDFEHLERINTERPRETATION....................................................................................... 42 1.1.9. OBERFLAECHEN-VERGUETUNGEN, DUENNE SCHICHTEN........................................................44 1.1.10. KAUF UND PRUEFUNG EINES T ELESKOPS..................................................................... 45 1.1.11. SYSTEMVERGLEICHE UND G LASW EGE ......................................................................... 46 APQ-100/1000 GLAS WEG 50 M M ................................................................................. 46 APQ-100/1000 ..................................................................................................... 46 1.2. PSF (PUNKTBILDFUNKTION) UND BEUGUNG 48 1.2.1. PSF UND ZEMIKE-POLYNOM.................................................................................. 49 1.2.2. ZENTRALVIGNETTE UND HALTEKREUZ ....................................................................... 54 1.2.3. GEZIELTE PUPILLENEINGRIFFE................................................................................ 60 1.2.4. TIME-DELAY-INTEGRATION................................................................................... 60 1.2.5. ASYMMETRISCHE PUPILLEN ................................................................................ 61 II. REFRAKTOREN - LINSEN-SYSTEME 67 11.1. REFRAKTOR I (FERNROHR-ACHROMATE) 68 11.1.1. U R - A C H R O M A T .............................................................................................................................. 7 0 C -100/1000 (MBK7 / M SF2)........................................................................................................... 7 0 7-100/1000 (MBK7 / MSF2) ANAL......................................................................................................... 71 II. 1.2. F RA U N H O FER-A CH RO M A T..................................................................................................................... 72 E-IOO/IOOO (MBK7 + M F 2 ) ................................................................................................................72 E - 100/1000 (MBK7 + MF2) ANAL......................................................................................................73 II. 1.3. VERBESSERTER A CHROM AT (S O N N E F E LD ) ................................................................................. 7 4 AS-IOO/IOOO (JKZF2 + JB K 7 )....................................................................................................... 74 Z USAM M ENFASSUNG / B E M E R K U N G E N .................................................................................... 75 11.2. REFRAKTOR LLA (HALB-APOCHROMATE UND APOCHROMATE) 76 11.2.1. K LA SSISCH E A P O C H R O M A T E ......................................................................................................... 77 E-100/1500 (MBK7 + M F 2 ) ........................................................................................................... 78 A S -100/1500 (JKZF2 + JB K 7 ) ............................................................................................................ 79 A-100/1750 (JKZF2 + JBALK2) ................................................................................................... 80 A -L 00/1500 (JKZF2 + JBALK2) ................................................................................................... 81 B-100/1500 (JBALF4 + JKZF2 + JK 7 ) ............................................................................................ 82 F - L00/1500 (JPSK3 + JSF4 + JSFL 1 ) ............................................................................................ 83 Z USAM M EN FASSU NG / B E M E R K U N G E N .................................................................................... 84 11.2.2. D REILIN SIG E A POCHROM ATE (ZW EI G LAESER) ......................................................................... 85 B -L 00/1000 (JBAK5 + JKZF2 + JB A K 5 )........................................................................................ 85 BM1-100/1000 (JBAK5/JKZF2 + JB A K 5 ).................................................................................... 86 BM2-100/1000 (JBAK5 + JKZF2 / JB A K 5 ).................................................................................... 87 11.2.3. D REILIN SIGE H ALB-A POCHROM ATE (ZW EI UND DREI G LAE S E R ) .............................................. 88 AQ-IOO/IOOO (JZK2 / JKZF2 / JBAK2) ........................................................................................ 88 SG-APO-100/1000 (MBAKL / MKZFSN4 / MBAK 1 ) ................................................................. 89 11.2.4. D REILIN SIGE A P OCHROM ATE (DREI G L AE S E R N ) ......................................................................... 9 0 SG-APO-L 00/1000 (MBK7 / MKZFS 1 / M B AF N IO )................................................................. 9 0 SG-APO-100/1000 (MBAKL / MKZFSN4 / M BAFNIO ) ............................................................. 91 Z USAM M EN FASSU NG / B E M E R K U N G E N ......................................................................................... 92 11.3. REFRAKTOR MB (FK/FPL-APOCHROMATE) 93 11.3.1. D REILIN SIGE V A F -A P O C H R O M A TE .................................................................................................9 4 VAF-IOO/IOOO (MBAF4 / MKZFSN4 + MFK51) ......................................................................... 94 VAE-100/600 (MBAF4 / MKZFSN4 + MFK51 ) ............................................................................ 95 11.3.2. Z W EILIN SIG ER FK -A POCHROM AT M IT LUFTSPALT .................................................................. 96 FK 2-100/1000 (MZKN7 + MFK51) ............................................................................................ 96 FK2-100/1000 (MN-ZK7 + M N -F K 58)........................................................................................ 97 11.3.3. D REILIN SIGE F K -A P O C H R O M A TE ................................................................................................. 98 FK 3-100/1000 (MZKN7 / MFK51 / M Z K N 7 ) ............................................................................ 98 FK 3-100/600 (MZKN7 / MFK51 / M Z K N 7)................................................................................ 99 FK 3-100/1000 (MN-ZK7 / MN-FK58 / M N -Z K 7 ).....................................................................100 FK3-100/600 (MN-ZK7 / MN-FK58 / M N -Z K 7)............................................................................101 FK 3-100/600 (MZKN7 / OS-FPL51 / MZKN7) ............................................................................ 102 FK 3-100/600 (MZKN7 / OS-FPL52 / M ZK N7) ............................................................................ 103 FK 3-100/600 (MZKN7 / OS-FPL53 / MZKN7) ............................................................................ 104 FK 3-100/600 (MZKN7 / OS-FPL55 / MZKN7) ............................................................................... 105 11.3.4. Z W EITE ILIG E F K -A P O C H R O M A TE .................................................................................................. 106 FK22-100/1000 (MZKN7 + MFK51 + MZKN7 + M Z K N 7) ......................................................... 106 FK32-100/650 (OS-LAL61 + OS-FPL51 + 3OS-BSL7).............................................................108 FK31-100/650 (CH-LAK7A + CH-FK61 + MN-BK7 + MN-BK7) ..........................................110 11.3.5. Z W EILIN SIG E O S -F P L 5 2 /5 3 -A P O CH RO M A TE M IT L U F T S P A L T ..........................................112 ED-100/1000 (OS-BSL7 + OS-FPL52) .......................................................................................... 112 ED-100/1000 (OS-BSL7 + O S -F P L 5 3 ).......................................................................................... 113 11.3.6. D REILIN SIGE OS -F P L 53-A P OCH ROM ATE M IT L U FTSP A LTE N ................................................. 114 APO-IOO/IOOO (0S-BSL7 + OS-FPL53 + O S -B S L 7 ).................................................................114 APO-IOO/IOOO (OS-FPL53 + OS-BSL7 + OS-FPL 53).................................................................115 APO-100/1000 (HBSC7 + HFCDLOO + H B S C 7 ) ........................................................................ 116 APO-100/1000 (OS-NBM51 + OS-FPL53 + O S -N B M 5 1 ) ......................................................... 117 11.3.7. Z W EI- UND D REILIN SIGER OS -F P L 55-A P OCH ROM AT M IT L U F TS P A LT E N ...........................118 ED-100/1000 (OS-BSL7 + OS-FPL55) .......................................................................................... 118 APO-IOO/IOOO (OS-BSL7 + OS-FPL55 + O S -B S L 7 )....................................................................119 11.3.8. V IERLIN SIGE OS -F P L 52-P OLYCH ROM ATE (FK 4) ....................................................................120 FK4100/1000 (MK7 / OS-FPL52 / MLLF2 / M K 7 ) .................................................................... 120 FK4-100/600 (MK7 / OS-FPL52 / MLLF2 / M K 7 ) .................................................................... 121 11.3.9. V IERLIN SIGE M N -F K 58-P OLYCH ROM ATE (FK 4) ....................................................................122 FK4100/1000 (MK7 / MN-FK58 / MN-FK9 / M K 7 ) .................................................................122 FK4-100/600 (MK7 / MN-FK58 / MN-KF9 / M K 7 ) .................................................................... 123 11.3.10. D REILIN SIGER OS -F P L 53-P OLYCH ROM AT, DREI G LAE S E R ............................................................ 124 APO-IOO/IOOO (OS-BSL7 + OS-FPL53 + O S -N S L 3 ).................................................................124 FK 3-100/1000 (OS-BSL7 / OS-FPL53 / O S -N S L 3 ) .................................................................... 125 11.3.11. V IERLINSIGER OES -F P L 53-P OLYCH ROM AT, DREI G LAE S E R ......................................................... 126 FK 4-100/1000 (OS-NSL3 / OS-FPL53 / OS-TILL / OS-NSL3) ................................................. 126 Z USAM M ENFASSUNG / B E M E R K U N G E N .......................................................................................127 11.3.12. D REILIN SIGE M P K 5X-A POCHROM ATE ( P K 3 ) ........................................................................... 130 PK 3-100/1000 (MK5 / MPK52A / MK5) ................................................................................... 130 PK 3-100/1000 (MKZFS2 / MPK52A / M K ZF S 2)........................................................................ 131 PK 3-100/1000 (MKZFS2 / MPK.51 / M K ZFS2)............................................................................132 11.4. REFRAKTOR III (FLUORIT-APOCHROMATE:CAF 2 ) 134 11.4.1. Z W EILIN SIG E C AF 2 -A POCHROM ATE (A P) M IT L U F T S P A L T .................................................... 136 AP-IOO/IOOO (MKZFN2 + &CAF2) .................................................................................................. 136 AP-100/1000 (MBAK2 + &CAF2) .................................................................................................. 137 11.4.2. D REILIN SIGE C AP 2 -A POCHROM ATE ( A P Q ) ............................................................................... 138 APQ-IOO/IOOO (JBK7 / &CAF2 / JK 1 0 ) ....................................................................................... 138 APQ-100/1000 QZK2 / &CAF2 / JZ K 2 ) ....................................................................................... 139 APQ-100/1000 (MBAK2 / &CAF2 / MKL 1) ................................................................................140 APQ-100/1000 (MK5 / &CAF2 / M K 5 ) ....................................................................................... 141 APQ-100/1000 (MBALKN3 / &CAF2 / MBALKN3) ....................................................................... 142 APQ-100/1000 (MZKN7 / &CAF2 / M Z K N 7 )............................................................................143 APQ-100/600 (MZKN7 / &CAF2 / M Z K N 7)................................................................................144 Z USAM M ENFASSUNG / B E M E R K U N G E N .......................................................................................145 11.4.3. D R E I-U N D V IERLIN SIGE CAF 2 -POLYCHROM ATE ( A P Q /A P Q 3 1 /A P Q 4 ) .......................... 146 APQ-100/1000 (JZK2 / &CAF2 / JZ K 2 ).......................................................................................... 146 APQ-100/1000 (MBAK2 / LT-CAF2 / MKL 1 ) ................................................................................147 APQ31-100/1000(MN-BAKL/LT-CAF2/MN-LLFL+MN-BAKL) .............................................148 APQ31-100/1000 (MN-SK2 / LT-CAF2 / MN-BAF4 + M N -SK 2) ................................................. 149 APQ31-100/1000 (MN-BAK 1 / LT-CAF2 / MN-KZFS4 + MN-BAK 1 ) ..........................................150 APQ31-100/1000 (OS-BSM2 / LT-CAF2 / OS-TIL 1 + OS-BSM 2) ................................................. 152 APQ31-100/1000 (OS-BSM2 / LT-CAF2 / OS-NBM51 + OS -B S M 2 )..........................................153 APQ4-100/1000 (MN-SK2 / LT-CAF2 / MN-BAF4 / MN -SK 2)......................................................154 APQ4-100/1000(OS-BSM2/LT-CAF2/ OS-TILL /OS-BSM2) .....................................................155 11.4.4. FELDKORREKTOR (OPTIM AL) A P Q .................................................................................................. 156 APQ-100/1000 FELDKORREKTOR ZA = 1 8 0 ....................................................................................... 156 APQ-100/1000 FELDKORREKTOR ZA = 1 2 0 ....................................................................................... 156 APQ-100/1000 FELDKORREKTOR ZA = 6 0 ...........................................................................................156 11.4.5. FELDKORREKTOR (IM S YSTEM ) A P,A PQ ................................................................................... 160 AP100/600 (MZKN7 + &CAF2 + MZKN7 + MZKN7)................................................................. 160 APQ-100/600 (MZKN7/&CAF2/MZKN7 + MZKN7 + MZ K N 7) ................................................. 162 11.4.6. Z W EITE ILIG E A P OCHROM ATE (PA PQ ) M IT B AF 2 ....................................................................164 PAPQ-IOO/IOOO (2+4 LINSER MIT BAF2) ...........................................................................................164 11.4.7. SONDERBAUFORM EN CAF 2 , B AF 2 , SRP 2 , YAG UND Q U A R Z ).................................................166 GEOL APO-100/500 (JBK7/&BAF2/JS F 13+ JS F 10)....................................................................166 GEO1 APO-100/500 (&YAG / &BAF2 / &YAG + JB AL F 4) ......................................................... 167 APO-100/1000 (&SQ1 +&CAF2 + & S Q 1).......................................................................................168 APO-100/1000 (JBK7 + &CAF2+ JB K 7)...........................................................................................169 APO-100/1000 (&YAG + &BAF2 + & Y A G )................................................................................... 170 APO-100/500 (&YAG + &BAF2 + &YAG).......................................................................................171 APO -100/1000 (& YAG + &SRF2 + & YAG) ................................................................................ 172 APO -100/500 (& YAG + &SRF2 + & Y A G )....................................................................................... 173 APO -100/1000 (&YAG / BAF2 + SRF2 / & YAG ) ............................................................................... 174 APO-100/1000 (&YAG + BAF2 / SRF2 + & Y A G ) ........................................................................... 175 11.5. REFRAKTOR IV (ASTROGRAPHEN-OBJEKTIVE) 176 11.5.1. T R I P L E T ................................................................................................................................................ 182 ASTRO-TRIPLET-L 40/700 ( 1 ) ............................................................................................................... 182 ASTRO-TRIPLET-140/700 ( 2 ) ............................................................................................................... 184 11.5.2. R O S S - V IE R LIN S E R ...............................................................................................................................186 ROSS-VIERI I NSER-140/700 ............................................................................................................... 186 11.5.3. S ONN EFELD -V IERLIN SER ....................................................................................................................188 SONNEFELD- VIERIINSER-140/700 ( 1 ) ............................................................................................... 188 SONNEFELD-VIERLINSER-140/700 ( 2 ) ............................................................................................... 190 11.5.4. A S TR O -T E SSA R ...................................................................................................................... 192 ASTRO-TESSAR-L 40/700 192 11.5.5. A STRO-W EITFELD-O BJEKTIVE M IT FLUSSSPAT (C AP 2 ) .............................................................. 194 ASTRO-FUENFLINSER-140/700 ............................................................................................................... 194 ASTRO-SECHSLINSER-140/700 ........................................................................................................... 196 ASTRO-SIEBENLINSER-140/700 ........................................................................................................... 198 11.5.6. A P O -F UE N FLIN S E R .............................................................................................................................. 2 0 0 APO-FUENFLINSER-140/700 (OS-FPL51) .......................................................................................... 2 0 0 APO-FUENFLINSER-140/700 (MN-FK58) 2 0 2 11.5.7. Z ONEN-A STROGRAPH (H AM BURG) .............................................................................................. 2 0 4 ZONEN-ASTROGRAPH-231/2060 (H AM BURG) ...................................................................................... 2 0 4 11.5.8. U S N O -A STROGRAPH / U R A T -A STROGRAP H ................................................................................ 206 RED-LENS-ASTROGRAPH-206/2057 (U SN O ).......................................................................................206 III. REFLEKTOREN - SPIEGEL-SYSTEME 209 111.1. REFLEKTOR I (EIN- BIS VIERSPIEGEL-SYSTEME) 210 III. 1.1. N E W T O N - S P IE G E L........................................................................................................................... 213 NEWTON-180/ 900 (EINSPIEGEL-SYSTEM )..........................................................................................213 NEWTON-180/1800 (EINSPIEGEL- SY STEM) ..........................................................................................213 III. 1.2. C ASSEGRAIN, RCC UND SPHAERISCHE Z W E IS P IE G E L- S Y S T E M E ........................................... 214 CASSEGRAIN-L 80/1800 ...................................................................................................................... 215 CASSEGRAIN-180/1800 ( D K ) .............................................................................................................215 CASSEGRAIN-L 80/1800 ( Q C ) .............................................................................................................215 RITCHEY-CHRETIEN-CASSEGRAIN-180/1800 (R C C )...............................................................................218 RCC-180/1800 (BE P LA N ).................................................................................................................218 RCC-180/1800 (W 1 9 7 ).................................................................................................................... 219 III. 1.3. G R E G O R Y -S Y S TE M ...........................................................................................................................2 2 0 GREGORY-SYSTEM-L 80/1800 2 2 0 GREGORY-SYSTEM-180/2700 221 III. 1.4. S CH W ARZSCH ILD -S YSTEM ............................................................................................................222 SCHWARZSCHILD-SYSTEM-L 80/720 ................................................................................................... 222 III. 1.5. D R EISP IEG EL-S Y STEM E ............................................................................................................... 2 2 4 DREISPIEGEL-SYSTEM-L 80/720 (1) G P ..............................................................................................225 DREISPIEGEL-SYSTEM-180/720 (2) H Y P ..............................................................................................2 26 DREISPIEGEL-SYSTEM-L 80/720 (3) UE D E F..............................................................................................228 DREISPIEGEL-SYSTEM-180/546 (4) SPH.ML ...................................................................................... 229 III. 1.6. V IERSP IEGEL-S YSTEM E ............................................................................................................... 231 VIERSPIEGEL-SY STEM-180/1080 (1) 232 VIERSPIEGEL-SYSTEM-180/1080 (2) 234 Z USAM M ENFASSUNG / B E M E R K U N G E N ...................................................................................... 236 111.2. REFLEKTOR II (FELDLINSEN) 238 111.2.1. P RIM AE R SP IE G E L-F E LD K O R R E K TO R ................................................................................................. 238 PRIM AERSPIEGEL 180/9 0 0 (OHNE F E LD K O R R E K TO R )................................................................... 239 PARABOLSPIEGEL-L 80/900 ( P ) .............................................................................................................239 HYPERBOISPIEGEL-180/900 ( H ) ......................................................................................................... 239 Z W EILIN SIGER FELDKORREKTOR ( R O S S - L IN S E ) ...........................................................................2 4 0 ROSS-ZWEILINSER-180/900 (P) 2 4 0 ROSS-ZWEILINSER-180/900 ( H ) ......................................................................................................... 242 D REILIN SIGER FELDKORREKTOR ..................................................................................................... 244 PFK-DREILINSER-180/900 244 V IERLINSIGER F ELD K ORREK TOR......................................................................................................... 246 PFK-VIERLINSER-180/900 .................................................................................................................. 246 111.2.2. C A SSEG RA IN -F ELD K O RREK TO R......................................................................................................... 248 CASSEGRAIN-FELDKORREKTOR-L 80/1800 248 111.2.3. R C C -G ASCOIGNE- UND P RIM AE R -F E LD K O R R E K TO R ................................................................. 2 5 0 RCC-GASCOIGNE-FELDKORREKTOR-180/1800 .................................................................................... 2 5 0 RCC-PRIMAER-FELDKORREKTOR-180/494 ........................................................................................... 252 111.2.4. R C C -W YN N E-F ELD K ORREK TOR..................................................................................................... 2 5 4 RCC-WYNNE-FELDKORREKTOR-L 80/1800 ........................................................................................... 254 111.2.5. RCC-FELDKORREKTOR (W EITFELD; G ASCOIGN E PLATTE; UEBERDEF.) ................................... 256 RCC-GASCOIGNE-FELDKORREKTOR-180/900 ....................................................................................... 256 111.2.6. RCC-FELDKORREKTOR (W EITFELD; CAF2) .................................................................................. 258 RCC-FELDKORREKTOR-180/765 (1, CAF2) ..........................................................................................258 RCC-FELDKORREKTOR-180/765 (2, CAF2) .......................................................................................... 2 6 0 RCC-FELDKORREKTOR-180/765 (3, CAF2) .......................................................................................... 262 III.2.7. R CC -FELDKORREKTOR (W EITFELD; UE B E R D E F . ) ...........................................................................2 6 4 PAN-STARRS-RCC-KORREKTOR-L 80/810 ........................................................................................ 2 6 4 1.3. REFLEKTOR III (EIN-SPIEGEL-LINSEN-SYSTEME) 266 111.3.1. SCHM IDT-K AM ERA .........................................................................................................................266 SCHMIDT-KAMERA-200/300/500 (NZ=0.707; 1 A ) ...............................................................................268 SCHMIDT-KAMERA-200/300/500 (NZ=0.866; 1 B ) ...............................................................................2 7 0 SCHMIDT-KAMERA-200/300/500 (NZ=0.866 E L I ) ........................................................................... 2 7 2 SCHMIDT-KAMERA-200/300/500 (NZ=0.866 E L 2 ) ........................................................................... 2 7 4 111.3.2. R ICH TER-S LEV O G T-S CH M ID T-K A M ERA ..........................................................................................276 RICHTER-SLEVOGT-SCHMIDT-KAMERA-200/500 ................................................................................ 276 111.3.3. H O U G H TO N -S CH M ID T-K A M ERA ..................................................................................................... 278 HOUGHTON-SCHMIDT-KAMERA-200/500 ............................................................................................ 278 111.3.4. M A K S U TO W -S C H M ID T-K A M E R A .................................................................................................. 2 8 0 MAKSUTOW-SCHMIDT-KAMERA-200/500 ............................................................................................ 2 8 0 111.3.5. B AKER-N UNN-SCHM IDT-K AM ERA ............................................................................................. 2 8 2 BAKER-NUNN-SCHMIDT-KAMERA-200/250 ........................................................................................ 282 BAKER-NUNN-SCHMIDT-KAMERA-200/250 (E L )...................................................................................2 8 4 111.3.6. W YNNE- UND S U P E R -S C H M ID T-K A M E R A ..................................................................................2 8 6 WYNNE-KAMERA-200/250 ............................................................................................................... 2 8 6 SUPER-SCHMIDT-KAMERA-200/250 ................................................................................................... 288 111.3.7. K UE H N -S LEV O G T-(S CH M ID T)-K A M ERA .......................................................................................... 2 9 0 KUEHN-SLEVOGT-(SCHMIDT)-KAMERA-200/700 ................................................................................ 2 9 0 111.3.8. S O N N EFELD -(S CH M ID T)-K A M E RA ................................................................................................. 292 SONNEFELD-(SCHMIDT)-KAMERA-200/700 ........................................................................................ 292 111.3.9. B RA CH YM ED IAL-1 8 0 /1 8 0 0 .......................................................................................................... 2 9 4 BRACHYMEDIAL-L 8 0 /1 8 0 0 (1 )........................................................................................................... 2 9 4 BRACHYMEDIAL-180/1800 ( 2 ) ........................................................................................................... 296 111.3.1 0 . B R A C H Y M E D IA L-180 /4 5 0 K AMERA .......................................................................................... 298 BRACHYMEDIAL-L 80/450 ( 1 ) ............................................................................................................... 298 BRACHYMEDIAL-L 80/450 ( 2 ) ............................................................................................................... 3 0 0 1.4. REFLEKTOR IV (ZWEI-SPIEGEL-LINSEN-SYSTEME) 302 111.4.1. S LE V O G T-K A M E R A .............................................................................................................................302 SLEVOGT-KAMERA-200/700 ............................................................................................................... 302 111.4.2. A P LANATISCHE S PIEGELKAM ERA NACH RICHTER UND S LE V O G T ................................................ 305 R SL- 2 0 0 /1 0 0 0 ( 1 ) .......................................................................................................................... 306 RS 1-200/1000 ( 2 A ) .............................................................................................................................308 RS 1-200/1000 ( 2 B ) .............................................................................................................................309 RS 1-200/1000 ( 3 ) .......................................................................................................................... 3 1 0 111.4.3. S CH M IDT-C ASSEGRAIN -S YSTEM ..................................................................................................3 1 4 SCHMIDT-CASSEGRAIN-180/1800 ( 1 ) ............................................................................................... 315 SCHMIDT-CASSEGRAIN-180/1800 ( 2 ) ..................................................................................................316 SCHMIDT-CASSEGRAIN-180/1800 ( 3 ) ............................................................................................... 317 SCHMIDT-CASSEGRAIN-180/480 ( 3 P ) ..................................................................................................318 111.4.4. M A K SU TO W -S Y STE M .........................................................................................................................3 2 0 MAKSUTOW-L 80/1800 (M ENISCAS)......................................................................................................3 2 0 Z USAM M ENFASSUNG / B E M E R K U N G E N ...................................................................................... 323 111.4.5. C A S S E G R A IN -M A K S U TO W -S Y STE M .............................................................................................. 324 MAKSUTOW2-L 80/1800 (SPHAERISCH)..................................................................................................3 2 4 MAKSUTOW2-180/1800 (SPHAERISCH, 1 E L ).......................................................................................... 326 111.4.6. C ASSEGRAIN-M AKSU TOW -S YSTEM (M AN GIN -S P IEGEL) ........................................................328 MAKSUTOW2-L 80/1800 (SPHAERISCH-MG).......................................................................................... 328 MAKSUTOW2-180/1800 (SPHAERISCH-MG,FL) .................................................................................. 3 3 0 111.4.7. M EDIAL-C ASSEGRAIN-SYSTEM ( M A N G IN - S P IE G E L) ............................................................... 332 RSMC-KAMERA-200/800 ( 1 ) ........................................................................................................... 332 RSMC-KAMERA-180/450 ( 2 ) ........................................................................................................... 334 111.4.8. SHENKER C A S S E G R A IN .....................................................................................................................336 SHENKER-200/270 .............................................................................................................................. 336 IV. FOKALLINSEN UND OKULARE 339 IV.1. BRENNWEITENVERAENDERNDE LINSEN (SYSTEME) 340 IV. 1.1. B A R L O W - L I N S E ............................................................................................................................... 3 4 0 BARLOW-LINSE V - 2 * ............................................................................................................................ 341 MAKSUTOW-180/1800 + BARLOW-LINSE V = 2 * ...............................................................................3 42 MAKSUTOW-180/1800 + E L-BARLOW..................................................................................................342 IV. 1.2. P R O J E K T IV E .......................................................................................................................................344 MAKSUTOW-L 80/1800 + PROJEKTIV V = 4 * .......................................................................................... 344 IV. 1.3. R E D U C E R -L IN SE ...............................................................................................................................346 MAKSUTOW-L 80/1800 + SHAPLEY V = 0.5.......................................................................................... 346 IV. 1.4. U NIVERSELLER-PLANETEN-R EFRAKTOR .........................................................................................349 APQ31-100/1000 (SYSTEMREFRAKTOR)..............................................................................................349 APQ31-100/1000 (FELDKORREKTOR 2W = 4 G R A D ) ...........................................................................351 APQ31-100/1000 (REDUCER-SYSTEM 2W = 3 G R A D )....................................................................... 352 APQ31-100/1000 (BARLOW-LINSE 2W = 1 G R A D ) ...........................................................................353 IV.2. OKULARE 354 IV.2.1. G A LILEI-E IN ZELLIN SE N -O K U LA R.................................................................................................... 358 GALILEI-OKULAR/ = -40M M (F: 1 0 ) ..................................................................................................358 IV .2.2. K EP LER-E IN ZELLIN SEN -O K U LA R.................................................................................................... 359 KEPLER-OKULAR F = 40MM (F: 1 0 ) ..................................................................................................... 359 IV .2.3. H U Y G E N S-O K U LA R........................................................................................................................... 3 6 0 HUYGENS-OKULAR / 40MM (F:10)ALT..............................................................................................360 HUYGENS-OKULAR/ = 40MM (F: 1 0 )N E U ..........................................................................................361 IV.2.4. RAM SDEN-O KULAR ....................................................................................................................... 362 RAMSDEN(L)-OKULAR/ = 40MM ( F : 1 0 ) .......................................................................................... 362 RAMSDEN(2)-OKULAR/ = 40MM (F: 1 0 ) .......................................................................................... 363 IV .2.5. K ELLNER-O KULAR ........................................................................................................................... 364 KELLNER-OKULAR / = 40MM ( F : 1 0 ) ..................................................................................................364 IV .2.6. M ON OZENTRISCH ES O K U L A R ........................................................................................................365 MONOZENTRISCHES OKULAR F * 40MM (F: 1 0 ) .................................................................................. 365 IV.2.7. O RTHOSKOP!SCHES OKULAR NACH A B B E .....................................................................................366 ABBE-OKULAR / = 40 MM (F: 1 0 ) ..................................................................................................... 366 ABBE-OKULAR / = 40MM (F :7 .7 )..................................................................................................... 367 IV .2.8. O RTHOSKOPISCHES OKULAR NACH K OE N I G ................................................................................. 368 KOENIG-OKULAR/ = 40MM (F: 1 0 ) ..................................................................................................... 368 IV .2.9. P LOE S S L- O K U LA R ...............................................................................................................................369 PLOESSL-OKULAR / = 40MM (F: 1 0 ) ..................................................................................................... 369 IV .2 .10. E R FLE -O K U LA R .................................................................................................................................. 3 7 0 ERFLE-5L-OKULAR/ = 40 MM (F .1 0 ).................................................................................................. 3 7 0 ERFLE-6L-OKULAR / = 40MM (F :1 0 ).................................................................................................. 371 ERFLE-6L-OKULAR 2+2+2 / = 40MM (F:7.7) 372 IV .2 .11. ASP H AE RISCH E-W EITW IN K EL-O K U LA RE............................................................................................373 ASPHAERISCHES WEITFELD 1-OKULAR/ = 40MM (F:7.7 ) ....................................................................... 373 ASPHAERISCHES WEITFELD2-OKULAR / = 40MM (F :7 .7 ) ....................................................................... 374 ASPHAERISCHES WEITFELD3-OKULAR / = 40MM (F :7 .7 )....................................................................... 375 IV .2 .12. N A G LE R -O K U LA R E .............................................................................................................................. 376 NAGIER-7L-OKULAR / * 40MM (F :7 .7 ).............................................................................................. 3 7 6 NAGLER-7LA-OKULAR / = 40MM (F :7 .7 ).......................................................................................... 377 NAGLER-8L-OKULAR / = 40MM (F :7 .7 ).............................................................................................. 378 IV. 2 . 13. VARIO-OKULAR ....................................................................................................................379 VARIO-OKULAR / = 10 - 15 - 2 0 - 25MM (F: 10) 379 V. INSTRUMENTE - INSTRUMENTIERUNG 381 V.1. KOLLIMATOREN UND SPEKTROGRAPHENOPTIK 382 V . L.L. KOLLIM ATOREN ..................................................................................................................................382 V I . 2. K LE IN F E LD - K O LLIM A TO R ...................................................................................................................384 KLEINFELD-KOLLIMATOR RCC-400 385 V .1.3. SCH W ARZSCHILD -K OLLIM ATOR ....................................................................................................... 386 SCHWARZSCHILD-KOLLIMATOR SSK-25/250 ........................................................................................ 387 V .L.4. KORONOGRAPH NACH L Y O T ...............................................................................................................388 KORONOGRAPH NACH L Y O T ..................................................................................................................... 388 V. 1.5. F OKAL-R EDUCER / F ELD -S P EK TRO G RA P H ........................................................................................389 ACHROMATISCHER FOKALREDUCER (2.0M-RCC) ...................................................................................391 PRIMAER FOKALREDUCER (3.5M-RCC) 392 CAFOS-1 (2.2M -R C C )..................................................................................................................... 392 CAFOS-2 (2.2M -R C C )..................................................................................................................... 392 MOSCA (3.5M-RCC).........................................................................................................................393 ESO VLTFORS 1 + 2 .........................................................................................................................396 ESO VLT FORS (STUDIE FUER 15 SSM CCD S).......................................................................................397 LBT-FOKALREDUCER ( S TU D IE )............................................................................................................. 397 V .L.6. SPEKTROGRAPHENKAM ERAS ( O B J E K T I V E ) ....................................................................................4 0 0 SP-50/100 UND SP-50/150............................................................................................................... 4 0 0 RS-50/75 UND RS-50/100 ............................................................................................................... 401 V. 1.7. F ASERABBILDENDE S P E K TR O G R A P H E N ........................................................................................... 4 0 2 TAUMOK (FASERKOLLIMATOR 75/225 + KSK-10 0 /1 5 0 )................................................................. 403 PMAS (S P -150/450 + S P -180/270) 405 V. 1.8. S LE V O G T-S CH M ID T-F A SE RK O LLIM A TO R........................................................................................... 4 0 9 SLEVOGT-SCHMIDT-FOKALREDUCER......................................................................................................... 4 0 9 V .L.9. SPEKTROGRAPHEN G R U N D A U FB A U TE N ........................................................................................... 4 1 0 DREI-PRISMEN-SPEKTROGRAPH............................................................................................................. 4 1 0 G I TTER- S PEKTROGRAPH.............................................................................................................................4 1 0 IR-TMA-120/420 .............................................................................................................................. 411 V. 1.10. W EITERE F A SE R A N W E N D U N G E N .........................................................................................4 1 2 V. 1.11. M U LTISPEKTRAL-IN STRU M ENTE.............................................................................................4 1 2 DREI-KANAL-MULTISPEKTRAL-KAMERA (1.0M RCC) ...........................................................................4 1 4 VIER-KANAL-MULTISPEKTRAL-KAMERA (1.0M RCC) ...........................................................................4 1 5 GROND (GAMMA-RAY BURST OPTICAL AND NEAR-INFRARED D E TE C TO R ) ............................................ 4 1 6 Z USAM M ENFASSUNG / B E M E R K U N G E N ...................................................................................... 4 1 9 V.2. SCANNENDE OPTISCHE SYSTEME 420 V .2 .1. INDIREKTE SCANNER (PLATTEN-SCANNER) ....................................................................................421 TELEZENTRIE 1:1 ABBILDUNG................................................................................................................ 4 2 2 TELEZENTRIE 1:1 ZEILEN-SCANNER.........................................................................................................4 2 4 K SO -SCANNER................................................................................................................................... 4 2 4 TELEZENTRISCHES MESSOBJEKTIV 1 : 1 ..................................................................................................... 425 D4A-PLATTEN-SCANNER........................................................................................................................425 V.2.2. D IREKTE SCANNER (T E LE S K O P -S C A N N E R ) ................................................................................... 4 2 6 SATELLITEN DREISPIEGEL-TELESKOP ( 1 ) ................................................................................................. 4 28 SATELLITEN DREISPIEGEL-TELESKOP ( 2 ) ................................................................................................. 4 28 SATELLITEN DREISPIEGEL-TELESKOP (3:KUBUS-TELESKOP-250)......................................................... 4 29 SATELLITEN DREISPIEGEL-TELESKOP (3:KUBUS-TELESKOP-200)......................................................... 4 3 0 ILMT-ZENITTELESKOP .................................. 431 A. ANHANG 433 A.1. TECHNISCHE DATEN 434 A.L.L. O PTISCHE G LAESER UND KRISTALLE, W ELLENLAENGE UND LUFT ................................................... 4 3 4 A .1 .2 . M A SS S T AE B E .........................................................................................................................................4 3 9 A.2. ASTROFOTOS 440 A .2 .1 . K OM ET H A L E B O P P ..........................................................................................................................441 A .2 .2 . M 3 1 .................................................................................................................................................... 4 4 2 A .2 .3 . M 45 .................................................................................................................................................. 443 A .2 .4 . M 33 .................................................................................................................................................. 4 4 4 A .2 .5 . M 82 .................................................................................................................................................. 445 A 3. VERZEICHNISSE 446 A .3 .1 . L ITERA TU R V ERZ EICH N IS......................................................................................................................4 4 6 A .3 .2 . G R A FIK V E R Z E IC H N IS ......................................................................................................................... 4 8 0 A .3 .3 . T A B E LLE N V E R Z E IC H N IS......................................................................................................................4 8 9 A .3 .4 . F O R M E LV E R Z E IC H N IS......................................................................................................................... 495 A.4. REGISTER 497 A .4 .1 . N A M E N S R E G IS T E R ............................................................................................................................. 497 A .4 .2 . S A C H R E G IS TE R .....................................................................................................................................4 9 9 A.5. BUCH-WERBUNG 506
adam_txt	INHALTSVERZEICHNIS I. OPTISCHE GRUNDLAGEN 1 1.1. EINLEITUNG 3 1.1.1. GRUNDBEGRIFFE UND ERLAEUTERUNGEN . 4 1.1.2. ABBILDUNGSFEHLER. 6 1.1.3. VERZEICHNUNG: BRENNWEITE ODER SKALENFAKTOR . 10 VERZEICHNUNG: ASTROMETRIE UND ASTROGRAPHEN. 12 1.1.4. VON DER FOTOPLATTE ZUR CCD-KAMERA. 13 1.1.5. OPTIK-DESIGN (GRUNDLAGEN) . 15 GLASEIGENSCHAFTEN. 15 G LASFEHLER. 15 DISPERSION UND EINZELLINSE . 16 ISOPLANASIE- ODER SINUSBEDINGUNG . 18 SPEKTRALBEREICH, GAUSS-FEHLER UND POLYCHROMATISCHE A BBILDUNG . 18 OPTISCHES BILDFELD UND DETEKTORGROESSE . 21 SPHAEREN, ASPHAEREN UND RETUSCHE . 22 1.1.6. ANALYTISCH GESTUETZTE OPTIMIERUNG. 23 ANALYTISCHER ACHROMAT ODER APOCHROMAT (GLAS-SELEKTION). 23 ANALYTISCHER ACHROMAT ODER APOCHROMAT (BERECHNUNG). 28 ANALYTISCHES ZWEISPIEGEL-SYSTEM . 30 ANALYTISCHES SCHMIDT-SPIEGEL-SYSTEM . 32 1.1.7. ENTWICKLUNG OPTISCHER SYSTEME (OPTIMIERUNG). 34 TOLERANZEN / FERTIGUNGSFEHLER VON LINSEN UND FASSUNG. 35 TEMPERATURABHAENGIGKEITEN . 36 1.1.8. RECHNUNG DER SYSTEME UND INTERPRETATION. 38 AUFBAU QUERABERRATIONSDIAGRAMM . 40 AUFBAU SPOTDIAGRAM M . 40 AUFBAU FARBLAENGSFEHLERDIAGRAMM . 41 AUFBAU BRECHKRAFTTABELLEN. 41 AUFBAU BILDFELDWOELBUNGSTABELLE. 42 BILDFEHLERINTERPRETATION. 42 1.1.9. OBERFLAECHEN-VERGUETUNGEN, DUENNE SCHICHTEN.44 1.1.10. KAUF UND PRUEFUNG EINES T ELESKOPS. 45 1.1.11. SYSTEMVERGLEICHE UND G LASW EGE . 46 APQ-100/1000 GLAS WEG 50 M M . 46 APQ-100/1000 . 46 1.2. PSF (PUNKTBILDFUNKTION) UND BEUGUNG 48 1.2.1. PSF UND ZEMIKE-POLYNOM. 49 1.2.2. ZENTRALVIGNETTE UND HALTEKREUZ . 54 1.2.3. GEZIELTE PUPILLENEINGRIFFE. 60 1.2.4. TIME-DELAY-INTEGRATION. 60 1.2.5. ASYMMETRISCHE PUPILLEN . 61 II. REFRAKTOREN - LINSEN-SYSTEME 67 11.1. REFRAKTOR I (FERNROHR-ACHROMATE) 68 11.1.1. U R - A C H R O M A T . 7 0 C -100/1000 (MBK7 / M SF2). 7 0 7-100/1000 (MBK7 / MSF2) ANAL. 71 II. 1.2. F RA U N H O FER-A CH RO M A T. 72 E-IOO/IOOO (MBK7 + M F 2 ) .72 E - 100/1000 (MBK7 + MF2) ANAL.73 II. 1.3. VERBESSERTER A CHROM AT (S O N N E F E LD ) . 7 4 AS-IOO/IOOO (JKZF2 + JB K 7 ). 74 Z USAM M ENFASSUNG / B E M E R K U N G E N . 75 11.2. REFRAKTOR LLA (HALB-APOCHROMATE UND APOCHROMATE) 76 11.2.1. K LA SSISCH E A P O C H R O M A T E . 77 E-100/1500 (MBK7 + M F 2 ) . 78 A S -100/1500 (JKZF2 + JB K 7 ) . 79 A-100/1750 (JKZF2 + JBALK2) . 80 A -L 00/1500 (JKZF2 + JBALK2) . 81 B-100/1500 (JBALF4 + JKZF2 + JK 7 ) . 82 F - L00/1500 (JPSK3 + JSF4 + JSFL 1 ) . 83 Z USAM M EN FASSU NG / B E M E R K U N G E N . 84 11.2.2. D REILIN SIG E A POCHROM ATE (ZW EI G LAESER) . 85 B -L 00/1000 (JBAK5 + JKZF2 + JB A K 5 ). 85 BM1-100/1000 (JBAK5/JKZF2 + JB A K 5 ). 86 BM2-100/1000 (JBAK5 + JKZF2 / JB A K 5 ). 87 11.2.3. D REILIN SIGE H ALB-A POCHROM ATE (ZW EI UND DREI G LAE S E R ) . 88 AQ-IOO/IOOO (JZK2 / JKZF2 / JBAK2) . 88 SG-APO-100/1000 (MBAKL / MKZFSN4 / MBAK 1 ) . 89 11.2.4. D REILIN SIGE A P OCHROM ATE (DREI G L AE S E R N ) . 9 0 SG-APO-L 00/1000 (MBK7 / MKZFS 1 / M B AF N IO ). 9 0 SG-APO-100/1000 (MBAKL / MKZFSN4 / M BAFNIO ) . 91 Z USAM M EN FASSU NG / B E M E R K U N G E N . 92 11.3. REFRAKTOR MB (FK/FPL-APOCHROMATE) 93 11.3.1. D REILIN SIGE V A F -A P O C H R O M A TE .9 4 VAF-IOO/IOOO (MBAF4 / MKZFSN4 + MFK51) . 94 VAE-100/600 (MBAF4 / MKZFSN4 + MFK51 ) . 95 11.3.2. Z W EILIN SIG ER FK -A POCHROM AT M IT LUFTSPALT . 96 FK 2-100/1000 (MZKN7 + MFK51) . 96 FK2-100/1000 (MN-ZK7 + M N -F K 58). 97 11.3.3. D REILIN SIGE F K -A P O C H R O M A TE . 98 FK 3-100/1000 (MZKN7 / MFK51 / M Z K N 7 ) . 98 FK 3-100/600 (MZKN7 / MFK51 / M Z K N 7). 99 FK 3-100/1000 (MN-ZK7 / MN-FK58 / M N -Z K 7 ).100 FK3-100/600 (MN-ZK7 / MN-FK58 / M N -Z K 7).101 FK 3-100/600 (MZKN7 / OS-FPL51 / MZKN7) . 102 FK 3-100/600 (MZKN7 / OS-FPL52 / M ZK N7) . 103 FK 3-100/600 (MZKN7 / OS-FPL53 / MZKN7) . 104 FK 3-100/600 (MZKN7 / OS-FPL55 / MZKN7) . 105 11.3.4. Z W EITE ILIG E F K -A P O C H R O M A TE . 106 FK22-100/1000 (MZKN7 + MFK51 + MZKN7 + M Z K N 7) . 106 FK32-100/650 (OS-LAL61 + OS-FPL51 + 3OS-BSL7).108 FK31-100/650 (CH-LAK7A + CH-FK61 + MN-BK7 + MN-BK7) .110 11.3.5. Z W EILIN SIG E O S -F P L 5 2 /5 3 -A P O CH RO M A TE M IT L U F T S P A L T .112 ED-100/1000 (OS-BSL7 + OS-FPL52) . 112 ED-100/1000 (OS-BSL7 + O S -F P L 5 3 ). 113 11.3.6. D REILIN SIGE OS -F P L 53-A P OCH ROM ATE M IT L U FTSP A LTE N . 114 APO-IOO/IOOO (0S-BSL7 + OS-FPL53 + O S -B S L 7 ).114 APO-IOO/IOOO (OS-FPL53 + OS-BSL7 + OS-FPL 53).115 APO-100/1000 (HBSC7 + HFCDLOO + H B S C 7 ) . 116 APO-100/1000 (OS-NBM51 + OS-FPL53 + O S -N B M 5 1 ) . 117 11.3.7. Z W EI- UND D REILIN SIGER OS -F P L 55-A P OCH ROM AT M IT L U F TS P A LT E N .118 ED-100/1000 (OS-BSL7 + OS-FPL55) . 118 APO-IOO/IOOO (OS-BSL7 + OS-FPL55 + O S -B S L 7 ).119 11.3.8. V IERLIN SIGE OS -F P L 52-P OLYCH ROM ATE (FK 4) .120 FK4100/1000 (MK7 / OS-FPL52 / MLLF2 / M K 7 ) . 120 FK4-100/600 (MK7 / OS-FPL52 / MLLF2 / M K 7 ) . 121 11.3.9. V IERLIN SIGE M N -F K 58-P OLYCH ROM ATE (FK 4) .122 FK4100/1000 (MK7 / MN-FK58 / MN-FK9 / M K 7 ) .122 FK4-100/600 (MK7 / MN-FK58 / MN-KF9 / M K 7 ) . 123 11.3.10. D REILIN SIGER OS -F P L 53-P OLYCH ROM AT, DREI G LAE S E R . 124 APO-IOO/IOOO (OS-BSL7 + OS-FPL53 + O S -N S L 3 ).124 FK 3-100/1000 (OS-BSL7 / OS-FPL53 / O S -N S L 3 ) . 125 11.3.11. V IERLINSIGER OES -F P L 53-P OLYCH ROM AT, DREI G LAE S E R . 126 FK 4-100/1000 (OS-NSL3 / OS-FPL53 / OS-TILL / OS-NSL3) . 126 Z USAM M ENFASSUNG / B E M E R K U N G E N .127 11.3.12. D REILIN SIGE M P K 5X-A POCHROM ATE ( P K 3 ) . 130 PK 3-100/1000 (MK5 / MPK52A / MK5) . 130 PK 3-100/1000 (MKZFS2 / MPK52A / M K ZF S 2). 131 PK 3-100/1000 (MKZFS2 / MPK.51 / M K ZFS2).132 11.4. REFRAKTOR III (FLUORIT-APOCHROMATE:CAF 2 ) 134 11.4.1. Z W EILIN SIG E C AF 2 -A POCHROM ATE (A P) M IT L U F T S P A L T . 136 AP-IOO/IOOO (MKZFN2 + &CAF2) . 136 AP-100/1000 (MBAK2 + &CAF2) . 137 11.4.2. D REILIN SIGE C AP 2 -A POCHROM ATE ( A P Q ) . 138 APQ-IOO/IOOO (JBK7 / &CAF2 / JK 1 0 ) . 138 APQ-100/1000 QZK2 / &CAF2 / JZ K 2 ) . 139 APQ-100/1000 (MBAK2 / &CAF2 / MKL 1) .140 APQ-100/1000 (MK5 / &CAF2 / M K 5 ) . 141 APQ-100/1000 (MBALKN3 / &CAF2 / MBALKN3) . 142 APQ-100/1000 (MZKN7 / &CAF2 / M Z K N 7 ).143 APQ-100/600 (MZKN7 / &CAF2 / M Z K N 7).144 Z USAM M ENFASSUNG / B E M E R K U N G E N .145 11.4.3. D R E I-U N D V IERLIN SIGE CAF 2 -POLYCHROM ATE ( A P Q /A P Q 3 1 /A P Q 4 ) . 146 APQ-100/1000 (JZK2 / &CAF2 / JZ K 2 ). 146 APQ-100/1000 (MBAK2 / LT-CAF2 / MKL 1 ) .147 APQ31-100/1000(MN-BAKL/LT-CAF2/MN-LLFL+MN-BAKL) .148 APQ31-100/1000 (MN-SK2 / LT-CAF2 / MN-BAF4 + M N -SK 2) . 149 APQ31-100/1000 (MN-BAK 1 / LT-CAF2 / MN-KZFS4 + MN-BAK 1 ) .150 APQ31-100/1000 (OS-BSM2 / LT-CAF2 / OS-TIL 1 + OS-BSM 2) . 152 APQ31-100/1000 (OS-BSM2 / LT-CAF2 / OS-NBM51 + OS -B S M 2 ).153 APQ4-100/1000 (MN-SK2 / LT-CAF2 / MN-BAF4 / MN -SK 2).154 APQ4-100/1000(OS-BSM2/LT-CAF2/ OS-TILL /OS-BSM2) .155 11.4.4. FELDKORREKTOR (OPTIM AL) A P Q . 156 APQ-100/1000 FELDKORREKTOR ZA' = 1 8 0 . 156 APQ-100/1000 FELDKORREKTOR ZA'= 1 2 0 . 156 APQ-100/1000 FELDKORREKTOR ZA'= 6 0 .156 11.4.5. FELDKORREKTOR (IM S YSTEM ) A P,A PQ . 160 AP100/600 (MZKN7 + &CAF2 + MZKN7 + MZKN7). 160 APQ-100/600 (MZKN7/&CAF2/MZKN7 + MZKN7 + MZ K N 7) . 162 11.4.6. Z W EITE ILIG E A P OCHROM ATE (PA PQ ) M IT B AF 2 .164 PAPQ-IOO/IOOO (2+4 LINSER MIT BAF2) .164 11.4.7. SONDERBAUFORM EN CAF 2 , B AF 2 , SRP 2 , YAG UND Q U A R Z ).166 GEOL APO-100/500 (JBK7/&BAF2/JS F 13+ JS F 10).166 GEO1 APO-100/500 (&YAG / &BAF2 / &YAG + JB AL F 4) . 167 APO-100/1000 (&SQ1 +&CAF2 + & S Q 1).168 APO-100/1000 (JBK7 + &CAF2+ JB K 7).169 APO-100/1000 (&YAG + &BAF2 + & Y A G ). 170 APO-100/500 (&YAG + &BAF2 + &YAG).171 APO -100/1000 (& YAG + &SRF2 + & YAG) . 172 APO -100/500 (&'YAG + &SRF2 + & Y A G ). 173 APO -100/1000 (&YAG / BAF2 + SRF2 / & YAG ) . 174 APO-100/1000 (&YAG + BAF2 / SRF2 + & Y A G ) . 175 11.5. REFRAKTOR IV (ASTROGRAPHEN-OBJEKTIVE) 176 11.5.1. T R I P L E T . 182 ASTRO-TRIPLET-L 40/700 ( 1 ) . 182 ASTRO-TRIPLET-140/700 ( 2 ) . 184 11.5.2. R O S S - V IE R LIN S E R .186 ROSS-VIERI I NSER-140/700 . 186 11.5.3. S ONN EFELD -V IERLIN SER .188 SONNEFELD- VIERIINSER-140/700 ( 1 ) . 188 SONNEFELD-VIERLINSER-140/700 ( 2 ) . 190 11.5.4. A S TR O -T E SSA R . 192 ASTRO-TESSAR-L 40/700 192 11.5.5. A STRO-W EITFELD-O BJEKTIVE M IT FLUSSSPAT (C AP 2 ) . 194 ASTRO-FUENFLINSER-140/700 . 194 ASTRO-SECHSLINSER-140/700 . 196 ASTRO-SIEBENLINSER-140/700 . 198 11.5.6. A P O -F UE N FLIN S E R . 2 0 0 APO-FUENFLINSER-140/700 (OS-FPL51) . 2 0 0 APO-FUENFLINSER-140/700 (MN-FK58) 2 0 2 11.5.7. Z ONEN-A STROGRAPH (H AM BURG) . 2 0 4 ZONEN-ASTROGRAPH-231/2060 (H AM BURG) . 2 0 4 11.5.8. U S N O -A STROGRAPH / U R A T -A STROGRAP H . 206 RED-LENS-ASTROGRAPH-206/2057 (U SN O ).206 III. REFLEKTOREN - SPIEGEL-SYSTEME 209 111.1. REFLEKTOR I (EIN- BIS VIERSPIEGEL-SYSTEME) 210 III. 1.1. N E W T O N - S P IE G E L. 213 NEWTON-180/ 900 (EINSPIEGEL-SYSTEM ).213 NEWTON-180/1800 (EINSPIEGEL- SY STEM) .213 III. 1.2. C ASSEGRAIN, RCC UND SPHAERISCHE Z W E IS P IE G E L- S Y S T E M E . 214 CASSEGRAIN-L 80/1800 . 215 CASSEGRAIN-180/1800 ( D K ) .215 CASSEGRAIN-L 80/1800 ( Q C ) .215 RITCHEY-CHRETIEN-CASSEGRAIN-180/1800 (R C C ).218 RCC-180/1800 (BE P LA N ).218 RCC-180/1800 (W 1 9 7 ). 219 III. 1.3. G R E G O R Y -S Y S TE M .2 2 0 GREGORY-SYSTEM-L 80/1800 2 2 0 GREGORY-SYSTEM-180/2700 221 III. 1.4. S CH W ARZSCH ILD -S YSTEM .222 SCHWARZSCHILD-SYSTEM-L 80/720 . 222 III. 1.5. D R EISP IEG EL-S Y STEM E . 2 2 4 DREISPIEGEL-SYSTEM-L 80/720 (1) G P .225 DREISPIEGEL-SYSTEM-180/720 (2) H Y P .2 26 DREISPIEGEL-SYSTEM-L 80/720 (3) UE D E F.228 DREISPIEGEL-SYSTEM-180/546 (4) SPH.ML . 229 III. 1.6. V IERSP IEGEL-S YSTEM E . 231 VIERSPIEGEL-SY STEM-180/1080 (1) 232 VIERSPIEGEL-SYSTEM-180/1080 (2) 234 Z USAM M ENFASSUNG / B E M E R K U N G E N . 236 111.2. REFLEKTOR II (FELDLINSEN) 238 111.2.1. P RIM AE R SP IE G E L-F E LD K O R R E K TO R . 238 PRIM AERSPIEGEL 180/9 0 0 (OHNE F E LD K O R R E K TO R ). 239 PARABOLSPIEGEL-L 80/900 ( P ) .239 HYPERBOISPIEGEL-180/900 ( H ) . 239 Z W EILIN SIGER FELDKORREKTOR ( R O S S - L IN S E ) .2 4 0 ROSS-ZWEILINSER-180/900 (P) 2 4 0 ROSS-ZWEILINSER-180/900 ( H ) . 242 D REILIN SIGER FELDKORREKTOR . 244 PFK-DREILINSER-180/900 244 V IERLINSIGER F ELD K ORREK TOR. 246 PFK-VIERLINSER-180/900 . 246 111.2.2. C A SSEG RA IN -F ELD K O RREK TO R. 248 CASSEGRAIN-FELDKORREKTOR-L 80/1800 248 111.2.3. R C C -G ASCOIGNE- UND P RIM AE R -F E LD K O R R E K TO R . 2 5 0 RCC-GASCOIGNE-FELDKORREKTOR-180/1800 . 2 5 0 RCC-PRIMAER-FELDKORREKTOR-180/494 . 252 111.2.4. R C C -W YN N E-F ELD K ORREK TOR. 2 5 4 RCC-WYNNE-FELDKORREKTOR-L 80/1800 . 254 111.2.5. RCC-FELDKORREKTOR (W EITFELD; G ASCOIGN E PLATTE; UEBERDEF.) . 256 RCC-GASCOIGNE-FELDKORREKTOR-180/900 . 256 111.2.6. RCC-FELDKORREKTOR (W EITFELD; CAF2) . 258 RCC-FELDKORREKTOR-180/765 (1, CAF2) .258 RCC-FELDKORREKTOR-180/765 (2, CAF2) . 2 6 0 RCC-FELDKORREKTOR-180/765 (3, CAF2) . 262 III.2.7. R CC -FELDKORREKTOR (W EITFELD; UE B E R D E F . ) .2 6 4 PAN-STARRS-RCC-KORREKTOR-L 80/810 . 2 6 4 1.3. REFLEKTOR III (EIN-SPIEGEL-LINSEN-SYSTEME) 266 111.3.1. SCHM IDT-K AM ERA .266 SCHMIDT-KAMERA-200/300/500 (NZ=0.707; 1 A ) .268 SCHMIDT-KAMERA-200/300/500 (NZ=0.866; 1 B ) .2 7 0 SCHMIDT-KAMERA-200/300/500 (NZ=0.866 E L I ) . 2 7 2 SCHMIDT-KAMERA-200/300/500 (NZ=0.866 E L 2 ) . 2 7 4 111.3.2. R ICH TER-S LEV O G T-S CH M ID T-K A M ERA .276 RICHTER-SLEVOGT-SCHMIDT-KAMERA-200/500 . 276 111.3.3. H O U G H TO N -S CH M ID T-K A M ERA . 278 HOUGHTON-SCHMIDT-KAMERA-200/500 . 278 111.3.4. M A K S U TO W -S C H M ID T-K A M E R A . 2 8 0 MAKSUTOW-SCHMIDT-KAMERA-200/500 . 2 8 0 111.3.5. B AKER-N UNN-SCHM IDT-K AM ERA . 2 8 2 BAKER-NUNN-SCHMIDT-KAMERA-200/250 . 282 BAKER-NUNN-SCHMIDT-KAMERA-200/250 (E L ).2 8 4 111.3.6. W YNNE- UND S U P E R -S C H M ID T-K A M E R A .2 8 6 WYNNE-KAMERA-200/250 . 2 8 6 SUPER-SCHMIDT-KAMERA-200/250 . 288 111.3.7. K UE H N -S LEV O G T-(S CH M ID T)-K A M ERA . 2 9 0 KUEHN-SLEVOGT-(SCHMIDT)-KAMERA-200/700 . 2 9 0 111.3.8. S O N N EFELD -(S CH M ID T)-K A M E RA . 292 SONNEFELD-(SCHMIDT)-KAMERA-200/700 . 292 111.3.9. B RA CH YM ED IAL-1 8 0 /1 8 0 0 . 2 9 4 BRACHYMEDIAL-L 8 0 /1 8 0 0 (1 ). 2 9 4 BRACHYMEDIAL-180/1800 ( 2 ) . 296 111.3.1 0 . B R A C H Y M E D IA L-180 /4 5 0 K AMERA . 298 BRACHYMEDIAL-L 80/450 ( 1 ) . 298 BRACHYMEDIAL-L 80/450 ( 2 ) . 3 0 0 1.4. REFLEKTOR IV (ZWEI-SPIEGEL-LINSEN-SYSTEME) 302 111.4.1. S LE V O G T-K A M E R A .302 SLEVOGT-KAMERA-200/700 . 302 111.4.2. A P LANATISCHE S PIEGELKAM ERA NACH RICHTER UND S LE V O G T . 305 R SL- 2 0 0 /1 0 0 0 ( 1 ) . 306 RS 1-200/1000 ( 2 A ) .308 RS 1-200/1000 ( 2 B ) .309 RS 1-200/1000 ( 3 ) . 3 1 0 111.4.3. S CH M IDT-C ASSEGRAIN -S YSTEM .3 1 4 SCHMIDT-CASSEGRAIN-180/1800 ( 1 ) . 315 SCHMIDT-CASSEGRAIN-180/1800 ( 2 ) .316 SCHMIDT-CASSEGRAIN-180/1800 ( 3 ) . 317 SCHMIDT-CASSEGRAIN-180/480 ( 3 P ) .318 111.4.4. M A K SU TO W -S Y STE M .3 2 0 MAKSUTOW-L 80/1800 (M ENISCAS).3 2 0 Z USAM M ENFASSUNG / B E M E R K U N G E N . 323 111.4.5. C A S S E G R A IN -M A K S U TO W -S Y STE M . 324 MAKSUTOW2-L 80/1800 (SPHAERISCH).3 2 4 MAKSUTOW2-180/1800 (SPHAERISCH, 1 E L ). 326 111.4.6. C ASSEGRAIN-M AKSU TOW -S YSTEM (M AN GIN -S P IEGEL) .328 MAKSUTOW2-L 80/1800 (SPHAERISCH-MG). 328 MAKSUTOW2-180/1800 (SPHAERISCH-MG,FL) . 3 3 0 111.4.7. M EDIAL-C ASSEGRAIN-SYSTEM ( M A N G IN - S P IE G E L) . 332 RSMC-KAMERA-200/800 ( 1 ) . 332 RSMC-KAMERA-180/450 ( 2 ) . 334 111.4.8. SHENKER C A S S E G R A IN .336 SHENKER-200/270 . 336 IV. FOKALLINSEN UND OKULARE 339 IV.1. BRENNWEITENVERAENDERNDE LINSEN (SYSTEME) 340 IV. 1.1. B A R L O W - L I N S E . 3 4 0 BARLOW-LINSE V - 2 * . 341 MAKSUTOW-180/1800 + BARLOW-LINSE V = 2 * .3 42 MAKSUTOW-180/1800 + E L-BARLOW.342 IV. 1.2. P R O J E K T IV E .344 MAKSUTOW-L 80/1800 + PROJEKTIV V = 4 * . 344 IV. 1.3. R E D U C E R -L IN SE .346 MAKSUTOW-L 80/1800 + SHAPLEY V = 0.5. 346 IV. 1.4. U NIVERSELLER-PLANETEN-R EFRAKTOR .349 APQ31-100/1000 (SYSTEMREFRAKTOR).349 APQ31-100/1000 (FELDKORREKTOR 2W = 4 G R A D ) .351 APQ31-100/1000 (REDUCER-SYSTEM 2W = 3 G R A D ). 352 APQ31-100/1000 (BARLOW-LINSE 2W = 1 G R A D ) .353 IV.2. OKULARE 354 IV.2.1. G A LILEI-E IN ZELLIN SE N -O K U LA R. 358 GALILEI-OKULAR/' = -40M M (F: 1 0 ) .358 IV .2.2. K EP LER-E IN ZELLIN SEN -O K U LA R. 359 KEPLER-OKULAR F = 40MM (F: 1 0 ) . 359 IV .2.3. H U Y G E N S-O K U LA R. 3 6 0 HUYGENS-OKULAR / ' 40MM (F:10)ALT.360 HUYGENS-OKULAR/ ' = 40MM (F: 1 0 )N E U .361 IV.2.4. RAM SDEN-O KULAR . 362 RAMSDEN(L)-OKULAR/' = 40MM ( F : 1 0 ) . 362 RAMSDEN(2)-OKULAR/ ' = 40MM (F: 1 0 ) . 363 IV .2.5. K ELLNER-O KULAR . 364 KELLNER-OKULAR / ' = 40MM ( F : 1 0 ) .364 IV .2.6. M ON OZENTRISCH ES O K U L A R .365 MONOZENTRISCHES OKULAR F * 40MM (F: 1 0 ) . 365 IV.2.7. O RTHOSKOP!SCHES OKULAR NACH A B B E .366 ABBE-OKULAR / ' = 40 MM (F: 1 0 ) . 366 ABBE-OKULAR / ' = 40MM (F :7 .7 ). 367 IV .2.8. O RTHOSKOPISCHES OKULAR NACH K OE N I G . 368 KOENIG-OKULAR/ ' = 40MM (F: 1 0 ) . 368 IV .2.9. P LOE S S L- O K U LA R .369 PLOESSL-OKULAR / ' = 40MM (F: 1 0 ) . 369 IV .2 .10. E R FLE -O K U LA R . 3 7 0 ERFLE-5L-OKULAR/ ' = 40 MM (F .1 0 ). 3 7 0 ERFLE-6L-OKULAR / ' = 40MM (F :1 0 ). 371 ERFLE-6L-OKULAR 2+2+2 / ' = 40MM (F:7.7) 372 IV .2 .11. ASP H AE RISCH E-W EITW IN K EL-O K U LA RE.373 ASPHAERISCHES WEITFELD 1-OKULAR/ ' = 40MM (F:7.7 ) . 373 ASPHAERISCHES WEITFELD2-OKULAR / ' = 40MM (F :7 .7 ) . 374 ASPHAERISCHES WEITFELD3-OKULAR / ' = 40MM (F :7 .7 ). 375 IV .2 .12. N A G LE R -O K U LA R E . 376 NAGIER-7L-OKULAR / ' * 40MM (F :7 .7 ). 3 7 6 NAGLER-7LA-OKULAR / ' = 40MM (F :7 .7 ). 377 NAGLER-8L-OKULAR / ' = 40MM (F :7 .7 ). 378 IV. 2 . 13. VARIO-OKULAR .379 VARIO-OKULAR / = 10 - 15 - 2 0 - 25MM (F: 10) 379 V. INSTRUMENTE - INSTRUMENTIERUNG 381 V.1. KOLLIMATOREN UND SPEKTROGRAPHENOPTIK 382 V . L.L. KOLLIM ATOREN .382 V I . 2. K LE IN F E LD - K O LLIM A TO R .384 KLEINFELD-KOLLIMATOR RCC-400 385 V .1.3. SCH W ARZSCHILD -K OLLIM ATOR . 386 SCHWARZSCHILD-KOLLIMATOR SSK-25/250 . 387 V .L.4. KORONOGRAPH NACH L Y O T .388 KORONOGRAPH NACH L Y O T . 388 V. 1.5. F OKAL-R EDUCER / F ELD -S P EK TRO G RA P H .389 ACHROMATISCHER FOKALREDUCER (2.0M-RCC) .391 PRIMAER FOKALREDUCER (3.5M-RCC) 392 CAFOS-1 (2.2M -R C C ). 392 CAFOS-2 (2.2M -R C C ). 392 MOSCA (3.5M-RCC).393 ESO VLTFORS 1 + 2 .396 ESO VLT FORS (STUDIE FUER 15 SSM CCD S).397 LBT-FOKALREDUCER ( S TU D IE ). 397 V .L.6. SPEKTROGRAPHENKAM ERAS ( O B J E K T I V E ) .4 0 0 SP-50/100 UND SP-50/150. 4 0 0 RS-50/75 UND RS-50/100 . 401 V. 1.7. F ASERABBILDENDE S P E K TR O G R A P H E N . 4 0 2 TAUMOK (FASERKOLLIMATOR 75/225 + KSK-10 0 /1 5 0 ). 403 PMAS (S P -150/450 + S P -180/270) 405 V. 1.8. S LE V O G T-S CH M ID T-F A SE RK O LLIM A TO R. 4 0 9 SLEVOGT-SCHMIDT-FOKALREDUCER. 4 0 9 V .L.9. SPEKTROGRAPHEN G R U N D A U FB A U TE N . 4 1 0 DREI-PRISMEN-SPEKTROGRAPH. 4 1 0 G I TTER- S PEKTROGRAPH.4 1 0 IR-TMA-120/420 . 411 V. 1.10. W EITERE F A SE R A N W E N D U N G E N .4 1 2 V. 1.11. M U LTISPEKTRAL-IN STRU M ENTE.4 1 2 DREI-KANAL-MULTISPEKTRAL-KAMERA (1.0M RCC) .4 1 4 VIER-KANAL-MULTISPEKTRAL-KAMERA (1.0M RCC) .4 1 5 GROND (GAMMA-RAY BURST OPTICAL AND NEAR-INFRARED D E TE C TO R ) . 4 1 6 Z USAM M ENFASSUNG / B E M E R K U N G E N . 4 1 9 V.2. SCANNENDE OPTISCHE SYSTEME 420 V .2 .1. INDIREKTE SCANNER (PLATTEN-SCANNER) .421 TELEZENTRIE 1:1 ABBILDUNG. 4 2 2 TELEZENTRIE 1:1 ZEILEN-SCANNER.4 2 4 K SO -SCANNER. 4 2 4 TELEZENTRISCHES MESSOBJEKTIV 1 : 1 . 425 D4A-PLATTEN-SCANNER.425 V.2.2. D IREKTE SCANNER (T E LE S K O P -S C A N N E R ) . 4 2 6 SATELLITEN DREISPIEGEL-TELESKOP ( 1 ) . 4 28 SATELLITEN DREISPIEGEL-TELESKOP ( 2 ) . 4 28 SATELLITEN DREISPIEGEL-TELESKOP (3:KUBUS-TELESKOP-250). 4 29 SATELLITEN DREISPIEGEL-TELESKOP (3:KUBUS-TELESKOP-200). 4 3 0 ILMT-ZENITTELESKOP . 431 A. ANHANG 433 A.1. TECHNISCHE DATEN 434 A.L.L. O PTISCHE G LAESER UND KRISTALLE, W ELLENLAENGE UND LUFT . 4 3 4 A .1 .2 . M A SS S T AE B E .4 3 9 A.2. ASTROFOTOS 440 A .2 .1 . K OM ET H A L E B O P P .441 A .2 .2 . M 3 1 . 4 4 2 A .2 .3 . M 45 . 443 A .2 .4 . M 33 . 4 4 4 A .2 .5 . M 82 . 445 A 3. VERZEICHNISSE 446 A .3 .1 . L ITERA TU R V ERZ EICH N IS.4 4 6 A .3 .2 . G R A FIK V E R Z E IC H N IS . 4 8 0 A .3 .3 . T A B E LLE N V E R Z E IC H N IS.4 8 9 A .3 .4 . F O R M E LV E R Z E IC H N IS. 495 A.4. REGISTER 497 A .4 .1 . N A M E N S R E G IS T E R . 497 A .4 .2 . S A C H R E G IS TE R .4 9 9 A.5. BUCH-WERBUNG 506
any_adam_object	1
any_adam_object_boolean	1
author	Laux, Uwe
author_facet	Laux, Uwe
author_role	aut
author_sort	Laux, Uwe
author_variant	u l ul
building	Verbundindex
bvnumber	BV048213446
classification_rvk	US 1480 US 1500 UH 6700
ctrlnum	(OCoLC)990198300 (DE-599)DNB1133221165
dewey-full	522.2
dewey-hundreds	500 - Natural sciences and mathematics
dewey-ones	522 - Techniques, equipment & materials
dewey-raw	522.2
dewey-search	522.2
dewey-sort	3522.2
dewey-tens	520 - Astronomy and allied sciences
discipline	Physik Geographie
discipline_str_mv	Physik Geographie
edition	3. Auflage
format	Book
fullrecord	<?xml version="1.0" encoding="UTF-8"?><collection xmlns="http://www.loc.gov/MARC21/slim"><record><leader>01661nam a2200445 c 4500</leader><controlfield tag="001">BV048213446</controlfield><controlfield tag="003">DE-604</controlfield><controlfield tag="005">20220523 </controlfield><controlfield tag="007">t</controlfield><controlfield tag="008">220512s2017 gw a\|\|\| \|\|\|\| 00\|\|\| ger d</controlfield><datafield tag="015" ind1=" " ind2=" "><subfield code="a">17,B24</subfield><subfield code="2">dnb</subfield></datafield><datafield tag="016" ind1="7" ind2=" "><subfield code="a">1133221165</subfield><subfield code="2">DE-101</subfield></datafield><datafield tag="020" ind1=" " ind2=" "><subfield code="a">9783937981659</subfield><subfield code="c">Festeinband</subfield><subfield code="9">978-3-937981-65-9</subfield></datafield><datafield tag="035" ind1=" " ind2=" "><subfield code="a">(OCoLC)990198300</subfield></datafield><datafield tag="035" ind1=" " ind2=" "><subfield code="a">(DE-599)DNB1133221165</subfield></datafield><datafield tag="040" ind1=" " ind2=" "><subfield code="a">DE-604</subfield><subfield code="b">ger</subfield><subfield code="e">rda</subfield></datafield><datafield tag="041" ind1="0" ind2=" "><subfield code="a">ger</subfield></datafield><datafield tag="044" ind1=" " ind2=" "><subfield code="a">gw</subfield><subfield code="c">XA-DE</subfield></datafield><datafield tag="049" ind1=" " ind2=" "><subfield code="a">DE-M347</subfield></datafield><datafield tag="082" ind1="0" ind2=" "><subfield code="a">522.2</subfield><subfield code="2">22/ger</subfield></datafield><datafield tag="084" ind1=" " ind2=" "><subfield code="a">US 1480</subfield><subfield code="0">(DE-625)146665:</subfield><subfield code="2">rvk</subfield></datafield><datafield tag="084" ind1=" " ind2=" "><subfield code="a">US 1500</subfield><subfield code="0">(DE-625)146666:</subfield><subfield code="2">rvk</subfield></datafield><datafield tag="084" ind1=" " ind2=" "><subfield code="a">UH 6700</subfield><subfield code="0">(DE-625)145770:</subfield><subfield code="2">rvk</subfield></datafield><datafield tag="084" ind1=" " ind2=" "><subfield code="a">520</subfield><subfield code="2">sdnb</subfield></datafield><datafield tag="100" ind1="1" ind2=" "><subfield code="a">Laux, Uwe</subfield><subfield code="e">Verfasser</subfield><subfield code="4">aut</subfield></datafield><datafield tag="245" ind1="1" ind2="0"><subfield code="a">Astrooptik</subfield><subfield code="b">Optiksysteme für die Astronomie</subfield><subfield code="c">Uwe Laux</subfield></datafield><datafield tag="250" ind1=" " ind2=" "><subfield code="a">3. Auflage</subfield></datafield><datafield tag="264" ind1=" " ind2="1"><subfield code="a">Weimar</subfield><subfield code="b">Uwe Laux</subfield><subfield code="c">2017</subfield></datafield><datafield tag="300" ind1=" " ind2=" "><subfield code="a">xvii, 505 Seiten</subfield><subfield code="b">Illustrationen</subfield><subfield code="c">31 cm</subfield></datafield><datafield tag="336" ind1=" " ind2=" "><subfield code="b">txt</subfield><subfield code="2">rdacontent</subfield></datafield><datafield tag="337" ind1=" " ind2=" "><subfield code="b">n</subfield><subfield code="2">rdamedia</subfield></datafield><datafield tag="338" ind1=" " ind2=" "><subfield code="b">nc</subfield><subfield code="2">rdacarrier</subfield></datafield><datafield tag="650" ind1="0" ind2="7"><subfield code="a">Astronomisches Instrument</subfield><subfield code="0">(DE-588)4143252-6</subfield><subfield code="2">gnd</subfield><subfield code="9">rswk-swf</subfield></datafield><datafield tag="650" ind1="0" ind2="7"><subfield code="a">Optisches System</subfield><subfield code="0">(DE-588)4126186-0</subfield><subfield code="2">gnd</subfield><subfield code="9">rswk-swf</subfield></datafield><datafield tag="689" ind1="0" ind2="0"><subfield code="a">Astronomisches Instrument</subfield><subfield code="0">(DE-588)4143252-6</subfield><subfield code="D">s</subfield></datafield><datafield tag="689" ind1="0" ind2="1"><subfield code="a">Optisches System</subfield><subfield code="0">(DE-588)4126186-0</subfield><subfield code="D">s</subfield></datafield><datafield tag="689" ind1="0" ind2=" "><subfield code="5">DE-604</subfield></datafield><datafield tag="856" ind1="4" ind2="2"><subfield code="m">B:DE-101</subfield><subfield code="q">application/pdf</subfield><subfield code="u">http://d-nb.info/1133221165/04</subfield><subfield code="3">Inhaltsverzeichnis</subfield></datafield><datafield tag="856" ind1="4" ind2="2"><subfield code="m">DNB Datenaustausch</subfield><subfield code="q">application/pdf</subfield><subfield code="u">http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033594249&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA</subfield><subfield code="3">Inhaltsverzeichnis</subfield></datafield><datafield tag="999" ind1=" " ind2=" "><subfield code="a">oai:aleph.bib-bvb.de:BVB01-033594249</subfield></datafield></record></collection>
id	DE-604.BV048213446
illustrated	Illustrated
index_date	2024-07-03T19:49:16Z
indexdate	2024-07-10T09:32:11Z
institution	BVB
isbn	9783937981659
language	German
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-033594249
oclc_num	990198300
open_access_boolean
owner	DE-M347
owner_facet	DE-M347
physical	xvii, 505 Seiten Illustrationen 31 cm
publishDate	2017
publishDateSearch	2017
publishDateSort	2017
publisher	Uwe Laux
record_format	marc
spelling	Laux, Uwe Verfasser aut Astrooptik Optiksysteme für die Astronomie Uwe Laux 3. Auflage Weimar Uwe Laux 2017 xvii, 505 Seiten Illustrationen 31 cm txt rdacontent n rdamedia nc rdacarrier Astronomisches Instrument (DE-588)4143252-6 gnd rswk-swf Optisches System (DE-588)4126186-0 gnd rswk-swf Astronomisches Instrument (DE-588)4143252-6 s Optisches System (DE-588)4126186-0 s DE-604 B:DE-101 application/pdf http://d-nb.info/1133221165/04 Inhaltsverzeichnis DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033594249&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Laux, Uwe Astrooptik Optiksysteme für die Astronomie Astronomisches Instrument (DE-588)4143252-6 gnd Optisches System (DE-588)4126186-0 gnd
subject_GND	(DE-588)4143252-6 (DE-588)4126186-0
title	Astrooptik Optiksysteme für die Astronomie
title_auth	Astrooptik Optiksysteme für die Astronomie
title_exact_search	Astrooptik Optiksysteme für die Astronomie
title_exact_search_txtP	Astrooptik Optiksysteme für die Astronomie
title_full	Astrooptik Optiksysteme für die Astronomie Uwe Laux
title_fullStr	Astrooptik Optiksysteme für die Astronomie Uwe Laux
title_full_unstemmed	Astrooptik Optiksysteme für die Astronomie Uwe Laux
title_short	Astrooptik
title_sort	astrooptik optiksysteme fur die astronomie
title_sub	Optiksysteme für die Astronomie
topic	Astronomisches Instrument (DE-588)4143252-6 gnd Optisches System (DE-588)4126186-0 gnd
topic_facet	Astronomisches Instrument Optisches System
url	http://d-nb.info/1133221165/04 http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033594249&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT lauxuwe astrooptikoptiksystemefurdieastronomie

Verfügbarkeit

Es ist kein Print-Exemplar vorhanden.

Fernleihe Bestellen Achtung: Nicht im THWS-Bestand! Inhaltsverzeichnis
Inhaltsverzeichnis

MARC

Datensatz im Suchindex

Es ist kein Print-Exemplar vorhanden.

Ähnliche Einträge