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Sternwarte Bochum - Institut für Umwelt- und Zukunftsforschung (IUZ)

44797 Bochum-Sundern, Germania (Nordrhein-Westfalen)
Indirizzo Radom
Obernbaakstraße 6 
 
Spazio espositivo 1 000 m² / 10 764 ft²  
 
Tipo museo Esposizione
Astronomy
  • Autovetture
  • Wire- & tape recording
  • Air and Space
  • Measuring Instruments, Lab Equipment
  • Amateur Radio / Military & Industry Radio

Orario d'apertura
Dienstag - Donnerstag: 11 – 16 Uhr; Freitag: 11 – 14 Uhr
April - Oktober Sonntag: 11 – 17 Uhr
November - März Sonntag: 11 – 16 Uhr
​In den Sommerferien bitte zuvor anrufen ob das Radom wegen Betriebsferien geschlossen ist.
Das Gelände mit den Antennen ist frei zugänglich.

Costo
Status dal 07/2019
4 €
Contatti
Tel.:+49-234-57 989-0  Fax:+49-234-57 989-58  
eMail:info iuz-bochum.de   
Pagina web www.sternwarte-bochum.de/1-1-radom
La nostra pagina per il museo Sternwarte Bochum - Institut für Umwelt- und Zukunftsforschung (IUZ) in Bochum-Sundern, Germania, non è ancora gestito da un iscritto a Radiomuseum.org. Contattaci per condividere la tua esperienza con questo museo, per eventuali correzioni ai dati o inviando foto mediante il Modulo contatti Ricerca Musei della radio.
Come arrivare
N51.427050° E7.192500°N51°25.62300' E7°11.55000'N51°25'37.3800" E7°11'33.0000"

Esempi di apparecchi visionabili nel museo:

D: Körting-Radio; Novum 39W (1938/39)
D: Isophon, E. Fritz & Isonetta diverse (1952-64?)
D: Philips Radios - Musikschrank C54 FD634A (1953/54)
D: NEVA, Dr. Vatter KG; Braunsche Röhre Demonstrationsmodell (1955??)
D: Rohde & Schwarz, PTE VHF-Feldstärkezeiger HUZ BN15012 (1956?)
D: Siemens & Halske, - Funk E566 745E310 (1957?)
D: Telefunken Ultrakurzwellen-Empfänger E149 Uk/1d (1957?)
D: Grundig Radio- TK25 (1958-61)
D: Grundig Radio- TK32 (1958-62)
D: Grundig Radio- Netzgerät SN3 (1960)
D: Wandel & Goltermann; Frequenzzähler FZ-1 (1960-67)
D: Kosmos, Franckh´sche Radiomann EF98 13. Auflage (1960/61)
D: Grundig Radio- Universal-Röhrenvoltmeter RV3 52 (1960?)
D: Hagenuk N&K, Universalempfänger UE12 (1961)
D: Telefunken Magnetophon M5C (1962??)
D: Rohde & Schwarz, PTE VHF-UHF-Messempfänger - Monitoring Receiver ESU BN 150021, 150021/2 (1964)
NL: Philips; Eindhoven RC-Generator GM-2317 /03 /04 (1964)
SU: B-8865 V8865 post Tornisterfunkgerät R-108M {Р-108М} (1964-84??)
USA: Bendix Radio SCR-211-M Frequency Meter Set (BC-221-M) (1942)
USA: Hammarlund Mfg. Co. Super-Pro 600 SP-600 (generic model) (1950-72)
USA: Hallicrafters, The; R-274/FRR (1952)
USA: MILITARY U.S. R-390A/URR (1954-85)
USA: General Radio R-F Bridge 1606-A (1957??)
USA: MILITARY U.S. Electronic Multimeter TS-505D/U (1958)
USA: Tektronix; Portland, Type CA Plug-In-Unit C-A (1959-64)
USA: NEMS-Clarke Company, Special Purpose Receiver 1306A (1959??)
USA: Tektronix; Portland, Oscilloscope 533 A (1960-72?)
USA: TELCO - Tapetone Converter 100 (1962??)
USA: Hewlett-Packard, HP; AC Voltmeter 400E (1965-80)
USA: Hewlett-Packard, HP; Electronic Counter 5216A (1970)
Descrizione

Wikipedia:
Bochum Observatory
often known in Bochum as Cape Kaminski (German: Kap Kaminski) is a research institute in Bochum, Nordrhein-Westfalen, Germany. The institution came into being through a private initiative. Its main areas of interest are in radio astronomy and environmental research.

History and accomplishments

In 1946, Professor Heinz Kaminski founded Bochum Observatory as a popular observatory of the local Volkshochschule. Since 1957 and the launch of the first artificial satellite – Sputnik 1, whose signal was detected in Bochum – this developed into the Institute for Space Research / Observatory Bochum. It was renamed in 1982 as the Institute for Environment- and Future Research.

Equipment

The Institute today owns several antenna systems for receiving data from geostationary and orbiting satellites and interplanetary spacecraft.

The IUZ's largest structure is the Radome (radar dome). This has a 40-meter-high (130 ft) dome, supported by excess pressure from inside, which protects a 20 m parabolic dish from the weather. The dish has a total weight of over 220 tonnes and can both receive and send data. As a result of a complete upgrading, the installation has an accuracy of about 1/1000 of a degree in positioning and is thus being prepared for the planned Mars mission AMSAT P5A, which will be partly navigated by the IUZ Bochum. Otherwise there is 1000 square meters of exhibition space and a lecture room for 160 people.

Long-term exhibition

Cosmos, Communism, Cold War – Sputnik 50: The History of Space Travel in Two Political Systems is the exhibition in the Radom of Bochum Observatory, supported by the "Federal Foundation for Studying the SED-Dictatorship". It documents the events of the Space Race from the first detection of the Sputnik signal in 1957 up to the present day. "The People's Observatory Bochum", one of the few institutions capable of receiving the first signals from Sputnik, became an important place in West Germany for the latest news and information about space. A special exhibition has been put on show in this historic location in space history, with numerous exhibits gathered from all of Germany documenting the instrumentation of space travel.
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