6.000 Literaturangaben zu Avionik, Luftfahrt & Wehrtechnik Empfohlen von Diplom-Physiker Myrodis Athanassiou Literatur zur Avionics, Aerospace and Defense 5 Juli 2013 VORBEMERKUNGEN Dieses Dokument, das in Verbindung mit den zwei Dokumenten AVIONICS, AEROSPACE AND DEFENSE ACRONYMS AND ABBREVIATIONS so wie AEROSPACE AND DEFENCE TECHNOLOGIE UNTERNEHMENSPROFILE INTERNATIONAL verwendet bzw. gelesen werden sollte, enthält diejenigen Literaturquellen – schätzungsweise etwa 6.000 -, welche ich mehr oder weniger bei der Abfassung meiner NOTIZEN ZUR MISSIONSAVIONIK LUFTFAHRT UND WEHRTECHNIK und ANTENNEN IN DER MISSIONSAVIONIK zur Rate gezogen habe. Das vorliegende Dokument erhebt keinen Anspruch auf Vollständigkeit oder Aktualität. Ich übernehme auch keine Verantwortung für etwaige Fehler bzw. fehlerhafte Angaben. Bin allerdings über Verbesserungsvorschläge und Korrekturen sehr dankbar. Myrodis Athanassiou 1 Literatur zur Avionics, Aerospace and Defense 5 Juli 2013 A . A Band => Frequenzbandbezeichnungen USA: AN/AAQ-24 (V) DIRCM, Nemesis Directional Infrared Countermeasures Self-Protection Suite. AAA, Anti Aircraft Artillery 1. U.S. Lexicon: Code names; ICH, 3rd Ed., 1977/78, S.86-102. AAR => AAQ 2. A better antiaircraft gunfire control system? DE, January 1980, S.84-86. AAR-44(V) 3. Fire control on the modern battlefield; Tom Baranauskas; 1. The Missile Warning challenge; Dr. Meir Danino; JED, July DE, October 1987, S.137-144. 1999, S.45-50. Errata: JED, September 1999, S.34. 2. AN/AAR-44/44A; IECH, 2001, S.198. AAI Corporation 3. Technische Unterlage von Raytheon/E-Systems, Goleta 1. Http://www.aaicorp.com Division, CA, USA: AAR-44(V) Advanced Missile Warning for 2. AOC corporate member profiles; JED, February 2004, S.51- Aircraft Survivability. 72. AAR-47 . AALC 1. New F/A-18 EW suite encounters large cost rise, but small 1. HUD/EVS: Beyond Infrared; Charlotte Adams; Avionics delay; Philip J. Klass; AW&ST, October 26, 1998, S.47-49. Magazine - Aviation Today, August 2004. 2. AN/AAR-47 upgrades continue; B. Rivers - EC Monitor; JED, www.aviationtoday.com January 1999, S.32-34. 3. AW&ST Aerospace Source Book, January 11, 1999, S.208. AAQ 4. AAR-47 gains dual function; AW&ST, November 15, 1999, S.44. 1. How to decipher U.S. electronic equipment designations; 5. You bet your life: Todays Missile Warning Systems; Don ICH, 9th Ed., 1984, S.62. Herskovitz; JED, April 2000, S.54. 6. Testing of AN/AAR-47 upgrade returns to white sands - EC . AAQ-13 & AAQ-14 => Lantirn Monitor; K. Sherman; JED, December 2000, S.26-30. 7. AN/AAR-47; IECH, 2001, S.198. AAQ-16 1. Http://www.raytheon.com/es/esproducts 2. Night vision system adds Laser target designator; J.R.R.; DE, . AAR-54(V) July 1992, S.14. 1. Technische Unterlage von Northrop Grumman, Baltimore, Maryland, USA: AN/AAR-54(V) Passive Missile Approach . AAQ-24(V), Nemesis, DIRCM Warning System, DS-057-DSM-0996. 1. Nemesis: Imaging technology provides countermeasures to 2. MAWS selected for Luftwaffe C-160s - EC Monitor; B. defeat the IR missile threat; Scott R. Gourley; D&SE, Rivers; JED, August 2000, S.28-29. December 1995, S.28-29. 3. AN/AAR-54(V); IECH, 2001, S.199. 2. More sensitive MWS sensors enhance DIRCM 4. Als Flugkörperwarnsystem für die Transall; pp; SuT, Juni effectiveness; Philip J. Klass; AW&ST, October 27, 1997, 2004, S.59. S.47-49. 3. Live-fire tests demonstrate AAQ-24 DIRCM capabilities; . AAR-57(V) Philip J. Klass; AW&ST, October 26, 1998, S.44-45. 1. Http://www.sanders.com 4. New F/A-18 EW suite encounters large cost rise, but small 2. Less agile, sharper eyes; S. Carroll; JED, July 1999, S.48. delay; Philip J. Klass; AW&ST, October 26, 1998, S.47-49. 3. Passive UV Missile-Warning Systems; Larry De Cosimo, et 5. DIRCM goes Laser; Martin Streetly - European Report; JED, al.; JED, December 1999, S.51-54. July 1999, S.18. 4. You bet your life: Todays Missile Warning Systems; Don 6. DIRCM, ATIRCM compared in DoD study; S. Carroll - EC Herskovitz; JED, April 2000, S.51-56. Monitor; JED, July 1999, S.25-26. 5. AN/AAR-57 CMWS; IECH 2001, S.199. 7. Live-fire test gives dramatic example of DIRCM capabilities; AW&ST, November 15, 1999, S.98. AAR-58 8. Nemesis; IECM 2001, S.123. 1. Raytheon Decoy to protect B-1; Michael A. Dornheim - 9. Asian Aerospace 2002, DIRCM pointed the way forward at Goleta, CA; AW&ST, October 26, 1998, S.61. Asia’s premier air show; JED, April 2002, S.26-27. 2. AN/AAR-58; IECH 2001, S.200. 10. Technische Unterlage von Northrop Grumman Electronics Systems Integration International, Rolling Meadows, IL, . AAR-60 2 Literatur zur Avionics, Aerospace and Defense 5 Juli 2013 1. Germany examining Missile Warners for C-160s - EC 10. New shielding method overcomes old problems - Monitor; B. Rivers; JED, April 1999, S.30-31. Application Note of ITEM Publications, Conshohocken, PA; 2. Les agile, sharper eyes; S. Carroll; JED, July 1999, S. 48. Microwaves & RF, 41(2002)1, S.92. 3. Technische Unterlage von DASA/LFK/Thomson-CSF: EW 11. Von Blitz getroffen - mehr Schutz für Elektronik und neue Suite for Helicopter. Werkstoffe; PLANET AEROSPACE, Nr. 3/2003, Juli-August- 4. AW&ST Aerospace Source Book, January 11, 1999, S.207. September, S.14-17. 5. MAWS selected for Luftwaffe C-160s - EC Monitor; B. Rivers; JED, August 2000, S.28-29. Abschlüsse - Terminators 6. Germany defines MILDS requirement; European Report - 1. Introduction to Resistors & Terminators; KDI Electronics Martin Streetly; JED, September 2000, S.18. Alpha, Inc.; MSDH, 4th Ed., July 1986, Vol.16, No.7, S.196- 237. AAS => AAQ . Abschwächer - Attenuators . AAS-44(V), Infrared Laser Detecting-Ranging-Tracking 1. Koaxiale HF-Dämpfungsglieder, Technologie und Set Dämpfungsmessverfahren; F. Weinert & B.O. Weinschel; 1. Http://www.raytheon.com/es/esproducts Mikrowellen Journal, 3-75, S.161-164. 2. US Navy buys IR Ranging and Detection Systems; B. Rivers, 2. Attenuating circumstances, microwave passive coaxial EC Monitor; JED, July 1999, S.33-34. attenuators - An overview; Bill Painter - Omni Spectra; MJ, 3. Predator flew with target designator over Kosovo; B. April 1977, S.16-23. Rivers, EC Monitor; JED, September 1999, S.33-34. 3. Coaxial attenuators handle 50 W over multi-octave Bands; C. Staeger & D. Pochard; MSN, May 1978, S.74-77. Abgaswolke 4. Introduction to Attenuators; Anzeige von KDI Electronics; 1. Kombiniertes Scheinziel für die Luftwaffe (KSL); SuT, MSDH, 4th Ed., July 1986, Vol.16, No.7, S.114-141. 12/2000, S.820-821. 5. Attenuators boost dynamic range of radar receivers; Asad M. Madni, et al - Systron Donner, Van Nuys, CA; Microwaves & RF, 29(1990)3, S.93-100. ABL, AirBorne Laser 6. Selecting and specifying attenuators; M. C. Barnard; MSN, 1. Teams to submit bids for airborne laser; William B. Scott - January 1990, S.72-75. Colorado Springs; AW&ST, June 16, 1996, S.45. 7. RF attenuators fit a wide range of applications; Jack 2. Mit Laser auf Raketenjagd; Karl Schwarz; FLUG REVUE, Browne - Chief Editor; Microwaves & RF, 29(1990)10, Oktober 2002, S.54-57. S.122-132. 3. Flash in the Plan - Directed-energy weapons remain more 8. Digital attenuators optimize DF receivers; Alan Conrad - experimental than available; Ted McKenna; JED, May 2003, Contributing Editor; Microwaves & RF, 29(1990)10, S.123. S.46-52. 9. Attenuators settles 100 percent in less than 1 µs - Product 4. Testing continues on USAF Airborne Laser; Ted McKenna; of Comstron, Plainview, NY; Microwaves & RF, 29(1990)11, JED, November 2005, S.23-25. S.156. 5. ABL - Airborne Laser; Jan Helmig; Strategie und Technik, 10. Fast GaAs MMIC attenuator has 5-b resolution; Brian Januar 2006, S.44-45. Bedard - Hittite Microwave, Woburn, MA; Microwaves & 6. Kampflaser gegen Raketen - Boeing YAL-1A; Daniel Jorns; RF, 30(1991)10, S.71-76. FLIEGERREVUE, 06-2006, S.26-30. Absorberhalle, Absorberraum - Anechoic Chamber . Abschirmung - Shielding 1. Britains Largest Anechoic Chamber; Hawker Siddeley 1. Theorie der elektromagnetischen Felder; Prof. Dr. S. Blume; Dynamics, Stevange; MJ, October 1977, S.52d. Hüthig Verlag, Heidelberg, 1982. 2. Digital processing enhances Antenna Measurements; 2. RF Shielding becomes more necessary - Euroform; Arnold Doren W. Hess; MSN, May 1978, S.40-54. Zais - Keene; MSN, December 1982, S.64A-64D. 3. The semi-open Anechoic Chamber; K.A. Koob & H.C. 3. Effective shielding is more than a pretty facade; Richard D. Liesenkötter - MBB, München; MJ, June 1978, S.120-123. Scheps; Microwaves & RF, 23(1984)10, S.85-112. 4. Naval Air Test Center unveils new Anechoic Chamber; Staff 4. Stay EMI-calm on a noise-free island; M. Shandas & P. Report; JED, October 1983, S.161-168. Shandas - Microsource, Santa Rosa, CA; Microwaves & RF, 5. Diagonal horn improves anechoic chamber tests; S.J. Foti & 25(1986)10, S.101-105. D.D. McGahey; Microwaves & RF, 23(1984)3, S.105- 5. Elektromagnetische Verträglichkeit (EMV); Karl-Heinz 108,110,134. Gonschorek & Anton Kohling; Physik in unserer Zeit, 19. 6. Spelling out RCS antenna specs; SJF & DDM; Microwaves & Jahrgang, Mai 1988, Nr.3, S.80-91. RF, 23(1984)3, S.109, 134. 6. EMI shielding of composite materials; Frank Marella; DE, 7. Anzeige von Emerson & Cuming in ICH, 9th Ed., 1984, S.72- March 1990, S.68-71. 73. 7. Making effective EM shields from aluminium and plastic; A. 8. Microwave Absorbers and Anechoic Chambers; Johan Pyck; Kumar - AK Electromagnetique, Quebec, Canada; Mikrowellenmagazin, 11(1985)2, S.160-163. Microwaves & RF, 36(1997)8, S.128-137. 9. Northrop completes colossal chamber; Michael Kachmar - 8. Minimize EMI effects in wireless circuits; M.A. Halim - SR Senior Editor; Microwaves & RF, 25(1986)4, S.53.