航空缩略语词典

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Weapon % H7 V4 O$ l5 T0 ?% MEngagement Zone ' ?. `* o. A0 lIn air defense, airspace of defined dimensions within which the responsibility a1 r+ u1 h0 X! w$ v' Jnormally rests with a particular weapon system. $ ^( O6 |% A& ?, pWeapons ( l8 B3 U8 F3 f8 ^Allocation , o3 {$ U+ G4 F# @Designation of a certain weapon to attack a certain threat after Engagement Authorization is given. 8 k7 d* h6 j; `# N' y9 mWeapons * x- p7 z* M( L; u2 ~2 ?7 W5 _; EAssignment In air defense, the process by which weapons are assigned to individual air " f1 D7 U6 a- T' p u; j/ g* r( rweapons controllers for use in accomplishing an assigned mission. Assignment ) _6 }% k; V N4 ]of a particular interceptor to a particular target. Weapons Commitment ; T9 e6 A# L$ oAuthorization to allocate certain weapons to designated targets thus permitting checklist actions to be taken. % g' j! c6 d, h. [# e+ qWeapons Control The varying degree of formal control an area air defense commander exercises # Y: y7 `- e# Wover all air defense weapons in his area of responsibility. % \5 b# L0 Y7 [$ q. B& CWeapons $ t1 O% Y: o+ {: q8 b6 jEnablement # n+ M2 A0 L' oAuthorization to place a weapon into its most ready state but prior to release. - s" {& N# S, n# uWeapons Free A weapon control order imposing a status whereby weapons systems may be 4 p5 `1 g% {, X) G; vfired at any target not positively recognized as friendly. O& g7 T" F0 l- vMDA GLOSSARY, VER. 4.0 W 321 & f7 C& z9 x; B; EWeapons Hold A weapon control order imposing a status whereby weapons systems may be fired in self-defense or in response to a formal order. ' w. t. @1 n/ }2 u& s! B) WWeapons ) E( J" b- D+ ^& R7 l; r$ g4 TInitiation / V. q# S6 t& N I1 `State when a weapon system is to be placed in the highest state of readiness 9 S0 x. D" a' s/ ~/ n d" L V `1 j7 kshy of weapon allocation. It is possible to go direct to weapons allocation or release without first initiation or allocation. Weapons of Mass # x: V0 _! ?9 `, JDestruction (WMD) In arms control usage, weapons that are capable of a high order of destruction 1 E, e- Y% s4 D% x& aand/or of being used in such a manner as to destroy large numbers of people. * n; T3 h: {1 y( a; n$ v/ ]Weapons Readiness State The degree of readiness of air defense weapons which can become airborne or be launched to carry out an assigned task. Weapons readiness states are expressed in number of weapons and number of minutes. 5 Q. H" c: U4 \3 B. S9 p/ C! CWeapons Release 6 |9 Q! H# f+ K vAuthority (WRA) The order that gives weapon controllers the authority to fire. (USSPACECOM) Weapons System Items that can be used directly by the armed forces to carry out combat missions % u$ n q" u% u, ~. }and that cost more than $100,000 or for which the eventual total procurement cost is more than $10,000,000. That term does not include commercial items 3 t$ e1 o7 K+ \sold in substantial quantities to the general public. ! D, Y, i3 o8 E- M3 `Weapon System ! b5 G* y' O, }7 IControl 5 r8 J' n2 R' b' q9 eThat set of assessment, decision, and direction functions normally implemented 3 Y4 E' S3 X8 u3 Gautomatically to assure that individual weapons are pointed, fired, and guided as 7 L- p& z" i L3 O: }& \- enecessary to intercept the designated attackers. & n" L3 u# Q3 C0 k7 eWeapon Target Assignment $ E h7 `- t8 o2 \/ D: ?(WTA) The assignment of an interceptor to a particular threat object. In Midcourse, a WTA requires in-flight communication between the Battle Manager and an inflight interceptor. To ensure the Battle Manager maintains the ephemeris of the interceptor, the WTA will constraint the interceptor’s flight error. 7 L' c5 j# `1 }Weapons Tight A weapon control order imposing a status whereby weapons systems may be 4 P" G; u ]" B2 w7 l( tfired only at targets recognized as hostile. Weapons System 3 b2 i/ @' P/ g5 F. Q, I/ yEmployment : C; {3 x# \( g# O0 ^; z7 vConcept 4 W" W s3 M: K4 K# gA description in broad terms, based on established outline characteristics, of the application of a particular equipment or weapon system within the framework of tactical concept and future doctrines. / o2 P5 V- v( h$ d% W- xWestern Test $ _" R( a# i6 |) NRange (WTR) Beginning at Vandenberg AFB, CA, this range stretches halfway around the globe where it meets the Eastern Test Range. An array of launch complexes, 2 u1 i& |" I# I. } U6 e* G! psensors, and tracking sites makes up the Western Test Range. It is operated by the Space and Missile Test Organization (SAMTO), a unit of AFSPACECOM as ' l+ ?" M/ Z, g9 x$ vof 1 October 1990. WESTPAC Western Pacific. 8 r# @0 S* a: \2 k, @WEU Western European Union 9 m ^1 c8 T! w! j RWEZ Weapon Engagement Zone. WFF Wallops Flight Facility, Wallops Island, VA. WFOV Wide Field of View. 9 l, i' Q3 d$ C) rWFX Warfighter Exercise. 6 W$ c# e7 B! H. a5 U4 J5 r- gMDA GLOSSARY, VER. 4.0 W 322 WG Working Group. WGET Working Group on Encryption and Telecommunications. 0 H" u2 ?/ y( aWH White House. WHDEVAL Warhead Evaluation.

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WILTEL Williams Telecommunications Group Incorporated. Wing Control Center (WCC) + o' }/ x6 G* v, `; G jA second Space Wing center that logistically/administratively controls operational 3 H, ~. u2 [4 `+ [: D2 W4 Psatellite systems operated by them at worldwide locations. WIPT Working-level Integrated Product (Process) Team. - V ]% b" Z% F2 X; eWIS WWMCCS Information System. Withhold 1. A term used in a pre-planned response option (PRO) to identify the 8 c+ s9 U, G, C, | @% Rwithholding of part of the space or ground weapon inventory against detected + R( z5 f. S! i" L1 B" `) y% Othreat launches, in anticipation of follow-on attacks. 2. (Nuclear) The limiting of authority to employ nuclear weapons by denying their use within specified 3 C( |5 ^( \+ [% R/ t- Q/ L) tgeographical areas of certain countries. WL Wright Laboratory, Wright-Patterson AFB, OH. 3 n& U1 s& j# k$ J' E dWLR Weapons Launch Report. WMD Weapons of Mass Destruction. 4 A9 M0 `9 |5 r# H0 K& rWMF Windows Metafile. 6 S% K) p" q5 K# D" D4 ^WMP War and Mobilization Plan. WNINTEL Warning Notice - Intelligence Sources or Methods Involved. 1 J7 J8 S Y. D. q; DWOC Wing Operations Center. & @8 G& [6 |# K4 ?! G% j+ BWON Work Order Number. Work Breakdown Structure (WBS) (1) A product-oriented family tree division of hardware, software, services, ! {% h' v0 Z0 s$ N7 Band other work tasks which organizes, defines, and graphically displays the product to be produced, as well as the work to be accomplished to ! k! G5 G) _1 n$ ~9 ~achieve the specified product. 9 i! E: a8 f. u2 e% T(2) A hierarchical diagram used to depict the tasks, capital, and resources required during the development of a product. Work Packages Detailed short-span jobs, or material items, identified by the contractor for accomplishing work required to complete the contract. Worldwide Indications Monitoring System (WWIMS) 2 ^& L( H) c; v$ T3 G% W; eA confederation of national, unified, and specified command and other intelligence centers and facilities. The primary mission of the WWIMS system is to monitor, maintain, and report on Indications and Warning (I&W) activity. MDA GLOSSARY, VER. 4.0 W 323 World-Wide ' k7 k" f2 L- p* i6 @- @$ ]* pMilitary 1 A; r' u: O. zCommand and Control System (WWMCCS) The system that provides the means for operational direction and technical administrative support involved in the function of command and control of U.S. 1 z" M3 e. c6 l2 O1 u8 p$ E% lmilitary forces. The system comprises: The NMCS - The command and control systems of the unified and specified commands - The WWMCCS-related management/information systems of the headquarters of the Military Departments - The command and control systems of the headquarters of the . n) [) n. \% o! A: ?service component commands - The command and control support systems of . D8 t# T+ G# i7 i! qDoD agencies. The system furnishes a multi-path channel of secure & _6 J& ?7 L& R% }$ p& q1 Xcommunications to transmit information from primary sources to those who must k, o) ]5 i# x# |4 G1 tmake decisions (including the President) and to transmit their decisions (in the " |7 J J) X7 m) lform of military orders) to subordinates. WP (Former) Warsaw Pact Countries. ; E/ T7 ^1 \4 I9 ?6 W2 e, dWPAFB Wright-Patterson AFB, Dayton OH. WPC Warsaw Pact Countries. WPD Work Package Directive. WPN Weapon Procurement Navy. 3 V! p7 O1 A: b' OWR Western Range. WR/VAFB Western Range/Vandenburg Air Force Base. WRA See Weapons Release Authority. WRM War Reserve Materiel. ' k3 B3 n+ E) | k0 lWRSK War Reserve Spares Kit. . M0 A6 Q- ]$ D5 VWRTTM Warhead Replacement Tactical Telemetry Module (USAF term). WS Warning System. WSE Weapon Support Equipment. WSEM Weapons System Evaluation Program. WSESRB Weapons System Explosive Safety Review Board. WSI Wafer-Scale Integration. WSM Waterspace Management (USN term). * N: ~& _, p: o! l1 {WSMC Western Space and Missile Center, Vandenberg AFB, CA. WSMR (1) White Sands Missile Range, NM (2) Western Space and Missile Range. WTA Weapon Target Assignment. WTO Warsaw Treaty Organization. + A* p+ X/ J# AWTP Weapon Test Plan. WTR Western Test Range. # K- L% z) X5 K3 Q7 SMDA GLOSSARY, VER. 4.0 W $ N7 p5 @) x. C( G& |& \324 WUC Work Unit Code (ILS term). 4 l& t+ u) O! {8 v& TWWABNCP Worldwide Airborne Command Post.

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WWG Wideband Waveform Generator. WWIMS See Worldwide Indications Monitoring System. 7 w0 R2 }8 |5 l) WWWMCCS See World-Wide Military Command and Control System. ! f% Y i; l2 e/ Q! R) rWWW World Wide Web. 9 f: s; {6 a' BWX Weather. MDA GLOSSARY, VER. 4.0 X,Y,Z 325 X-ON/X-OFF Transmitter On/Transmitter Off (Telecomm/Computer term). X-Ray Laser (XRL) A laser that generates a beam or beams of x-rays. Also called an "X-raser." X-Rays Electromagnetic radiation of high energy, which results from either the release of " i" M/ y. W) H% w. Q. _energy from electrons changing orbits about the nucleus (discrete) or the inelastic collision of charged particles with the electromagnetic field of the nucleus. 2 Q3 L5 x: H' ]# _% YX-rays have wavelengths shorter than those in the ultraviolet region, e.g., less than 10E-6 cm or 100 Angstroms. Materials at very high temperatures (millions of degrees) emit such radiations; they are then called thermal x-rays. As generally produced by x-ray machines, they are "bremsstrahlung" resulting from the interaction of electron of 1 kilo electron-volt or more energy with a metallic " O& m( V. a0 v- \( ntarget. (See Electromagnetic Radiation and Thermal X-Rays.) XBR X-Band Radar. ' ^6 I, ~+ o% V V$ J/ _$ ?XCVR Transceiver. & p" G, z. [8 }. O& t. P: S# |6 OXDS Exoatmospheric Defense System. / ^. F0 |& {5 c3 IXGA Extended Graphics Array. XIWT Cross Industry Working Team. XMTR/CVR Transmitter/Receiver. ) |% [, f/ c8 x% L2 y! T0 ^XO Executive Officer. ' ^/ H# h9 z4 H& DXoDis Exoatmospheric Discrimination. XOX Assistant Deputy Chief of Staff for Operations (Office Code). XRL See X-Ray Laser. XRS USAF/ESC Staff Symbol. ! \( y. [* \- `. Q2 tXTB Exoatmospheric Test Bed. XTV Experimental Test Vehicle. Xwindows Unix graphics interface. 8 y) {4 W4 ^3 C5 G$ bYield (or Energy Yield) 0 y: z1 L! Y# g9 ?; k: G* b# SThe total effective energy released in a nuclear (or atomic) explosion. It is usually expressed in terms of the equivalent tonnage of TNT required to produce 5 y( H( U8 w. q4 Q' [9 i' Jthe same energy release in an explosion. The total energy yield is manifested 3 x7 y$ C& d: ?as nuclear radiation, thermal radiation, and shock (and blast) energy, the actual distribution being primarily dependent upon the medium in which the explosion 2 u6 ?3 o5 ^0 a* L8 noccurs, as well as the type of weapon and the time after detonation. Zero Point The location of the center of a burst of a nuclear weapon at the instant of detonation. The zero point may be in the air or on or beneath the surface of land or water, dependent upon the type of burst; it is thus to be distinguished ! |0 m6 C/ Z/ q5 `- \" Wfrom ground zero. , t9 y& z& |" G. t. LZIF Zero Insertion Force. ZULU Time Zone Indicator for Universal Time. & S% A2 S! P3 z0 Y# ^* QMDA GLOSSARY, VER. 4.0 0 k# J; \3 e1 M* i W3 f% y326 Units of Measurement " G2 \, S; J3 I5 R1 lKeyword/Symbol Unit Name Aspect Measured [ a ] ampere electric current ' [0 V5 B2 R# N+ w[ angstrom ] angstrom length [ b ] bit binary digit 0 or 1 [ bps ] bit per second bit transfer rate [ C ] coulomb electric charge [ c; Ci ] curie radioactivity 5 V9 `& {6 q$ A0 z[ cal ] calorie energy [ cal/sq cm ] calorie per square energy per area 4 M% l. t; W$ a6 Hcentimeter ! l3 t; I: v! y: H+ R# _[ chan ] channel frequency path : T \, W6 a2 H7 n[ cm ] centimeter length

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[ cu cm ] cubic centimeter volume - Z* i; B6 X2 C2 ^6 y- s[ dB ] decibel signal strength 6 l% j- z/ a; P[ deg ] degree plane angle ) S" ^5 z8 D. u6 B: M4 d[ deg K ] degree, Kelvin temperature [ deg/s ] degree per second plane angle change rate [ deg/s/s ] degree per second slew acceleration per second [ diam ] diameter length ' D1 g$ g* @6 U% }9 c* n[ dyn ] dyne force ! \5 Z0 T9 q0 G4 S Q, W [" A# V[ eV ] electron-volt energy " Z1 z: i; ?% F% i! y1 i[ G ] gauss magnetic flux density - n' O9 M' _3 l' _( ]7 ][ g ] 1) 9.808 meters per sec- 1) gravitational acceleraond per second; 2) gram tion constant; 2) mass * a1 E! U% x* K1 t9 y[ GHz ] gigahertz frequency [ Gy ] gray absorbed dose [ h ] hour time [ Hz ] hertz frequency & `! w% T2 t2 ]$ I5 T[ J ] joule energy [ J-T ] Joule -Thomson temperature change [ K ] Kelvin temperature " F% Y% i: W6 }2 Q2 j5 E) P& v& Q% @[ kA ] kiloampere electric current [ kb ] kilobit binary digit 1 s _+ o; o' y[ kb/s ] kilobit per second velocity (binary digit) 9 d9 u8 l3 b8 s; x' ~3 ~[ KeV ] kiloelectron-volt energy 3 @. M% Y( F# k( p( L+ t[ kg/sq m ] kilogram per square pressure meter 4 x# Q# Z) a8 s1 J) k[ KHz ] kilohertz frequency [ kJ ] kilojoule energy [ kJ/kg ] kilojoule per kilo- specific energy 9 P6 B5 _# F: O. l' qgram [ kJ/sq cm ] kilojoule per square laser lethality centimeter , d1 Z+ h2 r2 P/ o( q+ B9 l[ km ] kilometer length [ km/s ] kilometer per second velocity * }7 ^8 U* i5 U2 x& I4 C8 K[ KT ] kiloton yield [ kV ] kilovolt electromotive force 5 ]# m2 n# G! `' M5 Q0 x[ kW ] kilowatt power [ kW/kg ] kilowatt per kilogram specific power Keyword/Symbol Unit Name Aspect Measured MDA GLOSSARY, VER. 4.0 ; f/ `% G! o T! A) \327 " Y( I" h% m9 l, c0 D[ kW/m ] kilowatt per meter thermal transport [ kW/sq cm ] kilowatt per square energy flux 2 f9 X+ M/ [6 @' B6 _4 k+ fcentimeter [ m ] meter length , K9 }- K0 R& v' l7 s2 \[ Mbps ] megabit per second bit transfer rate [ MeV ] megaelectron-volt energy 3 ?- V" v$ u. z% U[ MFLOPS ] million floating point processing performance operations per second [ MHz ] megahertz frequency 1 C6 g2 k9 J% X, c T n[ micro ] micro a one-millionth part : |8 E0 M" ]$ R7 t[ micron ] micrometer length 5 z F/ O, T+ H0 a; o( m7 g$ P! T[ milli ] milli a one-thousandth part & i( G+ X [. @, h7 X0 g/ umJ millijoule [ min ] minute time - ~, R5 ] s2 b[ mips ] million instructions processing speed per second [ MJ ] megajoule energy [ mm ] millimeter length [ mops ] million operations processing performance / W8 `. F7 f/ vper second 5 K/ T& t2 D3 ~4 g1 }/ b, _% Q[ mrad ] milliradian plane angle # ]9 e8 Y2 b$ q* v: Q* A6 w[ m/s ] meter per second velocity , J; v' Y2 E0 M[ ms ] millisecond time 3 z9 A# o- p ~ m5 f' l6 \[ MT ] megaton yield [ MV/m ] megavolt per meter electric field strength ( p- X& R3 p0 ^[ MW ] megawatt power [ MW/sr ] megawatt per steradian laser brightness 0 q% a* L! T# [[ N-s ] newton-second force [ ns ] nanosecond frequency 2 h. C0 ?5 `* y8 d! F[ parsec ] parsec astronomical distance 5 Q* J& h6 j6 L. n; O6 \/ [[ Pa-s ] pascal-second pressure ( |% I% ]/ U1 B1 i5 C[ R ] roentgen radiation dose [ RAD ] rad absorbed dose $ g- o% z! n( f$ R! h5 z7 {6 p[ radian ] radian plane angle * z {( ~. e6 ] c+ t[ rad/s ] radian per second angular drift [ ratio ] percentage efficiency & d( \6 H r! ][ rem ] rem ionizing radiation / u3 S2 x, a+ Q0 M* L$ S% j7 W[ s ] second time * A: m6 H: [4 A[ sq m ] square meter area 8 z% [. l/ C; @3 p4 x9 L[ sq m/yr ] square meter per year area per time [ sr ] steradian absorbed radiation dose ( L9 `$ ?* j& `: H4 J/ k4 K# D[ mrad ] microradian plane angle [ V ] volt electromotive force ' O; J. J* P+ i" A I4 w[ W ] watt power # N7 s. K% o Y, E[ W/kg ] watt per kilogram specific power [ W/sq cm ] watt per square heat flux centimeter [ W/sq m ] watt per square meter energy flux ; h- \; }" J ?5 N7 C! @[ W/sr ] watt per steradian radiant intensity + b% |* \! w( M1 N5 q" ?/ z' M[ W/sr sq m ] watt per steradian radiance square meter ) h4 \! T4 @. N* z# `9 ~5 [[ yr ] year time

mariner

Looking for it.

championking

ddddddddddddddd

conanyhm

是可以输入查找那种吗？

xiaohao

ddddddddddd

brashman

i want see it!

美的瞬间

谢谢分享了啊！