「radars」の共起表現一覧(1語右で並び替え)
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It uses surveillance information derived from | radars, ADS-B or multilateration as well as environme |
2004, the end of the use of the Decca name on | radars after a period of more than 50 years. |
of GEE, Fishpond, IFF (Identify Friend or Foe) | radars, along with magnetrons, vacuum tubes (known as |
d with the AN/PPS-5/PPS-12 ground surveillance | radars already in use by the USAF. |
and has a strong heritage from the many cloud | radars already in operation in ground-based and airbo |
Search | Radars: AN/FPS-3A, AN/FPS-20, AN/FPS-87A |
Search | Radars: AN/FPS-3C, AN/FPS-502 |
Search | Radars: AN/FPS-3C, AN/FPS-502, AN/FPS-20A, AN/FPS-93A |
Search | Radars: AN/FPS-3C, AN/FPS-502, AN/FPS-7C, AN/FPS-107 |
Height | Radars: AN/FPS-502, AN/FPS-20A, AN/FPS-27, AN/FPS-26 |
Talos missile guidance | radars, AN/SPG-49. |
Height | Radars: AN/TPS-502 |
Height | Radars: AN/TPS-502, AN/FPS-6B |
main mission of these planes was to locate SAM | radars and jam them during Alpha Strikes. |
The AMDR system consists of two primary | radars and a radar suite controller (RSC) to coordina |
The | radars and other military buildings were removed arou |
er the FRAM II program, which gave her updated | radars and other new equipment. |
The site initially had AN/FPS-3 and AN/FPS-5 | radars, and initially the station functioned as an ai |
rious weapon platform locating equipment using | radars and acoustic sound ranging assets. |
and weight of the acquisition and fire control | radars and systems. |
AC&W Squadron operated AN/FPS-20A and AN/FPS-6 | radars, and initially the station functioned as a Gro |
ir Force placed AN/FPS-6 and -6A height-finder | radars and removed the AN/MPS-8 from Red Bluff. |
nitially Red Bluff used AN/MPS-8 and AN/MPS-11 | radars, and initially the station functioned as a Gro |
nding duties were being performed by AN/FPS-6A | radars, and one was upgraded to an AN/FPS-90 in 1964. |
hich passed through the detection range of its | radars and pass the information to interceptor aircra |
pson and began operating AN/FPS-3 and AN/FPS-4 | radars, and initially the station functioned as a Gro |
They were fitted with contemporary American | radars and sonars, but also they were fitting, just a |
the operational deficiencies, to enable newer | radars and TCAS systems to operate. |
The radar station was upgraded with new | radars and in 1994 was re-designated part of the Nort |
ts had been replaced by AN/FPS-20 and AN/FPS-6 | radars, and the AN/FPS-20 set was upgraded and redesi |
g Squadron began operating a pair of AN/FPS-10 | radars, and initially the station functioned as a Gro |
hich passed through the detection range of its | radars and relay to the NAS Keflavik Radar Operations |
mouth, and was stripped of reusable equipment ( | radars and missile systems primarily), after which sh |
m was designed to detect, identify and display | radars and radar-guided weapon systems. |
Ingraham Hill also contains the TV stations' | radars and WBNG'S Live Real-Time Doppler weather rada |
They would receive Type 22 and Type 13 | radars and Type 93 sonar in 1943-1944. |
Pure CW | radars appear as a single line on a Spectrum analyser |
Precision approach | radars are most frequently used at military air traff |
These | radars are capable of measuring a vast array of ionos |
The Fan Song | radars are capable of tracking six different targets |
Over 3,000 AN/APG-81 AESA | radars are expected to be ordered for the F-35, with |
Marine | Radars are x-band or s-band radar to provide bearing |
ARPA-enabled | radars are now available even for small yachts. |
Type 354 | Radars are one of the most widely deployed air and su |
these packages, the Air Force redesignated the | radars as AN/FPS-66 [AN/GPA-102] and AN/FPS-67 [AN/GP |
as well, which would translate to 3 additional | radars as three ships of the Shivalik class are being |
these packages, the Air Force redesignated the | radars as AN/FPS-66 [AN/GPA-102] and AN/FPS-67 [AN/GP |
lermo also received two AN/FPS-6 height-finder | radars at this time. |
Initial | radars at the station were an AN/FPS-3; AN/FPS-20A, a |
Squadron began operating AN/FPS-3 and AN/FPS-4 | radars at this northern California coastal site. |
he range may be a few feet), and early warning | radars at long range. |
ed AN/FPS-3 search and AN/MPS-14 height-finder | radars at this site, and initially the station functi |
on began operations with AN/FPS-3 and AN/CPS-4 | radars at the site in April 1952. |
Squadron began operating AN/FPS-3 and AN/CPS-4 | radars at what was intially designated Quantico AFS i |
The Air Force added two AN/FPS-6 height-finder | radars at the new radar site. |
it was felt the new generation of centimetric | radars available to Fighter Command would deal with a |
timetric (roughly 30 GHz frequency) gun laying | radars based on the cavity magnetron and the developm |
Track while scan | radars became possible with the introduction of two n |
th air-to-air and air-to-ground modes like the | radars being used in modern designs like the F-16 Fig |
the 7-volume | Radars book series from Artech House, 1974-1978 |
e raised about American PAVE PAWS phased array | radars, but as of 2005 available data did not support |
These | radars can provide precision guidance to a distance o |
l aircraft operating in the same location, the | radars can select frequencies that are not being used |
However, frequency-agile | radars can hop frequencies fast enough to force the j |
Frequency agile | radars can offer the same advantages. |
a concept in which networks of small, low-cost | radars could be deployed on rooftops, communication t |
It was an advancement over the AN/FPS-19 | radars deployed in Alaska and Canada, being optimized |
The WSR-57 was the first generation of | radars designed expressly for a national warning netw |
Most | radars designed since the 1960s are monopulse systems |
n (former USSR) all-weather multimode airborne | radars developed by the Tikhomirov Scientific Researc |
The group upgrades and designs | radars, develops new ways to process the radar signal |
Stacked Beam | radars emit and/or receive multiple beams of radio wa |
on klystron tubes this was generally true, and | radars, especially airborne ones, had only a few freq |
They said there was nothing strange on the | radars, even though Westendorff's plane was detected. |
Most modern air combat | radars, even pulse Doppler sets, have a CW function f |
However, the Indian air defence | radars failed to detect the approaching formations. |
The | radars feature two orthogonal antennas, one for azimu |
esolution imagery from high-resolution imaging | radars for target identification and discrimination. |
on missile designed primarily to destroy enemy | radars for the purpose of Suppression of Enemy Air De |
nd/F band and G band fire control and tracking | radars for use with the Soviet SA-2 Guideline surface |
the building were also important in developing | radars for use during the war. |
an operating a pair of AN/CPS-6B and AN/FPS-10 | radars from the permanent site, allowing for the deac |
Squadron began operating AN/FPS-3 and AN/FPS-4 | radars from Fordland, and initially the station funct |
nally obtained from captured terrain following | radars from downed A-6 Intruder and General Dynamics |
gation products and solutions including Marine | Radars, Gyrocompasses, and Integrated Bridge Systems. |
These | radars had a dish diameter of a little less than 8 fe |
Early Racal-Decca | radars had dropped the Decca name which mariners had |
The FPS-17 detection scanning | radars have fixed antennae oriented toward the Soviet |
and a narrow beam for tracking (other similar | radars have scan rates in excess of 10o per second). |
FPS-6 | radars have circular polarization capability. |
These | radars, having a range of about 65 km (40 mi), are us |
operates and services military and air traffic | radars in Arctic Canada. |
army projected a requirement for fire-finding | radars in the 1980s. |
tures three live NOAA National Weather Service | radars in Montague, Binghamton, and Buffalo. |
two of the most well-known incoherent scatter | radars in the world. |
the first grouping of the 1022, 992Q and 1006 | radars in a British warship. |
range, X- band, dual-polarized Doppler weather | radars in southwestern Oklahoma. |
signation information to the AN/FPQ-4 tracking | radars in “optical” mode. |
ch radar and a pair of AN/FPS-90 height-finder | radars in 1961, and initially the station functioned |
r atmosphere and ionosphere, comprising eleven | radars in the northern hemisphere and seven in the so |
Radars in this network were designated “SM.” | |
Most phased array | radars in the world are PESA. |
Radars include Airborne Early Warning (AEW), Anti-Sub | |
nced by advanced air search and surface search | radars including the AN/SPS-73 digital surface radar |
mprising domestically designed electronics and | radars installed on a modified Ilyushin IL-76 airfram |
Initial | radars installed were AN/FPS-3C long Range Search Rad |
Passive electronically scanned array (PESA) | radars, introduced in the 1960s, used a single microw |
The main advantage of the CW | radars is that they are not pulsed and simple to manu |
A narrow band system, typical of | radars, is one where the bandwidth is only a small fr |
One of the | radars it carries is the Cobra Gemini dual band, X ba |
Compared to the existing Pinetree | radars, Lewis' system would require much smaller site |
it was only a matter of time before automated | radars like the SCR-584 could be reduced in size and |
r Force activated an AN/FPS-6 and two AN/FPS-8 | radars located adjacent to Base Flight Operations. |
The | radars measure the Doppler velocity of plasma density |
e also installed in order to hold a variety of | radars, missile guidance, and communications systems. |
Modern phased-array | radars not only control their side lobes, they also u |
Height finding | radars of the 1960s and 70s were distinguished by the |
Early warning | radars of the 1950s were little changed from the earl |
ation of Georgian airspace was observed by the | radars of the Defense Ministry and eyewitnesses" in U |
ic defense resources (interceptors and warning | radars) of ADCOM. |
AN/SPG-51 | radars of a Cassard class frigate |
Marine navigation | radars often operate with I band frequencies. |
Alternatively, they could turn their | radars on at the final moment, so that they can get a |
Radars operated at the station were AN/FPS-3, and an | |
Radars operated were AN/CPS-6B, AN/FPS-8, AN/CPS-4, A | |
a inexpensive, low-power, phased array Doppler | radars placed on cell towers and buildings. |
Lompoc's | radars provided a complete circle of coverage several |
In meteorological | radars, pulse-Doppler measures instantaneous speed of |
In 2006 the VisionMaster FT series of marine | radars replaced the aging BridgeMaster E series. |
r and receiver of the T/R module, whereas FMCW | radars require two antennas or arrays, one for transm |
She also had new | radars, Sea Cat anti-aircraft missiles, and taller fu |
gers, has built a heritage that includes Decca | Radars, Sperry marine, and C. Plath, three of the bes |
ARPA | radars started to emerge in the 1960s and, with the d |
It uses airport | radars, state-of-the-art signal processing, and advan |
Steered Beam | radars steer a narrow beam through a scan pattern to |
the American-Canadian North Warning System of | radars stretching across North America from Alaska vi |
956 following the successful completion of the | radars test program. |
970 following the successful completion of the | radars test program. |
959 following the successful completion of the | radars test program. |
By 1935 the Germans had working, commercial | radars that were far more advanced than Watson-Watts |
ar lower than most other civilian and military | radars that operate in the microwave frequency band. |
t system is only one of several working German | radars that preceeded by years the work of any other |
ed small ships, in order to deceive the German | radars that they were the main invasion fleet. |
ed small ships, in order to deceive the German | radars that they were the main invasion fleet. |
It was equipped with AN/TPS-1B and 1C | radars, the stie being designated by ADC as L-21. |
Unlike Emerson's earlier | radars, the APG-69 offered a complete suite of air-to |
One of the first successful fire-control | radars, the SCR-584, was used effectively and extensi |
In search and track | radars, the purpose is to detect targets while elimin |
ave to search the sky for intruders with their | radars, the energy from which might be noticed by the |
The original sites used two types of | radars, the UHF range/425 MHz AN/FPS-50, with four (a |
In addition to the Army | radars, the Air Force provided the height-finder rada |
ghted fluorescent bulbs a mile away and jammed | radars throughout Europe. |
The radar was one of the first mass-produced | radars to use pulse compression. |
nication and surveillance equipment; including | radars, to perform this task. |
fective by including Grom-2 (10 cm wavelength) | radars to the AA-batteries. |
First-generation ACMI systems used ground | radars to track and record the position of the aircra |
of the first early warning and ground control | radars to be developed by the former Soviet Union, th |
The P-8 was one of the first Russian | radars to incorporate a means of clutter suppression, |
other main applications for ground penetration | radars to locate underground utilities, since GPR is |
of the first early warning and ground control | radars to be developed by the former Soviet Union, th |
Two height-finder | radars, types AN/FPS-6A and AN/FPS-90, were also inst |
So, while these | radars use a highly specialized form of doppler radar |
Most modern weather | radars use the pulse-doppler technique to examine the |
st specialized radar cross section measurement | radars used to validate the low observable signatures |
unit in Canada as well as developing microwave | radars using the magnetron. |
The | radars ware capable of modulating their frequency aro |
the Pinetree Line (a series of fixed-position | radars) was being built across Canada. |
The first of these ASARS-2A | radars was delivered in 2001 . |
The | radars were not exported and are believed to be no lo |
P-70 | radars were dual-channel with the antenna working in |
In 1951 AN/CPS-5 and AN/TPS-10A height-finder | radars were added to the site. |
The Army Nike | radars were fully integrated with the Air Force sets. |
In 1963 the height-finder | radars were replaced by AN/FPS-26A and AN/FPS-90 sets |
WSR-57 | radars were the USA's main weather surveillance radar |
The AN/APQ-13 | radars were generally replaced by the AN/CPS-9, which |
the original Tremmen and the later Werneuchen | radars were forwarded to the flak tower at the Berlin |
However, these | radars were not allowed to be sold, and the procureme |
The station site and | radars were located behind some small hills on the we |
The AN/FPS-90 and AN/FPS-116 | radars were identical to the AN/FPS-6 except for rece |
These | radars were placed on top of 90-foot (27 m) towers wi |
wo Air Defense Command AN/FPS-6B height-finder | radars were added for the Air Force, attended by the |
The | radars were operated until 1968 when Air Defense Comm |
These | radars were incorporated into the "Lashup" system as |
ing in the 1950s, a number of over the horizon | radars were developed that greatly extended detection |
ed twenty-eight of the WSR-57 and WSR-74 model | radars were spread across the country as the National |
As designed, both the AN/FPQ-6 and AN/TPQ-l8 | radars were provided with a built-in data processor r |
AN/APQ-13 | radars were a ground scanning radar developed by Bell |
equipped with the FuG 217 or FuG 218 Neptun V | radars were utilised by the unit, though several Bf 1 |
Two Type 13 | radars were also added, one on the main-mast abaft th |
d to the San Francisco Air Defense Sector, the | radars were not linked directly into the DC-18 SAGE d |
Coastal | radars were authorized in 1943. |
Also some indigenous | radars were fitted. |
All of her | radars were replaced with Soviet systems: Rif surface |
By 1958 the original | radars were gone, and operations continued with an AN |
t was immediately connected to Coherent Pulsed | radars, where velocity information was extracted. |
ar Fairbanks exercised control over Kotzebue's | radars where the data was analyzed to determine range |
s, Decca introduced the BridgeMaster series of | radars, which used a rasterized color display. |
ly 90s) addition to the "Long Range" series of | radars, which are search radars with a range of at le |
Such systems often complement 2-dimensional | radars which find distance and direction (search rada |
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