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Description: received by the enclosed antenna. A radome is a weatherproof and camouflaged enclosure that protects the enclosed radar or communication antenna. Radomes are typically used on a fixed or moving platform such as an aircraft, ship or missile. The author — a noted expert in the
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Supplier: Boeing Company (The)
Description: Airframe Span 145 ft, 9 in (44.43 m) Airframe Length 152 ft, 11 in (46.62 m) Radome Height 41 ft, 9 in (12.5 m) Radome Thickness 6 ft
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Description: 3M™ Poyurethane Protective Boots are made of very tough thermoplastic polyurethane elastomer with acrylic adhesive pre-formed to fit many industrial and common aircraft applications (including radomes, wing tips, landing gear, pods, prop spinners, etc.). They provide protection against
- Form: Loose Liner / Pre-fabricated
- Industry & Application: Military / Aerospace, Other
- Material: Plastic, Rubber / Elastomer, Urethane / Polyurethane
- Protective Function: Abrasion / Sliding Wear, Erosion, Impact, Specialty / Other
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Description: 3M™ Poyurethane Protective Boots are made of very tough thermoplastic polyurethane elastomer with acrylic adhesive pre-formed to fit many industrial and common aircraft applications (including radomes, wing tips, landing gear, pods, prop spinners, etc.). They provide protection against
- Form: Loose Liner / Pre-fabricated
- Industry & Application: Military / Aerospace, Other
- Material: Plastic, Rubber / Elastomer, Urethane / Polyurethane
- Protective Function: Abrasion / Sliding Wear, Erosion, Impact, Specialty / Other
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Description: 3M™ Poyurethane Protective Boots are made of very tough thermoplastic polyurethane elastomer with acrylic adhesive pre-formed to fit many industrial and common aircraft applications (including radomes, wing tips, landing gear, pods, prop spinners, etc.). They provide protection against
- Form: Loose Liner / Pre-fabricated
- Industry & Application: Military / Aerospace, Other
- Material: Plastic, Rubber / Elastomer, Urethane / Polyurethane
- Protective Function: Abrasion / Sliding Wear, Erosion, Impact, Specialty / Other
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Supplier: Accuris
Description: RADOME, FOR CTV-2 PILOTLESS AIRCRAFT
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Supplier: Accuris
Description: INSTALLATION OF SEGMENTED LIGHTING DIVERTER STRIPS ON AIRCRAFT RADOMES
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Supplier: Accuris
Description: GLASS FABRIC REINFORCED POLYESTER LAMINATES FOR AIRCRAFT STRUCTURES AND AIRBORNE RADOMES
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Supplier: U B Corp.
Description: This Radar Altimeter Antenna was designed for applications on both military and commercial aircraft. Rugged construction, combining cast aluminum housing with teflon glass radome and excellent electrical characteristics.
- Gain: 12 dB
- Primary Frequency Range: 4210 to 4390 MHz
- VSWR: 1.25 :1
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Supplier: U B Corp.
Description: A high power, half wavelength, coaxial dipole assembly encased in a fiberglass radome and mechanically structured for aircraft operation. The dipole is used instead of a monopole to increase horizon coverage and requires no ground plane.
- Gain: 2 dB
- Polarization Type: Linear, Vertical Linear
- Primary Frequency Range: 800 to 2000 MHz
- VSWR: 1.5 :1
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Supplier: Ellsworth Adhesives
Description: Socomore Aeroglaze® M1433A Polyurethane Coating Part A Gray is a two component coating used for protecting radomes, antennae, and leading edges of aircraft. It is MIL-PRF-85322 compliant, easy to apply, and durable. 1 gal Can.
- Technology: Film Drying / Air Setting, Reactive / Moisture Cured
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Supplier: Ellsworth Adhesives
Description: Socomore Aeroglaze® M1433B Polyurethane Coating Part B Gray is a two component coating used for protecting radomes, antennae, and leading edges of aircraft. It is MIL-PRF-85322 compliant, easy to apply, and durable. 1 qt Can.
- Technology: Film Drying / Air Setting, Reactive / Moisture Cured
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Supplier: R.A. Miller Industries, Inc.
Description: The AS-5071 is designed for use with Glide Slope receivers for reliable performance. The antenna is lightweight and is suitable for mounting either in a radome or externally on the aircraft. The antenna has an “N†Female Connector and is finished with a chemical film coating per
- Applications: Aerospace / Military
- Pattern Type: Directional
- Primary Frequency Range: 329 to 336 MHz
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Supplier: R.A. Miller Industries, Inc.
Description: The AT-740/A Antenna is used for airborne radar interrogation on various fixed-wing aircraft. The antenna is produced to Military Specification MIL-DTL-25707. The antenna is designed to operate at the extreme temperature range of -67° F to 302° F. The antenna is a flush-mounted, cavity
- Applications: Aerospace / Military
- Gain: -2 dB
- Pattern Type: Omnidirectional
- Primary Frequency Range: 960 to 1220 MHz
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Supplier: R.A. Miller Industries, Inc.
Description: The 37P-4 is designed for use with Glide Slope receivers for reliable performance. The antenna is lightweight and is suitable for mounting either in a radome or externally on the aircraft. The antenna is provided with an adapter plate with an 11" radius for mounting on rounded
- Applications: Aerospace / Military
- Pattern Type: Directional
- Primary Frequency Range: 329 to 336 MHz
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Description: 3M™ Poyurethane Protective Boots are made of very tough thermoplastic polyurethane elastomer with acrylic adhesive pre-formed to fit many industrial and common aircraft applications (including radomes, wing tips, landing gear, pods, prop spinners, etc.). They provide protection against
- Form: Loose Liner / Pre-fabricated
- Industry & Application: Military / Aerospace, Other
- Material: Plastic, Rubber / Elastomer, Urethane / Polyurethane
- Protective Function: Abrasion / Sliding Wear, Erosion, Impact, Specialty / Other
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Supplier: Carlisle Interconnect Technologies
Description: -to-market with CarlisleIT's FlightGear™ Ka/Ku Universal Installation. Key Features: Ka/Ku Multiband Radome Durable, light weight aluminum universal adapter plate Supports a wide range of aircraft frame spacing Supports a wide range of
- Applications: Aerospace / Military
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Supplier: Plascore Incorporated
Description: .5 lb/ft3 • Over-expanded cell configuration suitable for forming simple curves • Compatible with most adhesives used in sandwich composites Applications: PN2 aerospace honeycomb uses include aircraft galleys, flooring, partitions, aircraft leading and
- Application: Automotive, Aerospace, Building & Construction, Flooring Structure
- Core Type: Honeycomb Core
- Features: Thermally Insulating / Insulative
- Length: 4 ft
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Supplier: ARC Technologies, Inc.
Description: in a Lean Manufacturing environment. Solutions: Radar Absorbing Structures Composite Structures for Aircraft and Naval Applications Radar Camouflage Units (RCU's) Resin Transfer Molded Parts Radome Structures
- Material Type: Textile / Composite
- Type / Form: Stock Shape / Custom Part
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Supplier: EM Software & Systems
Description: patterns, radiation hazard zones, etc. with an antenna placed on a large structure, e.g. ship, aircraft, armoured car EMC: analysis of diverse EMC problems including shielding effectiveness of an enclosure, cable coupling analysis in complex environments, e.g. wiring in a car, radiation
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Supplier: Plascore Incorporated
Description: , aircraft leading and trailing edges, radomes, flaps, access panels and doors. Availability: PK2 honeycomb is available in sheets, blocks or cut to size pieces in regular hexagonal cell con gurations. Selected densities available in high shear (HS) con guration for higher stiffness.
- Applications: Aerospace, Architectural / Construction, Automotive / Transportation, Industrial OEM, Marine, Structural Composites
- Cell Size: 0.1250 to 0.1875 inch
- Compressive Strength: 145 to 1000 psi
- Features: Flame Retardant / Fire Blocking, Insulating - Electrical / Dielectric, Insulating - Thermal, Waterproof, Weather / UV Resistant
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Supplier: ValueTronics International, Inc.
Description: cause failures in the overall system: antennas, cables, filters, multiplexers, amplifiers, isolators, circulators, switches, and other sophisticated elements. VNA Master also serves in new high technology applications such as radome/dielectric tests in the field. Its VNA error-correction
- Frequency Range: 2.00E7 kHz
- Instrument Type: Portable / Benchtop Instrument
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excellent conformability, negligible permeability, consistent performance across sharp thermal gradients, and more. When it comes to the leading edges of hypersonic aircraft, however, there is no alternative to using heat- and creep-resistant aluminum alloys. However, some radomes use secondary (read more)
Browse Insulation Jacketing Datasheets for Mid-Mountain Materials, Inc.
Conduct Research Top
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Dielectric Materials for Use in Radomes
versatile of radome framework configurations. [6]. Polyurethanes are also used as composite materials in aircraft and as protective structures on leading edges of aircraft radomes to protect from erosion damage while ensuring proper signal from the aircraft antenna. Polyurethanes are especially useful
More Information Top
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https://dspace.lib.cranfield.ac.uk/bitstream/1826/6455/1/G_J_Sweers_Thesis_2010.pdf
Past continued airworthiness of lightning protection was provided by non-scheduled maintenance of aircraft protective systems such as lightning diverter strips on an aircraft radome and careful return-to-service procedures including ensuring electrical bond are functional.
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Reflectometer measurement approach for radome boresight error and loss contours
The electrical test of aircraft radomes are usually made on an outdoor far field test range, and are both extensive and expensive, often requiring days of effort per radome.
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Handbook of Antenna Design, Vol. 2
12 MOOREFIELD, S. A., and ROGERS, T. R.: 'The development of a lightweight advanced aircraft radome '.
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Advances in Manufacturing and Materials Engineering
A Comparative Study of an Aircraft Radome Closed Mold through Vacuum Infusion .
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The Lightning Protection Tests for the Radome in Y7-200A Aircraft of China
The Y7-200A aircraft radome with the diverters has been tested and optimized against the lightning destruction with these facilities.
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New Trends in Mechatronics and Materials Engineering
*corresponding author Keywords: Sandwich Composite Structure, Aircraft Radome , Low Energy Damage, Bird-Strike, Finite Element.
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The Damage of Sandwich Composite Structure of Aircraft Radome under Debris-Strike
• The Damage of Sandwich Composite Structure of Aircraft Radome under Debris-Strike p.515 .
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A Comparative Study of an Aircraft Radome Closed Mold through Vacuum Infusion Technique
• A Comparative Study of an Aircraft Radome Closed Mold through Vacuum Infusion Technique p.690 .