DrSomnath999
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Here are few technologies that are used over a stealth Aircrafts in layer conflagration
ELASTOMERS
Used for EMI and RCS reduction, elastomeric absorbers are available in a wide range of base materials for use in different environments. Products are based on magnetic or dielectric fillers and offer narrow, dual, triple or wide-band performance.
FOAMS
Rigid polyurethane or syntactic foams. foams are manufactured with graded loss for wide-band absorption or uniform loss for use in multi-layer absorbers
COATINGS
Microwave absorbent coating system for use on composite or metallic structures.
HONEYCOMB
A light weight, wide-band radar absorber which can be manufactured in a range of configurations.
STRUCTURAL RAM
Structural radar absorbing components can be produced using a wide range of manufacturing techniques including wet lay-up, vacuum bag, resin infusion and resin transfer moulding. A range of reinforcement fibres can be used, depending on the application.
Frequency selective materials
Design and manufacture of frequency selective materials (FSS) structures for radomes and adaptive stealth
ELASTOMERS
Used for EMI and RCS reduction, elastomeric absorbers are available in a wide range of base materials for use in different environments. Products are based on magnetic or dielectric fillers and offer narrow, dual, triple or wide-band performance.
FOAMS
Rigid polyurethane or syntactic foams. foams are manufactured with graded loss for wide-band absorption or uniform loss for use in multi-layer absorbers
COATINGS
Microwave absorbent coating system for use on composite or metallic structures.
HONEYCOMB
A light weight, wide-band radar absorber which can be manufactured in a range of configurations.
STRUCTURAL RAM
Structural radar absorbing components can be produced using a wide range of manufacturing techniques including wet lay-up, vacuum bag, resin infusion and resin transfer moulding. A range of reinforcement fibres can be used, depending on the application.
Frequency selective materials
Design and manufacture of frequency selective materials (FSS) structures for radomes and adaptive stealth