Add to ORKGBromine intercalated pitch-based graphite fiber composites have been proposed as a substitute for alumi-num in electromagnetic nterference (EMI) shielding covers for weight critical applications. ~ Because of thei
SIP-FRP-01 project aims at the development of conductive polymer composites for Electromagnetic Inte...
The presence of the alumina fibres acts to inhibit the thermal expansion of the magnesium at tempera...
Many of the construction materials available are known to cause a drastic level of damage to the env...
Weight savings as high as 80 percent could be achieved by simply switching from aluminum electromagn...
Composites of intercalated graphite fibers show promise to significantly reduce the weight of electr...
The requirements for electromagnetic interference (EMI) shielding in aerospace structures are compli...
Vapor-grown graphite fibers, which have been heat treated to 2000, 2200, 2400 2600, 2800 or 3000 ^oC...
The resistance of pitch-based graphite fibers was monitored, in situ, during a series of bromine int...
Changes in mass and electrical resistivity of several types of pitch-based and vapor-grown graphite ...
The electrical conductivity of graphite epoxy composites can be substantially increased by intercala...
Carbon-carbon composites have become the material of choice for applications requiring strength and ...
The need for electromagnetic interference (EMI) shielding materials has increased recently due to th...
Complicated environmental problems inevitably arise when technology advances. One major environmenta...
Electromagnetic interference (EMI) shielding receives attention due to the increasing abundance of e...
With advancements in the automated industry, electromagnetic inferences (EMI) have been increasing o...
SIP-FRP-01 project aims at the development of conductive polymer composites for Electromagnetic Inte...
The presence of the alumina fibres acts to inhibit the thermal expansion of the magnesium at tempera...
Many of the construction materials available are known to cause a drastic level of damage to the env...
Weight savings as high as 80 percent could be achieved by simply switching from aluminum electromagn...
Composites of intercalated graphite fibers show promise to significantly reduce the weight of electr...
The requirements for electromagnetic interference (EMI) shielding in aerospace structures are compli...
Vapor-grown graphite fibers, which have been heat treated to 2000, 2200, 2400 2600, 2800 or 3000 ^oC...
The resistance of pitch-based graphite fibers was monitored, in situ, during a series of bromine int...
Changes in mass and electrical resistivity of several types of pitch-based and vapor-grown graphite ...
The electrical conductivity of graphite epoxy composites can be substantially increased by intercala...
Carbon-carbon composites have become the material of choice for applications requiring strength and ...
The need for electromagnetic interference (EMI) shielding materials has increased recently due to th...
Complicated environmental problems inevitably arise when technology advances. One major environmenta...
Electromagnetic interference (EMI) shielding receives attention due to the increasing abundance of e...
With advancements in the automated industry, electromagnetic inferences (EMI) have been increasing o...
SIP-FRP-01 project aims at the development of conductive polymer composites for Electromagnetic Inte...
The presence of the alumina fibres acts to inhibit the thermal expansion of the magnesium at tempera...
Many of the construction materials available are known to cause a drastic level of damage to the env...