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    • 2. 发明授权
    • Process for conducting electricity utilizing a specifically defined
graphite intercalation compound
    • 使用特定石墨插层化合物进行电力的方法
    • US4293450A
    • 1981-10-06
    • US897443
    • 1978-04-18
    • F. Lincoln Vogel
    • F. Lincoln Vogel
    • C01B31/00C04B35/536D01F11/12H01B1/04
    • H01B1/04C01B31/0415C04B35/536D01F11/127
    • An electrically conductive composition is provided which comprises an intercalation compound of (1) graphite, (2) fluorosulfonic acid, chlorosulfonic acid, or mixtures thereof, and (3) a boron trihalide, a tetrahalide of a Group IV element, a pentahalide of a Group V element, or mixtures thereof. The graphite may be in any one of a variety of physical configurations, e.g. as particulate crystals or present in a carbonaceous fibrous material, at the time of the intercalation reaction. The resulting graphite intercalation compound possesses advantageous electrical conductivity characteristics not possessed by plain graphite and is capable of utilization as a light weight electrical conductor. The graphite intercalation compound may optionally be provided within a metal matrix (e.g. within elemental copper) to form an electrically conductive composite article.
    • 提供一种导电组合物,其包含(1)石墨,(2)氟磺酸,氯磺酸或其混合物的嵌入化合物,和(3)三卤化硼,IV族元素的四卤化物, V族元素或其混合物。 石墨可以是各种物理构型中的任何一种,例如, 作为颗粒状晶体或存在于碳质纤维材料中时,在插层反应时。 所得到的石墨插层化合物具有普通石墨不具有的有利的导电特性,并且能够用作轻质电导体。 石墨插层化合物可以任选地在金属基质(例如在元素铜内)提供以形成导电复合材料制品。
    • 3. 发明授权
    • Organic matrix composites reinforced with intercalated graphite
    • 有机基质复合材料用插层石墨增强
    • US4414142A
    • 1983-11-08
    • US323560
    • 1981-11-20
    • F. Lincoln VogelClaude Zeller
    • F. Lincoln VogelClaude Zeller
    • C08K3/04C08K9/02H01B1/24H01B1/04
    • C08K9/02C08K3/04H01B1/24
    • The incorporation of intercalated carbon/graphite in any of its forms such as powder, flake or fiber into an organic matrix results in a high strength, light weight composite with an electrical conductivity considerably higher than a similar product made with nonintercalated graphite. A great variety of organic polymers may be used, such as epoxy, thermoplastics and thermoset resins. Depending on the form of the intercalated graphite, fabrication techniques of extrusion, lay-up, injection molding and pressing can be employed to fabricate the parts from these composites. A wide spectrum of properties is available from this type of composite in terms of strength and conductivity which will be useful for such widely ranging applications as aircraft structures and shielding for electronic equipment.
    • 将其中任何形式(例如粉末,薄片或纤维)中的嵌入碳/石墨掺入有机基质中导致高强度,重量轻的复合材料,导电率显着高于用非插层石墨制成的类似产品。 可以使用各种有机聚合物,例如环氧树脂,热塑性塑料和热固性树脂。 取决于插层石墨的形式,可以采用挤出,铺层,注塑和压制的制造技术来制造这些复合材料的零件。 从这种类型的复合材料在强度和导电性方面可以获得广泛的性能,这对于诸如飞机结构和用于电子设备的屏蔽的广泛应用是有用的。