首页> 外国专利> SUPER CONDUCTIVE NANO-PARTICLE, SUPER CONDUCTIVE NANO-PARTICLE POWDER, AND A LITHIUM CELL INCLUDING THE SAME CAPABLE OF IMPROVING THE CAPACITANCE CHARACTERISTIC AND THE CHARGE-DISCHARGE EFFICIENCY OF THE LITHIUM CELL

SUPER CONDUCTIVE NANO-PARTICLE, SUPER CONDUCTIVE NANO-PARTICLE POWDER, AND A LITHIUM CELL INCLUDING THE SAME CAPABLE OF IMPROVING THE CAPACITANCE CHARACTERISTIC AND THE CHARGE-DISCHARGE EFFICIENCY OF THE LITHIUM CELL

机译:超导电纳米颗粒,超导电纳米颗粒和锂电池,包括能够改善锂电池的电容特性和充放电效率的锂电池

摘要

PURPOSE: Super conductive nano-particle, super conductive nano-particle powder, and a lithium cell including the same are provided to apply the superior conductivity to the nano-particle by locating first carbon and second carbon among carbons of n polycyclic nano-sheet to optimal positions.;CONSTITUTION: A super conductive nano-particle(10) includes a structure in which n polycyclic nanosheets are stacked. The polycyclic nanosheets include a plurality of 6-memered rings arranged on one plane. n is the integer of 2 to 100. L1 is a distance between a first carbon and a second carbon among carbons of n polycyclic nano-sheet. L2 is a distance between a third carbon and a forth carbon. A first carbon and a second are selected such that L1 is larger than or equal to L2.;COPYRIGHT KIPO 2011
机译:目的:提供超导电纳米颗粒,超导电纳米颗粒粉末和包括该粉末的锂电池,以通过将n个多环纳米片的碳中的第一个碳和第二个碳定位在n个多环纳米片中,从而将优异的导电性应用于纳米颗粒。组成:超导电纳米粒子(10)包含其中堆叠有n个多环纳米片的结构。多环纳米片包括布置在一个平面上的多个6键环。 n是2至100的整数。L1是n个多环纳米片的碳中的第一碳和第二碳之间的距离。 L2是第三碳和第四碳之间的距离。选择第一个碳和第二个碳,使L1大于或等于L2。; COPYRIGHT KIPO 2011

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