Normal temperature π-electron high conductor in zero magnetic vector field and preparation method thereof

Abstract

The invention discloses a normal-temperature π-electron high-conductor in a zero magnetic vector field, which comprises two flat-shaped normal-temperature π-electron high-conductivity elements with identical structures stacked and arranged; Electron planar excitation nets are stacked; the flat conductive excitation body is made of flat conductors; the π-electron planar excitation net is made of insulating resin glue as the continuous phase, and the material with π-electron elements as the dispersed phase, and the π-electrons are in its standard field. A network structure formed by orderly arrangement and solidification on a flat conductive exciter under the constraints of Lorentz force and Coulomb force. The invention also discloses a preparation method of the normal temperature π-electron high conductor in the above zero magnetic vector field. The high-conductor provided by the invention has high conductivity at room temperature, can be used to prepare energizing bars, motor windings, and transformer windings for low-voltage power distribution below 35000V, can save copper by replacing copper with aluminum, realize cost reduction and increase efficiency, and has a broad market prospect. Great economic value.

Description

technical field [0001] The invention belongs to the technical field of conductor preparation, and relates to a high conductor, in particular to a normal temperature π-electron high conductor in a zero magnetic vector field and a preparation method thereof. Background technique [0002] A conductor is a substance that has a small resistivity and conducts electricity easily. The large number of freely moving charged particles present in a conductor are called charge carriers. Under the action of the external electric field, the carriers move in a directional motion, forming an obvious current. [0003] Metals are the most common type of conductor. In today's production and life, the commonly used metal conductors are iron, copper, aluminum and so on. Scientists have been working on reducing the resistivity of conductors for a long time. [0004] In general, the resistivity of metallic conductors increases with increasing temperature. [0005] Therefore, in order to reduce...

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Problems solved by technology

[0005] Therefore, if you want to reduce the resistivity of metal conductors, you must lower the operating temperature at the expense of reducing the operating environment of the equipment, which will not only increase the cost, but also greatly reduce the scope of applicable places.

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