Superconductor fiber heat transfer device

Abstract

The invention belongs to the technical field of heat conduction devices, and particularly relates to a superconductor fiber heat transfer device. The superconductor fiber heat transfer device solves the technical problem that an existing heat transfer device is low in heat exchange efficiency. The heat transfer device comprises a hollow heat conduction pipe body which is provided with an inner container and two closed ends, a working medium inlet is formed in one end of the hollow heat conduction pipe body, and a working medium outlet is formed in the other end of the hollow heat conduction pipe body; a working medium inlet heat exchanger is correspondingly arranged on the working medium inlet, and a working medium outlet heat exchanger is correspondingly arranged on the working medium outlet; a flow guide structure is arranged in the hollow heat conduction pipe body, and according to the flow guide structure, when heat conduction working media flow in the pipe body from the working medium inlet, the heat conduction working media are guided to the other end of the hollow heat conduction pipe body and then flow out of the pipe body from the working medium outlet; and a plurality of carbon fiber filaments which are located in an inner cavity and made of carbon fiber materials are arranged in the hollow heat conduction pipe body. The heat transfer device has the advantages that externally-provided conveying power can be reduced to the zero, nano particles are suspended and/or accumulated in a nearby manner, use is easy and safe, and daily maintenance is not needed.

Description

Technical field [0001] The invention belongs to the technical field of heat conduction equipment, and particularly relates to a superconducting fiber heat transfer device. Background technique [0002] Heating, cooling, and heat conduction transfer heat energy from side A to side B is a basic process widely used in daily life and in various fields of industry and agriculture. The common heat conduction methods are as follows; first, the wall-type heat conduction under the action of temperature difference; second, the transmission of heat energy in a fluid medium or continuous solid material; and third, the superheat in the form of light / acoustic / electromagnetic waves. Spread by contact. Among them, the method of transporting heat energy to a certain distance through fluid is the most commonly used. The advantage is that the fluid medium can be selected in a wide range, and the distribution and confluence is flexible. The disadvantage is that the conveying process requires exter...

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Problems solved by technology

[0004] The above-mentioned scheme solves the problem of poor heat conduction effect of the existing gravity heat pipe to a certain extent, but the scheme still exists: poor stability, low heat conduction efficiency, and problems that cannot be restarted after the nano-particles settle and agglomerate

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