External surround type temperature control device and method for high energy system

Abstract

The invention provides an externally-arranged surrounding type temperature control device and method for a high-energy system. The device comprises at least two heat exchangers, a fluid pipeline, a sensor, a thermal control assembly and a data acquisition control device; heat exchange flow channels in the at least two heat exchangers are communicated with one another so as to form a heat exchange structure; the heat exchange structure includes a fluid inlet and a fluid outlet; and the inner surface of the heat exchange structure is shaped to match the outer side of a high-energy system to be tested and is detachably arranged at the outer side of the high-energy system to be tested in a surrounding manner; the sensor is arranged between the high-energy system to be tested and the heat exchangers; one end of the fluid pipeline is communicated with the fluid inlet; the other end of the fluid pipeline is communicated with the fluid outlet; the thermal control assembly is arranged on the fluid pipeline and is adjacent to the fluid outlet; and the data acquisition control device is electrically connected with the sensor and the thermal control assembly and is used for acquiring temperature measured by the sensor and controls the thermal control assembly according to the temperature. The externally-arranged surrounding type temperature control device has the advantages of quick and convenient disassembly and assembly and efficient temperature control, and is capable of performing cooling and heating and is suitable for high-energy systems to be tested with continuous complex surfaces.

Description

technical field [0001] The invention relates to the field of high-energy systems, in particular to an external surround-type temperature control device and method for high-energy systems. Background technique [0002] Traditional military weapons (such as artillery, naval guns, etc.) are developing in the direction of increasing power and increasing rate of fire, which brings about higher firing intensity and more thermal effects on the artillery barrel, and the artillery barrel The heat effect during the firing process will have an adverse effect on the continuous shooting ability of the artillery, the time interval between two continuous shootings, and the wear of the inner bore of the barrel under the condition of high rate of fire. With the development of high technology, emerging high-energy directed energy weapon systems (such as laser weapons, microwave weapons, and particle beam weapons, etc.) and high-energy kinetic energy weapon systems (such as electromagnetic gun...

AI Technical Summary

Problems solved by technology

[0003] In civil fields (science and technology, medicine, industry, communications, etc.), high-power laser equipment (such as laser cutting, laser welding) and high-power and high-speed power equipment (such as superconducting motors) are more and more widely used. However, the heat dissipation and cooling effects of these high-energy systems are not ideal. The heat dissipation effects of the commonly used passive air-cooled heat sinks and liquid-cooled heat dissipation cooling methods cannot meet the heat dissipation requirements of high-energy systems.

Traditional flat heat exchangers have been widely used in integrated circuits and refrigeration, but there is still a lack of heat exchangers suitable for continuous and complex surfaces

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