Solid medium heat conduction performance measuring device

Abstract

The invention discloses a solid medium heat conduction performance measuring device which comprises a box body and a control display module. A heat source and a first temperature sensing module are arranged in the box body, the heat source and the first temperature sensing module are arranged at interval, and the heat source and the first temperature sensing module are connected with the control display module. A feeding port is formed in a top of the box body, a discharging port is formed in a bottom of the box body, a material blocking plate covers the discharging port, and a material returning hopper is arranged below the box body. The device has the advantages of simple structure, simple operation, convenience and rapidness, and the heat conduction performance of a material can be simply and rapidly measured and analyzed such that the heat conduction performance of the material is roughly measured.

Description

technical field [0001] The invention relates to a heat conduction measuring device, in particular to a characterization device for the thermal conductivity of a material. Background technique [0002] Thermal conductivity is a measure to characterize the thermal conductivity of materials, which plays an important guiding role in production, life and engineering applications. At present, the methods for testing the thermal conductivity of materials include the heat flow method, the hot plate method, the laser lightning method, the transient plane heat source method, etc., and the test device is adaptable to various test methods. However, the use of these methods for testing has the disadvantages of long time consumption and high cost; the structure of the test device is relatively complicated, the cost of the equipment is high, and the operation is relatively cumbersome. However, in the process of teaching and testing, sometimes it is only necessary to roughly evaluate the t...

AI Technical Summary

Problems solved by technology

However, the use of these methods for testing has the disadvantages of long time consumption and high cost; the structure of the test device is relatively complicated, the cost of equipment is high, and the operation is relatively cumbersome

However, in the process of teaching and testing, sometimes it is only necessary to roughly evaluate the thermal conductivity of materials. At this time, it is obviously not economical to use traditional equipment and methods.

[0003] For different media (solid, liquid, gas), the specific requirements for the measuring device are different. For example, the measuring device for gas and liquid materials has higher sealing performance than solid materials, and the gas is not easy to be completely filled.

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