Device for researching irradiation effect of semiconductor electronic material

Abstract

The invention discloses a semiconductor electronic material irradiation effect research device which comprises an irradiation box, a box cover is hinged to the upper end face of the irradiation box, a radiation source is fixedly connected to the side wall of the inner surface of the irradiation box, a uniform distribution mechanism is fixedly installed in the irradiation box, and a protection assembly is arranged on the uniform distribution mechanism. The uniform distribution mechanism comprises a motor, a base, a telescopic rod, a storage table and a C-shaped semicircular plate, the motor is fixedly connected to the center of the bottom of the inner surface of the irradiation box, and when the storage table rotates, the design that a limiting block extends into a flat circular groove enables the storage table to rotate stably; after the circular semiconductor electronic material completely extends into the C-shaped semicircular plate, the C-shaped arc plate is not limited by the circular semiconductor electronic material and is reset under the action of the transmission spring, so that the circular semiconductor electronic material is limited by the C-shaped arc plate, and the circular semiconductor electronic material is difficult to separate from the C-shaped semicircular plate in the rotating process; therefore, the research can be smoothly and safely carried out.

Description

technical field [0001] The invention relates to the technical field of irradiation, in particular to a device for studying the irradiation effect of semiconductor electronic materials. Background technique [0002] Irradiation is a chemical technology that uses the radiation of radioactive elements to change the molecular structure. In industry, through irradiation, the long linear macromolecules between polymer materials are connected by a certain form of chemical bonds to form a network structure. It can greatly enhance the binding force between polymers, thereby enhancing the thermal stability, flame retardancy, chemical stability, drip resistance, strength and stress cracking resistance of the material. There are many ways of irradiation, such as x-ray, high-speed electron flow, etc. The main application fields are building wiring, automotive wiring, heat-resistant electronic wire and military industry. [0003] At present, the irradiation research on semiconductor ele...

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Problems solved by technology

[0003] At present, when conducting irradiation research on semiconductor electronic materials, it is often carried out through an irradiation box, and semiconductor electronic materials are placed in an irradiation box to carry out irradiation research on semiconductor electronic materials. However, since most semiconductor electronic materials are in the form of sheets, As a result, the upper and lower surfaces of semiconductor electronic materials and the different positions of each surface are prone to uneven irradiation, which affects the research on the irradiation effect of semiconductor electronic materials

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