Mobile missile X-ray nondestructive testing system

Abstract

The invention relates to a movable missile X-ray nondestructive testing system which comprises a main support, a bearing sliding table arranged on the main support, an X-ray source arranged on one side of the main support, an imager sliding table arranged on the other side of the main support and a control system. Under the condition that the missile is not disassembled, real-time imaging can be conducted on the interior of the missile, internal defects and faults can be visually seen, and quality evaluation can be conducted on the missile.

Description

technical field [0001] The invention relates to the technical field of missile non-destructive testing, in particular to a mobile missile X-ray non-destructive testing system. Background technique [0002] After the missiles of the troops are transported, serviced, and stored for a long time, there may be problems such as translocation, breakage, debonding, rust, and long whiskers inside the missiles. , or even explode on the launch stand or in the launch tube, causing major safety accidents, so it is necessary to conduct a comprehensive inspection of its performance, accurately identify various defects and failures, and then conduct quality assessment. [0003] At present, the detection of missiles is mainly based on electrical performance testing and surface visual inspection, and it is impossible to find mechanical and physical defects and faults inside the missile body. To the installation of each component inside it, accurately discover the problems and severity of the...

AI Technical Summary

Problems solved by technology

[0002] After the missiles of the troops are transported, serviced, and stored for a long time, there may be problems such as translocation, breakage, debonding, rust, and long whiskers inside the missiles. , or even explode on the launcher or in the launch tube, causing a major safety accident, so it is necessary to conduct a comprehensive inspection of its performance, accurately identify various defects and failures, and then conduct quality assessment

[0003] At present, the detection of missiles is mainly based on electrical performance testing and surface visual inspection, and it is impossible to find mechanical and physical defects and faults inside the missile body. To the installation of each component inside it, accurately discover the problems and severity of the missile under test, and carry out quality assessment in a timely manner

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