A detection device for simulating human body damage caused by the radiation environment of a space station

Abstract

The present invention provides a detection device for simulating the damage to the human body caused by the radiation environment of a space station, including a radiation mechanism for generating radiation particles and a model driving mechanism for accommodating a detection model; wherein the detection model includes part or all of the structure of the human body model , a number of detector modules are installed inside the detection model, and the radiation content inside the detection model radiated by the radiation mechanism is detected through the detector modules; the radiation mechanism includes a linear drive component and a radiation component, and a radiation source is arranged in the radiation component; the linear drive The component drives the radiation component close to the detection model, so that the radiation source irradiates the detection model; at least one of the radiation component and the model driving mechanism includes a rotating module, so that the radiation source rotates relative to the detection model, so that the entire detection model is irradiated , ensuring accuracy in the process of irradiating the human body model, and the radiation equipment is easy to use and simple in structure.

Description

technical field [0001] The invention belongs to the technical field of detection, and in particular relates to a detection device for simulating the damage to the human body caused by the radiation environment of a space station. Background technique [0002] In the current aerospace industry, astronauts are vulnerable to damage from space radiation particles in space. The main components of space radiation particles are electrons, heavy ions, space gamma rays, and space neutrons. Cosmic rays and abnormal cosmic rays are the main sources of charged particles in space. With the vigorous development of the aerospace industry and the increasing number of manned spaceflight projects, more and more attention has been paid to the problem of space radiation damage to astronauts. [0003] At home and abroad, more attention is paid to space radiation particles, and more simulation laboratories have been established to make the research on space radiation particles more detailed. The...

AI Technical Summary

Problems solved by technology

[0003] At home and abroad, more attention is paid to space radiation particles, and more simulation laboratories have been established to make the research on space radiation particles more detailed. The monitor in the human body model monitors the radiation dose, analyzes the relationship between the radiation damage of the human body and the radiation environment, analyzes the radiation environment in the human body, and masters the particle transmission model; In the environment, the entire body of the astronauts is exposed to space radiation particles, and the radiation source used for simulation under the experimental platform cannot reach the whole body of the mannequin, making it difficult to simulate the radiation environment in space

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