The invention provides an in-situ test detection device and method for simulating
corrosion and aging of a multi-factor atmospheric environment material. The in-situ test detection device is combinedwith technologies such as salt spray,
electric heating, environment temperature and
humidity control and
ultraviolet radiation control. The method comprises: putting a
metal material on a
silicone rubber heating sheet in the experimental device, closing an
optical path channel, heating the heating stage to a predetermined temperature by electrifying and heating the
silicone rubber heating sheet, and sensing and controlling the temperature in real time through a temperature sensor; meanwhile, using the
atmosphere temperature and
humidity control device for realizing preset temperature and
humidity in a test environment; quantitatively spraying salt mist to a sample at a
fixed frequency in the test process, and an
ultraviolet lamp irradiating the sample according to set
radiation intensity and
radiation frequency, so that the control
simulation of five environmental factors including
environmental temperature and humidity,
sample temperature, salt mist and radiation is realized at the same time, the
corrosion state of the sample in various atmospheric environments is reproduced, and real-time monitoring and detection conditions are provided.