Stabilization control device

A stabilization control device, including a control mechanism, a first gas-supplying mechanism connected with the control mechanism, a second gas-supplying mechanism connected with the control mechanism and the first gas-supplying mechanism, and a heating mechanism connected with the control mechanism, the first gas-supplying mechanism and the second gas-supplying mechanism. In this way, the control mechanism is used to control the first and the second gas-supplying mechanisms to work with the heating mechanism to oxidize, under a stable heating temperature process, the highly radiative metal uranium that have been radiated already, so as to transfer the metal uranium into the most stable state, i.e. the uranium oxide (U3O8), thereby meeting the safety and stability standard for long-term storage. The heating mechanism and oxidization environment of the stabilization process must be performed and operated in a hot laboratory connected with a gamma-ray shield so as to be controlled in a low-radiation zone. The