The invention belongs to the technical field of a
corrosion experiment apparatus, and discloses an application of an
oxygen content-controlled high-flow velocity multi-state
aqueous corrosion experiment apparatus. According to the invention, water used for experiment in a
water storage tank is driven by a high-pressure pump and is operated in a whole pipeline, after electric
induction heating, water is introduced into a
sample chamber, and an experiment sample in the
sample chamber can be corroded; after cooling by a condenser, and the material is introduced into the
water storage tank througha filter for a circulation. The
oxygen content-controlled high-flow velocity multi-state
aqueous corrosion experiment apparatus can simulate different media environments under a plurality of experiment parameters, and provides different temperatures (less than 700 DEG C), pressure (less than 30 MPa), flow velocity (less than 3m / s), supercritical water (less than 10m / s), and
superheated water vapour (less than 40 m / s); can simulate service environment of a light-water reactor
nuclear power station, service environment of a supercritical water reactor and supercritical thermal power, and
superheated steam environment in thermal power, and reduces N2 consumption; and can heat rapidly flowed medium.