The nuclear reactor of graphite board as the core structure includes:
Graphite Sheets water and cold stacks (graphite boards are used as deceleration materials and thermal carriers), graphite board gas -cold piles (
Graphite Sheets are used as deceleration materials, carbon dioxide or gas are thermal carriers), graphite board high temperature Qi-cooled piles (usually used as a thermal carrier with ghosts, the temperature of the pyrine can reach about 1000 ° C), the sodium plate sodium reactor (sodium is the thermal carrier), and the graphite plate slowly proliferate (U-TH conversion).
At present, light water piles (LWR) and heavy water pile (HWR) are the main power piles of power generation. However, it is predicted that graphite board high -temperature gas -cooled piles (HTR) will be developed in large quantities after the 1990s. By the end of this century, graphite board slowly proliferation piles (sleeves into crickets) will be more mature and developed. Therefore, graphite material will be further valued in the future nuclear reactor project.
Graphite board has the advantages of good conductivity, high temperature resistance, acid resistance, alkali corrosion, and easy processing. It is widely used in metallurgy, chemical, electrochemical and other industries. There are graphite anode board, high pure graphite board, electrode graphite board and flexible Graphite Sheets.
