Medical Isotope Production Reactor Without Compensation Rods
An isotopic, non-compensated technology, applied in the transformation of nuclear reactors, etc., can solve problems such as no way to change, and achieve the effects of reducing initial loading, improving backup reactivity, simplifying core structure and control system
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[0048] combined with figure 1 Describe in detail the core content involved in the design of a 200kW Medical Isotope Production Reactor (MIPR) by canceling the core compensating rods and simplifying the core structure of the present invention.
[0049] The core production structure of the 200kW medical isotope production reactor without compensation rods mainly includes:
[0050] Built-in core liquid UO 2 (NO 3 ) 2 The flat-bottomed cylindrical stainless steel core vessel 1 contains the core feed liquid 3 and the upper gas chamber 4. The core feed liquid 3 is radially divided into inner and outer areas, and the inner area is arranged with control rods 2: including two automatic adjustment rod guide tubes and Two safety rod conduits, the four conduits of these two types of control rods are sealed and welded to the upper cover and lower bottom of the core vessel 1, the conduits are filled with water, and the outer wall of the conduits is in contact with the fuel solution UO 2...
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