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Self-acting Afterheat Removal in High Temperature Gas Cooled Reactors

Self-acting Afterheat Removal in High Temperature Gas Cooled Reactors
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摘要 Much more nuclear energy capacity is needed than currently installed to meet the demand of energy and the requirement on environment protection in the next decades. More stringent nuclear safety standards have to be established for future nuclear power plants.The philosophy of a catastrophe free nuclear technology is presented in this paper. The issue of afterheat removal of high temperature gas cooled reactors is handled.It is a striking inherent safety feature of the modular high temperature gas cooled reactor design that the afterheat removal takes place without any active core cooling systems. Much more nuclear energy capacity is needed than currently installed to meet the demand of energy and the requirement on environment protection in the next decades. More stringent nuclear safety standards have to be established for future nuclear power plants.The philosophy of a catastrophe free nuclear technology is presented in this paper. The issue of afterheat removal of high temperature gas cooled reactors is handled.It is a striking inherent safety feature of the modular high temperature gas cooled reactor design that the afterheat removal takes place without any active core cooling systems.
出处 《Tsinghua Science and Technology》 SCIE EI CAS 1998年第4期1167-1178,共12页 清华大学学报(自然科学版(英文版)
关键词 nuclear safety afterheat high temperature gas cooled reactors nuclear safety afterheat high temperature gas cooled reactors
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