温度最高的工艺(700摄氏度以上)所得到的中间体，可进一步转变成液态燃料。
Extremely high temperature deconstruction (above 700 degrees c) produces gas that can be converted into liquid fuel.
分析结果表明，在失流事故初期阶段，堆芯热通道燃料中心最高温度和MDNBR不超出规定限值，满足安全准则要求。
The results show that at the early stage of the loss of flow accident, the highest fuel central temperature and MDNBR in the hot channel do not exceed specified limits and meet the safety criteria.
结果表明顺流型熔融碳酸盐燃料电池堆的最高温度在电堆中间和出口部分；
The simulation shows that the highest temperature of co-MCFC stack exists in the middle and outlet;
结果表明顺流型熔融碳酸盐燃料电池堆的最高温度在电堆中间和出口部分；
The simulation shows that the highest temperature of co-MCFC stack exists in the middle and outlet;
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