本研究應用龍門雷傳(RETRAN)分析模式，分析反應器於增壓暫態，包括三個典型之預期運轉事件(負載棄載、汽機跳脫、主蒸汽隔離閥關閉)、預期暫態未急停，以及ASME過壓暫態。增壓暫態發生後，系統壓力增加使空泡潰縮，加入正反應度使反應器功率迅速上升，空泡反應度回饋為主宰暫態特性的機制。預期運轉事件分析結果顯示，由於汽機控制閥關閉速度最快，負載棄載為三個典型預期運轉事件中功率峰值最高者。預期暫態未急停考慮急停功能失效後，採用後備系統緩抑暫態之能力，並且使反應器達熱停機狀態。相對於上述三個預期運轉事件(由閥位訊號引動急停訊號)，ASME過壓暫態假設閥位訊號失效，由高中子通率訊號或高壓訊號引動控制棒插棒，其反應器壓力槽最高壓力為9.17MPaG，離最大允許值9.48MPaG尚有餘裕0.31MPa 。由上述分析結果可得知龍門電廠之的緩抑設備與系統能在增壓暫態發生後抑制爐心功率，最後使反應器停機，符合接受準則。

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