对装有核废料的抛物体容器在地球引力的作用下，依靠其放出的热量将其周围介质熔化而进行的自埋过程进行了研究。利用边界层理论，对熔化区的液体传热与运动进行了分析，求得容器的自埋速度与表面温度，并对影响它们的诸因素进行了讨论。 Under the gravitational effect of the Earth, the parabolic container containing nuclear waste is studied by the self-buried process of melting the surrounding medium by the heat it emits. Based on the theory of boundary layer, the liquid heat transfer and movement in the melting zone are analyzed, and the self-burial velocity and surface temperature of the vessel are obtained. The factors affecting them are also discussed.