地质反应器的可变性和完整性

摘要：

作为一种深地能源，行星中心核裂变地质反应堆的概念比以前关于假定的内核增长的想法有更可靠的科学基础。与以前认为的地球深部能源（在人类时间尺度上基本上是恒定的）不同，核裂变反应堆的可变性可能源于燃料、减速剂和中子吸收剂的成分和/或位置的变化。诱人的间接证据邀请调查的可能性，短期行星核裂变反应堆的变化。这份简短的通报强调了科学完整性的重要性，并强调了可变地质反应堆功率输出的可能性，以便在今后的调查中，特别是与地球热通量有关的调查中，铭记这些可能性。

英文摘要：

As a deep-Earth energy source, the planetocentric nuclear-fission georeactor concept is on a more secure scientific footing than the previous idea related to the assumed growth of the inner core. Unlike previously considered deep-Earth energy sources, which are essentially constant on a human time-scale, variability in nuclear fission reactors can arise from changes in composition and/or position of fuel, moderators, and neutron absorbers. Tantalizing circumstantial evidence invites inquiry into the possibility of short-term planetocentric nuclear fission reactor variability. This brief communication emphasizes the importance of scientific integrity and highlights the possibility of variable georeactor power output so that these might be borne in mind in future investigations, especially those related to the Earth's heat flux.

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