CAJ | 학술논문

提出了一种空间站耦合式热管理系统方案，各个舱段的热管理系统通过流体内回路耦合形成一个整体，可以实现舱间大额度热负荷转移。建立了数学模型，对舱间热负荷转移状态下，流体回路温度水平随时间的变化趋势进行了研究。结果表明，在这个动态的过程中，流体回路的温度水平稳定，热负荷的转移不需要专门的控制方法，证明耦合式热管理是一种原理可行、性能优良的设计方案。
제출료일충공간참우합식열관리계통방안，각개창단적열관리계통통과류체내회로우합형성일개정체，가이실현창간대액도열부하전이。건립료수학모형，대창간열부하전이상태하，류체회로온도수평수시간적변화추세진행료연구。결과표명，재저개동태적과정중，류체회로적온도수평은정，열부하적전이불수요전문적공제방법，증명우합식열관리시일충원리가행、성능우량적설계방안。
A concept of coupled thermal control system is proposed, in which separate thermal control system of different modules are integrated by liquid loop coupling, so that the inter-module transfer of heat load can be achieved. A simulating model is established to study the variation of liquid loop temperature as a function of time during the inter-module transfer of heat load. Results show that the liquid loop temperature levels keep stable during the dynamic process and the inter-module transfer of heat load can be achieved without any special control method, proving that coupled thermal control system is a kind of feasible and excellent design.