CAJ | 학술논문

采用高温烧结固相反应法制备了钙钛矿结构锰化合物热控涂层。利用变温场稳态卡计法半球热辐射率测试设备研究了热控涂层的红外半球发射率和温度之间的关系。结果表明该化合物在低温条件下表现为低热辐射率特性，在高温表现为高热辐射率特性。此外，还对该热控涂层进行了真空-紫外、真空-质子、真空-电子辐照、热循环、真空-放气等空间环境模拟实验，实验表明这种智能涂层具有良好的空间稳定性。说明该热控涂层在未来的航天器上具有广阔的应用前景。
채용고온소결고상반응법제비료개태광결구맹화합물열공도층。이용변온장은태잡계법반구열복사솔측시설비연구료열공도층적홍외반구발사솔화온도지간적관계。결과표명해화합물재저온조건하표현위저열복사솔특성，재고온표현위고열복사솔특성。차외，환대해열공도층진행료진공-자외、진공-질자、진공-전자복조、열순배、진공-방기등공간배경모의실험，실험표명저충지능도층구유량호적공간은정성。설명해열공도층재미래적항천기상구유엄활적응용전경。
Perovskite structure manganese oxide thermal control coatings were synthesized by solid-state reac-tion method.The relationship between the total hemispherical emittance (εH )and the temperature of the ther-mal control coatings was measured on a calorimetric emissometer which was based on the steady state calorime-tric method.The compounds show thermochromic properties andεH have low value at low temperature and have high value at high temperature.Environmental adaptability tests such as ultraviolet irradiation test,pro-ton irradiation test,electron irradiation test,thermal cycle test,outgassing test were conducted also.The test results showed that thermal control coatings had very good space stability performance,which made the ther-mal control coatings attractive as potential active thermal control materials for future satellites.