The experimental result shows high-temperature heat pipe fin has the better characteristic and is not restricted by sonic limit, entrainment limit and capillary limit during the operation process.
结果表明该高温热管翅在不同功率下连续工作稳定,无异常现象,没有遇到声速传热极限、携带极限、毛细极限的制约。
The installation comprises two finned tube heat transfer sections which are made of different materials of the high-temperature heat transfer section and the low-temperature heat transfer section.
该装置包括两个不同材料制成的肋片管式换热段,分别为高温换热段和低温换热段。
The experimental behavior of a high-temperature heat pipe fin was described during startup and running with the different power. The surface temperature distribution was given.
对高温热管翅在不同功率下起动与运行性能进行实验研究,给出各种功率下高温热管翅的壁面温度分布及相应的温差分布。
The comprehensive utilization method includes: (1) recovering heat carrier of high-temperature heat byproduct (such as hot nitrogen or steam) of the sintered mineral;
本发明提供的综合利用方法为:(1)回收烧结矿物的高温热副产热载体(如热氮气或蒸汽);