The decomposition heat for metastable super-cooled liquid is greater than that of crystallized solid.
亚稳态的过冷液体比结晶态有较大的分解热。
In comparison with propellant with pure boron powder, the apparent decomposition heat of propellant with boron composition increases 12.6%.
相对于纯硼粉的推进剂，硼复合粒子的推进剂的表观分解热最高提高了12.6%。
Heat efficiency during hydrate thermal recovery, i. e., hydrate decomposition heat to total heat input ratio, has also been analyzed based on the model.
在此基础上，分析了水合物热力开采过程中热量的有效利用率，即用于水合物分解的热量与输入的总热量的比值。
应用推荐