结果利多卡因-月桂醇二元共熔混合物的熔点明显比利多卡因低。
Results The melting point of the lidocaine-dodecanol binary eutectic system was markedly lower than that of pure lidocaine.
这对高聚物是一完全互溶的共混体系，当共混体系处在熔点和相混合温度之间时，同时存在结晶的熔融相和无定形的相容共混相。
When the temperature of the blend is between melting-point and phase-mixing point, both melting-crystal phase and amorphous miscible phase are present.
结果表明，对于中等壁负荷，传统的传热机制是适宜的，而对于高强壁负荷，把低熔点合金的相变贮、放热机制引进到混合堆的热工学中是有意义的。
The results indicate that the classical heat transfer mechanism is suitable for the medium wall load and the potential heat of the low-melting-point alloy is useful for high wall load.
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