1) latent heat of fusion
熔化潜热(冶)
2) Latent heat of fusion
熔化潜热
1.
%) and Al-28%Mg-14%Zn alloys used for thermal energy storage applications,such as the specific heat capacity including solid and liquid state;the mass density in the temperature range 30～500℃;the melting temperature and the latent heat of fusion.
利用差示扫描量热仪(DSC)和H-90型膨胀仪,对潜热储能材料A l-34%Mg-6%Zn和A l-28%Mg-14%Zn合金的热物性参数进行了测定,如固、液态时的比热容,30~500℃间的质量密度,熔化温度和熔化潜热等。
2.
We report the calculated results of the latent heat of fusion Δμ ls and the melting temperature T m as a function of cluster size.
给出了团簇熔化潜热和熔点随团簇尺寸的变化关系 ,表明团簇熔化潜热和熔点强烈依赖于团簇的原子数 。
3) fusion heat,melting heat
熔化热(冶)
4) latent heat of liquefaction
液化潜热<冶>
5) latent heat of fusion
熔解潜热
1.
The results demon- strate that while the latent heat of fusion of TiO_2-WATER PCNs is less than that of water,the sensible heat of TiO_2- WATER PCNs is much greater,because of their lower fusion temperature.
用差示扫描量热法测试了其熔解潜热,结果显示熔解潜热比水的低,但由于其熔解温度低于水的熔解温度,相变蓄冷纳米复合材料比水具有更大的显热储存能力。
6) melting charge
熔化料(冶)
补充资料：融融冶冶
1.美好艳冶。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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