... fusion fuel facility 聚变燃料行动措施 fusion heat 聚变热 fusion hybrid breeder reactor 聚变殽杂增殖回响堆 ...
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heat of fusion [热] 熔化热 ; [热] 熔解热 ; 融解热 ; 溶化热
latent heat of fusion 熔化潜热 ; 融解潜热 ; 融化潜热
specific latent heat of fusion 熔解比潜热
heat fusion 热熔合
volumetric heat of latent fusion 体积替热
molar heat of fusion 莫耳熔化热 ; 摩尔熔化热
After removing of fusion heat of freezing bone marrow cells the activation of DNA in cryopreser…
因而,融合热的释放是骨髓细胞生物活性下降的重要因素。
Fusion in a star's core produces heat and outward pressure, but this pressure is kept in balance by the inward push of gravity generated by a star's mass.
恒星核心中发生的核聚变产生热能与向外的压力,不过这份压力由恒星质量所产生的内向重力抵消了。
But most stars are not massive enough to create the pressures and heat necessary to burn heavy elements, so fusion and heat production stop.
不过大多数恒星都没有足够的质量以产生燃烧重元素所需的压力与热能,所以核聚变与热能产生过程都停止了。
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