Input interpretation
f-block elements | specific heat of fusion
Summary
median | 0.061 kJ/g highest | 0.119 kJ/g (erbium) lowest | 0.039 kJ/g (cerium) distribution | | (based on 19 values; 9 unavailable)
Entities with missing values
plutonium | americium | curium | berkelium | californium | einsteinium | fermium | mendelevium | nobelium (total: 9)
Distribution plots
(specific heat of fusion in kilojoules per gram)
Specific heat of fusion rankings
1 | cerium | 0.039 kJ/g 2 | neptunium | 0.04219 kJ/g 3 | ytterbium | 0.044 kJ/g 4 | lanthanum | 0.045 kJ/g 5 | neodymium | 0.049 kJ/g 6 | praseodymium | 0.049 kJ/g 7 | promethium | 0.0531 kJ/g 8 | samarium | 0.057 kJ/g 9 | uranium | 0.059 kJ/g 10 | europium | 0.061 kJ/g 11 | actinium | 0.06167 kJ/g 12 | gadolinium | 0.064 kJ/g 13 | protactinium | 0.065 kJ/g 14 | thorium | 0.069 kJ/g 15 | terbium | 0.068 kJ/g 16 | dysprosium | 0.0683 kJ/g 17 | thulium | 0.0994 kJ/g 18 | holmium | 0.103 kJ/g 19 | erbium | 0.119 kJ/g (based on 19 values; 9 unavailable)
Unit conversions for median specific heat of fusion 0.061 kJ/g
≈ 61 J/g (joules per gram)
≈ 61000 J/kg (joules per kilogram)
≈ 14 cal_th/g (thermochemical calories per gram)
≈ 14 kcal_th/kg (thermochemical kilocalories per kilogram)
≈ 0.014 kcal_th/g (thermochemical kilocalories per gram)
≈ 26 BTU_IT/lb (IT British thermal units per pound)