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Specific Heat Capacities between 0°C and 100°C

Specific Heat Capacities between 0°C and 100°C
Material kJ/kg·K Btu/lb·°F
Metals
Aluminium 0.912 0.218
Antimony 0.214 0.051
Copper 0.389 0.093
Gold 0.130 0.031
Iron 0.460 0.110
Lead 0.130 0.031
Mercury 0.138 0.033
Nickel 0.452 0.108
Platinum 0.134 0.032
Silver 0.234 0.056
Tin 0.230 0.055
Zinc 0.393 0.094
Metal Alloys
Ball metal 0.360 0.086
Brass 0.377 0.090
Bronze 0.435 0.104
Nickel steel 0.456 0.109
Solder 0.167 0.04
Solids
Asbestos 0.84 0.20
Ashes 0.84 0.20
Asphalt 0.80 0.19
Brick 0.92 0.22
Carbon 0.71 0.17
Coal 0.85 0.203
Concrete 1.13 0.27
Cork 2.03 0.485
Glass 0.84 0.20
Graphite 0.75 0.18
Ice 2.11 0.504
India rubber 1.1-1.4 0.27-0.98
Limestone 0.84 0.20
Marble 0.88 0.21
Peat 1.88 0.45
Plaster 0.84 0.20
Porcelain 1.07 0.255
Sand 0.82 0.19
Sulphur 0.72 0.17
Wood 2.3-2.7 0.55-0.65
Liquids
Acetic acid 2.13 0.51
Alcohol 2.93 0.70
Ammonia 0.47 0.11
Benzol 1.80 0.43
Dowtherm 1.55 0.37
Ether 2.10 0.50
Ethylene glycol 2.38 0.57
Glycerine 2.41 0.58
Milk 3.93 0.94
Naphtholene 1.78 0.43
Oil, mineral 1.67 0.40
Oil, vegetable 1.68 0.40
Paraffin 2.14 0.51
Petroleum 2.09 0.50
Sulphuric acid 1.38 0.33
Turpentine 1.98 0.47
Water, fresh 4.19 1.00
Water, sea 3.94 0.94

SOURCE: Data adapted from standard engineering references for specific heat capacities between 0°C and 100°C.

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