Dortmund Data Bank

Molar Heat Capacity (cP) of Naphthalene

The experimental data shown in these pages are freely available and have been published already in the DDB Explorer Edition. The data represent a small sub list of all available data in the Dortmund Data Bank. For more data or any further information please search the DDB or contact DDBST.

Component

Formula Molar Mass CAS Registry Number Name
C10H8 128.174 91-20-3 Naphthalene
Search the DDB for all data of Naphthalene

Diagrams


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Data Table

T [K] Molar Heat Capacity (cP) [J/(mol*K)] State Reference
15.14 5.904 Solid 3
17.73 8.514 Solid 3
21.45 12.401 Solid 3
22.25 13.736 Solid 3
25.54 16.98 Solid 3
26.66 18.146 Solid 3
29.79 21.23 Solid 3
31.74 23.04 Solid 3
34.35 25.39 Solid 3
36.47 27.25 Solid 3
39.34 29.447 Solid 3
41.32 30.94 Solid 3
44.64 33.12 Solid 3
46.53 34.40 Solid 3
50.23 36.526 Solid 3
51.95 37.95 Solid 3
56.22 40.62 Solid 3
57.37 41.33 Solid 3
62.32 44.02 Solid 3
62.52 44.10 Solid 3
67.86 46.44 Solid 3
73.36 48.91 Solid 3
78.58 51.30 Solid 3
83.57 54.06 Solid 3
88.38 55.61 Solid 3
89.86 56.23 Solid 3
93.06 57.40 Solid 3
95.39 57.99 Solid 3
100.77 60.50 Solid 3
106.04 62.17 Solid 3
111.18 64.35 Solid 3
116.21 66.32 Solid 3
121.11 68.41 Solid 3
125.94 70.84 Solid 3
130.68 72.93 Solid 3
135.35 75.02 Solid 3
140.33 77.24 Solid 3
145.61 79.66 Solid 3
150.80 82.30 Solid 3
151.99 82.72 Solid 3
155.93 84.52 Solid 3
161.02 86.99 Solid 3
166.00 89.29 Solid 3
168.48 87.99 Solid 3
168.52 90.12 Solid 3
173.49 92.72 Solid 3
178.39 95.14 Solid 3
183.23 97.74 Solid 3
187.99 100.17 Solid 3
192.69 103.14 Solid 3
197.62 105.31 Solid 3
202.85 108.12 Solid 3
208.00 110.96 Solid 3
213.10 113.76 Solid 3
218.13 116.57 Solid 3
223.10 119.33 Solid 3
226.90 121.71 Solid 3
228.01 122.38 Solid 3
232.92 124.98 Solid 3
232.95 124.85 Solid 3
237.78 127.40 Solid 3
238.94 128.28 Solid 3
242.54 130.88 Solid 3
244.83 132.09 Solid 3
250.68 135.52 Solid 3
256.42 139.03 Solid 3
262.09 142.72 Solid 3
267.70 146.36 Solid 3
273.21 150.04 Solid 3
278.69 153.80 Solid 3
284.09 157.53 Solid 3
289.42 161.25 Solid 3
294.68 165.48 Solid 3
317.15 188.41 Solid 2
357.91 219.34 Liquid 5
359.15 239.68 Liquid 2
360.00 219.83 Liquid 1
361.99 220.90 Liquid 5
366.04 222.51 Liquid 5
370.00 223.68 Liquid 1
374.25 225.72 Liquid 5
376.21 226.50 Liquid 5
381.95 264.91 Liquid 4
386.95 268.13 Liquid 4
389.15 231.56 Liquid 5
392.05 271.35 Liquid 4
397.15 275.10 Liquid 4
401.38 236.36 Liquid 5
402.35 278.32 Liquid 4
404.57 237.58 Liquid 5
407.55 282.07 Liquid 4
412.75 285.29 Liquid 4
415.61 241.89 Liquid 5
417.95 289.05 Liquid 4
419.94 243.53 Liquid 5
423.15 292.26 Liquid 4
428.45 296.02 Liquid 4
429.20 247.11 Liquid 5
433.55 299.24 Liquid 4
435.25 249.44 Liquid 5
438.75 302.45 Liquid 4
440.31 251.41 Liquid 5
444.05 306.74 Liquid 4
449.25 309.96 Liquid 4
454.75 313.71 Liquid 4
460.25 317.47 Liquid 4
465.85 320.69 Liquid 4

List of References

Number Source
1 Durupt N.; Aoulmi A.; Bouroukba M.; Rogalski M.: Heat Capacities of Liquid Polycyclic Aromatic Hydrocarbons. Thermochim.Acta 260 (1995) 87-94
2 Rastogi R.P.; Bassi P.S.: Mechanism of eutectic crystallization. J.Phys.Chem. 68 (1964) 2398-2406
3 Southard J.C.; Brickwedde F.G.: Low Temperature Specific Heats. I. An Improved Calorimeter for Use from 14 to 300 °K. The Heat Capacity and Entropy of Naphthalene. J.Am.Chem.Soc. 55 (1933) 4378-4384
4 Blacet F.E.; Leighton P.A.; Bartlett E.P.: The Specific Heats of Five Pure Organic Liquids and of Ethyl Alcohol-Water Mixtures. J.Phys.Chem. 35 (1931) 1935-1943
5 Chirico R.D.; Knipmeyer S.E.; Nguyen A.; Steele W.V.: The thermodynamic properties to the temperature 700 K of naphthalene and of 2,7-dimethylnaphthalene. J.Chem.Thermodyn. 25 (1993) 1461-1494

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