Hydrogen Bromide M.W. [1]

80.9119

 N.B.P. [2]

206.45 K

 T.P.[3]

185.15 K

HBr Pc [4]

8.552 MPa

Tc [4]

363.15 K

 Vc [3]

0.1 m3/kmol

T

K

 Vapor Pressure

MPa

 B(T)

cm3·mol-1

 dB/dT · T

cm3·mol-1

 C(T)

cm6·mol-2

 dC/dT · T

cm6·mol-2

mW/(m·K)

µPa·s

Estimated Uncertainty 1%/0.1% 1% Gas densities are calculated to better than 0.1% over the temperature and pressure ranges of the reference. 10% 10%
Reference [5]/[6] [7] [6] [6] [6] [6] [6] [6]
210 3.502 0.12 -398.9 958.5 -66306 658360 3.9 14.86
215 3.502 0.15 -377.1 895.0 -52341 533020 4.1 15.13
220 3.502 0.19 -357.2 838.1 -41267 433812 4.2 15.40
225 3.502 0.24 -338.9 786.8 -32437 354720 4.3 15.67
230 3.502 0.30 -322.1 740.5 -25360 291244 4.4 15.95
235 3.503 0.36 -306.7 698.6 -19666 239985 4.6 16.22
240 3.503 0.44 -292.4 660.4 -15065 198353 4.7 16.49
245 3.503 0.53 -279.1 625.6 -11336 164360 4.8 16.77
250 3.503 0.63 -266.8 593.8 -8305 136466 5.0 17.04
255 3.503 0.74 -255.3 564.6 -5837 113473 5.1 17.31
260 3.503 0.87 -244.6 537.8 -3823 94438 5.2 17.59
265 3.503 1.02 -234.6 513.0 -2179 78620 5.4 17.86
270 3.503 1.18 -225.2 490.1 -836 65426 5.5 18.14
275 3.503 1.36 -216.4 468.9 260 54385 5.6 18.41
280 3.503 1.56 -208.2 449.3 1154 45118 5.7 18.68
285 3.503 1.78 -200.4 431.0 1882 37318 5.9 18.96
290 3.503 2.02 -193.0 414.0 2472 30736 6.0 19.23
295 3.503 2.28 -186.1 398.0 2949 25171 6.1 19.51
300 3.503 2.57 -179.5 383.2 3332 20455 6.3 19.78
305 3.504 2.88 -173.3 369.2 3636 16453 6.4 20.06
310 3.504 3.21 -167.4 356.2 3875 13051 6.5 20.33
315 3.504 3.57 -161.8 343.9 4060 10156 6.7 20.60
320 3.504 3.96 -156.5 332.3 4200 7691 6.8 20.88
340 3.505 5.78 -137.6 292.3 4443 972 7.3 21.97
360 3.507 8.06 -121.8 260.1 4388 -2551 7.9 23.07
380 3.509 - -108.5 233.7 4197 -4334 8.4 24.16
400 3.512 - -97.1 211.8 3951 -5150 8.9 25.24
420 3.516 - -87.2 193.4 3691 -5426 9.5 26.33
440 3.520 - -78.6 177.7 3438 -5401 10.0 27.40
450 3.524 - -74.7 170.7 3318 -5321 10.3 27.94
460 3.527 - -71.0 164.1 3202 -5211 10.6 28.48
480 3.533 - -64.3 152.4 2986 -4938 11.1 29.55
500 3.540 - -58.2 142.1 2790 -4627 11.6 30.61
550 3.561 - -45.7 121.3 2387 -3835 13.0 33.25
600 3.587 - -35.9 105.5 2084 -3135 14.4 35.85
650 3.617 - -27.9 93.1 1857 -2560 15.8 38.40
700 3.650 - -21.4 83.2 1685 -2096 17.1 40.90
750 3.687 - -16.0 75.1 1553 -1726 18.5 43.36
800 3.725 - -11.3 68.4 1452 -1429 19.9 45.75
850 3.764 - -7.36 62.7 1372 -1190 21.3 48.09
900 3.803 - -3.92 57.8 1310 -996 22.6 50.36
950 3.842 - -0.91 53.6 1261 -837 24.0 52.57
1000 3.881 - 1.74 49.9 1221 -708 25.4 54.71

References:

  1. IUPAC; "Atomic Weights of the Elements 1993"; J. Phys. Chem. Ref. Data 1995, 24, 1561.
  2. "Selected Values of Properties of Chemical Compounds"; Data Project; Thermodynamics Research Center, Texas A&M University, College Station, Texas, 1980.
  3. A. L. Horvath, "Physical Properties of Inorganic Compounds", Crane Russak, New York, 1975.
  4. J. F. Mathews, "The Critical Constants of Inorganic Substances", Chem. Rev. 1972, 72, 71.
  5. E. F. Jr. Westrum, D. R. Stull, G. C. Sinke, "The Chemical Thermodynamics of Organic Compounds", John Wiley and Sons, New York, 1969.
  6. J. J. Hurly, Thermophysical Properties of Gaseous HBr and BCl3 from Speed-of-Sound Measurements, Int. J. Thermophys, IN PRESS.
  7. D. R. Stull, "Vapor Pressure of Pure Substances", Ind. Eng. Chem. 1947, 39, 517.

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