By Bruce E. Poling
Must-have reference for procedures concerning beverages, gases, and combos
acquire the time-saving, mistake-avoiding merits loved via millions of chemical and approach layout engineers, examine scientists, and educators. houses of Gases and beverages, 5th version, is an all-inclusive, severe survey of the main trustworthy estimating equipment in use at the present time --now thoroughly rewritten and reorganized through Bruce Poling, John Prausnitz, and John O’Connell to mirror each late-breaking improvement. You get on-the-spot info for estimating either actual and thermodynamic homes within the absence of experimental information with this estate information financial institution of six hundred+ compound constants. Bridge the distance among thought and perform with this relied on, irreplaceable, and expert-authored specialist advisor -- the single ebook that features a serious research of current tools in addition to hands-on sensible thoughts. parts coated comprise natural part constants; thermodynamic homes of perfect gases, natural elements and combinations; pressure-volume-temperature relationships; vapor pressures and enthalpies of vaporization of natural fluids; fluid section equilibria in multicomponent platforms; viscosity; thermal conductivity; diffusion coefficients; and floor tension.
Preview of The Properties of Gases and Liquids PDF
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Additional resources for The Properties of Gases and Liquids
Forty five 38. 09 19. sixty seven 39. 1 forty four. 37 20. fifty one forty two. 7 34. eighty three 33. 28 36 31. fifty six 34. seventy four 34. seventy four 36. forty two 33. 19 37. fifty nine fifty seven. forty three 35. sixteen 39. seventy two 38. 34 forty-one. seventy three 36. eighty four 39. forty seven 39. 35 39. seventy seven 38. 01 forty-one. nine sixty three. seventy one forty. 18 forty six. ninety seven forty five. eighty four fifty one. 32 forty four. fifty eight forty six. five forty six. forty six forty six. forty six forty five. forty six forty eight. 1 seventy two. fifty eight forty seven. three fifty two. 24 fifty one. 15 fifty nine. 23 forty nine. ninety four fifty one. sixty one fifty one. forty nine fifty one. 07 fifty one. 03 fifty two. forty nine seventy eight. eighty two fifty two. seventy four 60. eleven sixty one. eleven fifty nine. forty four fifty seven. 6 60. 28 THERMODYNAMIC houses OF perfect GASES three. 17 Downloaded from electronic Engineering Library @ McGraw-Hill (www. digitalengineeringlibrary. com) Copyright © 2004 The McGraw-Hill businesses. All rights reserved. Any use is topic to the phrases of Use as given on the web site. CH2 —(ϭC,O) CH2 —(ϭC,SO2) CH2 —(ϭC,SO) CH2 —(ϭC,S) CH teams CH—(2C,Al) CH—(2C,B) CH—(2C,Cb) CH—(2C,CO) CH—(2C,Ct) CH—(2C,Hg) CH—(2C,N) CH—(2C,O) CH—(2C,Sn) CH—(2C,SO2) CH—(2C,SO3) CH—(2C,SO4) CH—(2C,SO) CH—(2C,S) CH—(2C,ϭC) CH—(2C,ϭNaz) CH—(3Cb) CH—(3CO) CH—(3C) CH—(C,2CO) CH—(C,2O) crew 15. 15 Ϫ21. seventy seven Ϫ30. 14 14. 15 Ϫ18. seventy five Ϫ14. sixty five Ϫ25. 12 Ϫ20. ninety three Ϫ11. 05 Ϫ6. 2 Ϫ14. 15 Ϫ5. 06 Ϫ51. 36 Ϫ7. ninety five Ϫ22. 6 Ϫ68. 23 Ϫ4. 1 Ϫ7. 12 Ϫ7. 2 four. 6 Ϫ31. forty eight 25. 12 23. 06 19 22. 02 27. 25 24. seventy four 20. three 17. forty-one Ϫ50. fifty two Ϫ42. 7 Ϫ48. fifty six 26. sixteen 18. five Ϫ50. 23 Ϫ48. ninety seven Ϫ48. ninety seven Ϫ48. ninety seven Ϫ47. 38 Ϫ48. ninety three 26. 37 27. seventy nine 27. 88 25. 87 23. forty eight 29. 18 28. fifty one 26. sixty two 28. fifty nine J molϪ1KϪ1 C Њp 400K 19. sixty seven 20. 09 20. forty three 18. ninety six sixteen. 7 19. fifty one 20. 34 18. forty two 22. 23 J molϪ1KϪ1 C Њp 298K Ϫ48. ninety seven Ϫ46. 04 Ϫ50. 86 Ϫ50. 23 Ϫ46. eighty four 37. 25 forty three. ninety five forty two. 28 forty five. sixty three J molϪ1KϪ1 kJ molϪ1 Ϫ27. 21 Ϫ29. fifty one Ϫ27. fifty eight Ϫ27 SЊ 298K ⌬H Њƒ 298K desk 3-4 team Contributions for Benson strategy (Continued ) 27. sixty seven 30. 01 32. fifty seven 30. seventy two 31. sixty five 31. eighty one 33. ninety one 33. 07 30. 89 28. sixty seven 36. 21 34. ninety five 29. 05 34. forty five J molϪ1KϪ1 C Њp 500K 31. seventy seven 33. 7 36. 38 34. 28 35. five 35. sixteen 36. fifty four 36. sixty three 35. 12 32. fifty seven forty-one. 36 forty. 1 38. seventy two forty. eighty five J molϪ1KϪ1 C Њp 600K 35. forty-one 38. ninety seven forty-one. forty four 39. 6 forty. 35 forty. 18 forty-one. 06 forty. seventy three forty-one. eleven 38. 09 forty eight. three forty seven. 17 forty five. ninety two 50. ninety eight J molϪ1KϪ1 C Њp 800K 38. ninety seven forty two. 07 forty four. 24 forty two. sixty five forty three. eleven forty two. 7 forty three. fifty three forty two. nine forty three. ninety nine forty-one. forty four fifty three. 29 fifty two. forty nine fifty one. 28 fifty nine. forty eight J molϪ1KϪ1 C Њp 1000K forty six. seventy six forty seven. 22 forty six. fifty five forty four. 7 J molϪ1KϪ1 C Њp 1500K THERMODYNAMIC houses OF perfect GASES three. 18 Downloaded from electronic Engineering Library @ McGraw-Hill (www. digitalengineeringlibrary. com) Copyright © 2004 The McGraw-Hill businesses. All rights reserved. Any use is topic to the phrases of Use as given on the web site. C teams C—(2C,2O) C—(3C,Cb) C—(3C,CO) C—(3C,Ct) C—(3C,N) C—(3C,O) C—(3C,Sn) C—(3C,SO2) C—(3C,SO3) C—(3C,SO4) C—(3C,SO) C—(3C,S) C—(3C,ϭC) C—(3C,ϭNaz) C—(4Cb) C—(4C) C—(4N) fragrant (Cb and Cp teams) Cb-(B) Cb—(Cb) Cb—(CO) Cb—(Ct) Cb—(C) Cb—(Ge) Cb—(Hg) Cb—(N) Cb—(O) Cb—(Pb) Cb—(PO) Cb—(P) Cb—(PϭN) Cb—(Si) Cb—(Sn) forty six. 04 20. seventy six 15. forty nine 23. seventy eight 23. 06 20. seventy six Ϫ7. fifty three Ϫ2. 09 Ϫ3. seventy seven 23. 06 nine. sixty three Ϫ7. fifty three nine. sixty three 23. 06 23. 06 eleven. seventy six five. 86 1. ninety three Ϫ13. 39 Ϫ27. sixty three 34. sixteen 2. 09 Ϫ6. 28 Ϫ16. seventy four Ϫ9. 29 Ϫ2. three 7. 03 Ϫ12. fifty six 29. three 2. 09 129. 89 Ϫ77. 86 sixteen. fifty three sixteen. 32 eleven. 18 forty. fifty six Ϫ32. 19 Ϫ42. 7 thirteen. ninety four eleven. 18 15. 03 eleven. 18 18. 29 Ϫ146. ninety two Ϫ36. 17 Ϫ32. 23 Ϫ32. sixty five Ϫ32. 19 19. 17 26. 25 25. 28 12. eighty one 19. thirteen sixteen. 7 thirteen. 14 21. eighty one 22. 19 17. sixty six thirteen. 14 sixteen. sixty two thirteen.