njit-etd1961-002 - New Jersey Institute of Technology

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1. .A25THERMODYNAMIC PROPERTIES OF :202 1,1,0J';1 , FORAL EHYDE .TEMP. SPEC. VOLUME ENTHALPY ENTROPY---77cc/ cal/g-mole cal/g-mole/°K200 642.06 8415.28 28.571210 655.90 8550.14 28.856220 670.22 8692.92 29.126230 684.02 8830.46 29.406240 697.83 8971,58 29.684250 71157 9109.71 29.967260 725.40 9252.81 30.225270 739.16 9395.56 30.503280 752,92 9538.92 30.766290 766.69 9682.30 31,024300 780.46 9826.55 31.291310 794.16 9973.49 31.509320 807.83 10122.21 31.771330 821.50 10259.23 32.028340 835.16 10418,85 32.245350 848.84 10567.92 32.492360 862.62 10724.23 32.734370 876.34 10870.33 32,980380 890.05 11023.56 33.212390 903.77 11175.40 33.448400 917.41 11³19.96 ³3.675T 1,,,,T‘,11
26TABLE 5THERMODYNAMIC PROPERTIES OF SUPERATED F ORMALDEHYDEF _Aril.TEMP. SPEC. VOLUME ENTHALPY ENTROPYOn .L . cc/gm cal/g 17 7461 cal/g-mole 0.7p:- 1, 516 f K-190102030 155.82 6014.83 20.38340 161.46 6153.24 20.82450 167.18 6290.66 21.29060 172.98 6430.55 21.71670 178.85 6568.04 22.13280 184.81 6706.56 22.54290 190.64 6844.54 22.930100 196.79 6981.77 23,344110 202.67 7126.01 23.698120 208.53 7267.07 24.065130 214.36 7402,30 24.424141 220.89 7547,77 24.784150 226.15 7676.83 25.093160 232,07 7817.89 25.431170 237.81 7955.85 25.749180 243.60 8098.75 26,075190 249.21 8236.29 26.³79
Page 4 and 5: APPROVAL OF THESISFORDEPARTMENT OF
Page 6 and 7: TABLE OF CONTENTSNomenclatureivSumm
Page 8 and 9: NOMENCLATURE (Coned.)ΔS*= differen
Page 10 and 11: INTRODUCTIONFormaldehyde is produce
Page 12 and 13: 3is calculated by summing atomic an
Page 14 and 15: Al [ (¹ - Tr1)- 1.-2 = T1 - TTr2)0
Page 16 and 17: (V) The values of the saturated liq
Page 18 and 19: Prior to the present correlation of
Page 20 and 21: 11The generalized compressibility f
Page 22 and 23: SECTION IDATA FROM LITERATURE
Page 24 and 25: SECTION IISAMPLE CALCULATIONS
Page 26 and 27: αc14(0) Critical compressibility f
Page 28 and 29: 16Saturated vapor volumes were calc
Page 30 and 31: ¹8Correcting the entropy of the id
Page 32 and 33: 20Correcting the deviation of the e
Page 34 and 35: 21TABLE 2THERMODYNAMIC PROPERTIES O
Page 36 and 37: 2³THERMODYNAMIC PROPERTIES OF SUPE
Page 40 and 41: 27THERMODYNAMIC PROPERTIES Or SUPER
Page 42 and 43: 29THERMODYNAMIC PROPERTIES 01, nPER
Page 44 and 45: 31THERMODYIAAMIC PROP ERT1EF or Sli
Page 46 and 47: 33THER1,101riNAM IC PROPERTIES OF :
Page 48 and 49: 35THE ,,,Lv,TIC PROPETI i EL' .L- S
Page 50 and 51: 37THERMODYNAMIC PROPERTIES OF SUP'R
Page 52 and 53: 39THERMODYNAMIC PROPERTIES OF SUPER
Page 54 and 55: 41THERMODYNAMIC PROPERTIES OF SUPER
Page 56 and 57: 43THERMODYNAMIC PROPERTIES 02 SUzER
Page 58: 45THERMODYNAMIC PROPERTIES OF SUPER
Page 63: REFERENCES(16) Walker, J. Frederic,

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