lewiscoefficients.h

Flowlive The thermo library provides thermodynamical, chemical and physical properties of elements

//---------------------------------------------------------------------------
//  Project:         FlowLive
//  Module:          thermo
/*!\file             lewiscoefficients.h
	\brief
	\version          0.0.2.0
	\date             Created: 2005-01-18
	\date             Last modified: 2005-01-18
	\author           <a href="mailto:[e-mail]">Tobias Severin, [e-mail]</a>
*/
//---------------------------------------------------------------------------
#ifndef LEWISCOEFFICIENTS_H
#define LEWISCOEFFICIENTS_H
//---------------------------------------------------------------------------
#include "thermo_types.h"

//---------------------------------------------------------------------------
THERMO_BEGIN

// O2
// Temperature (K)	298. - 6000.
///*static const*/ t_nlc nlcO2 =
t_nlc nlcO2 =
{
	29.65900,
	6.137261,
	-1.186521,
	0.095780,
	-0.219663,
	-9.861391,
	237.9480,
	0.000000
};


// H2
// Temperature (K)	298. - 1000.
/*static const*/ t_nlc nlcH2_1 =
{
	33.066178,
	-11.363417,
	11.432816,
	-2.772874,
	-0.158558,
	-9.980797,
	172.707974,
	0.0
};

// Temperature (K)	1000. - 2500
/*static const*/ t_nlc nlcH2_2 =
{
	18.563083,
	12.257357,
	-2.859786,
	0.268238,
	1.977990,
	-1.147438,
	156.288133,
	0.0
};

// Temperature (K)	2500. - 6000.
/*static const*/ t_nlc nlcH2_3 =
{
	43.413560,
	-4.293079,
	1.272428,
	-0.096876,
	-20.533862,
	-38.515158,
	162.081354,
	0.0
};

// N2
// Temperature (K)	298. - 6000.
/*static const*/ t_nlc nlcN2 =
{
	26.09200,
	8.218801,
	-1.97614,
	0.159274,
	0.044434,
	-7.989230,
	221.0200,
	0.000000
};

// CO2
// Temperature (K)	298. - 1200
/*static const*/ t_nlc nlcCO2_1 =
{
	24.99735,
	55.18696,
	-33.69137,
	7.948387,
	-0.136638,
	-403.6075,
	228.2431,
	-393.5224
};

// Temperature (K)	1200. - 6000.
/*static const*/ t_nlc nlcCO2_2 =
{
	58.16639,
	2.720074,
	-0.492289,
	0.038844,
	-6.447293,
	-425.9186,
	263.6125,
	-393.5224,
};

// CO
// Temperature (K)	298. - 1300.
/*static const*/ t_nlc nlcCO_1 =
{
	25.56759,
	6.096130,
	4.054656,
	-2.671301,
	0.131021,
	-118.0089,
	227.3665,
	-110.5271
};

// Temperature (K)	1300. - 6000.
/*static const*/ t_nlc nlcCO_2 =
{
	35.15070,
	1.300095,
	-0.205921,
	0.013550,
	-3.282780,
	-127.8375,
	231.7120,
	-110.5271,
};

// H2O
// Temperature (K)	500. - 1700.
/*static const*/ t_nlc nlcH2O_1 =
{
	30.09200,
	6.832514,
	6.793435,
	-2.534480,
	0.082139,
	-250.8810,
	223.3967,
	-241.8264
};

// Temperature (K)	1700. - 6000.
/*static const*/ t_nlc nlcH2O_2 =
{
	41.96426,
	8.622053,
	-1.499780,
	0.098119,
	-11.15764,
	-272.1797,
	219.7809,
	-241.8264
};


// SO2
// Temperature (K)	298. - 1200.
/*static const*/ t_nlc nlcSO2_1 =
{
	21.43049,
	74.35094,
	-57.75217,
	16.35534,
	0.086731,
	-305.7688,
	254.8872,
	-296.8422
};

// Temperature (K)	1200. - 6000.
/*static const*/ t_nlc nlcSO2_2 =
{
	57.48188,
	1.009328,
	-0.076290,
	0.005174,
	-4.045401,
	-324.4140,
	302.7798,
	-296.8422
};


// SO3
// Temperature (K)	298. - 1200.
/*static const*/ t_nlc nlcSO3_1 =
{
	24.02503,
	119.4607,
	-94.38686,
	26.96237,
	-0.117517,
	-407.8526,
	253.5186,
	-395.7654
};

// Temperature (K)	1200. - 6000.
/*static const*/ t_nlc nlcSO3_2 =
{
	81.99008,
	0.622236,
	-0.122440,
	0.008294,
	-6.703688,
	-437.6590,
	330.9264,
	-395.7654
};


// Ar
// Temperature (K)	298. - 6000.
/*static const*/ t_nlc nlcAr =
{
	20.78600,
	2.825911E-7,
	-1.464191E-7,
	1.092131E-8,
	-3.661371E-8,
	-6.197350,
	179.9990,
	0.000000
};

// CH4
// Temperature (K)	298. - 1300.
/*static const*/ t_nlc nlcCH4_1 =
{
	-0.703029,
	108.4773,
	-42.52157,
	5.862788,
	0.678565,
	-76.84376,
	158.7163,
	-74.87310,
};

// Temperature (K)	1300. - 6000.
/*static const*/ t_nlc nlcCH4_2 =
{
	85.81217,
	11.26467,
	-2.114146,
	0.138190,
	-26.42221,
	-153.5327,
	224.4143,
	-74.87310
};



// NO
// Temperature (K)	298. - 1200.
/*static const*/ t_nlc nlcNO_1 =
{
	23.83491,
	12.58878,
	-1.139011,
	-1.497459,
	0.214194,
	83.35783,
	237.1219,
	90.29114
};

// Temperature (K)	1200. - 6000.
/*static const*/ t_nlc nlcNO_2 =
{
	35.99169,
	0.957170,
	-0.148032,
	0.009974,
	-3.004088,
	73.10787,
	246.1619,
	90.29114
};


// NO2
// Temperature (K)	298. - 1200.
/*static const*/ t_nlc nlcNO2_1 =
{
	16.10857,
	75.89525,
	-54.38740,
	14.30777,
	0.239423,
	26.17464,
	240.5386,
	33.09502
};

// Temperature (K)	1200. - 6000.
/*static const*/ t_nlc nlcNO2_2 =
{
	56.82541,
	0.738053,
	-0.144721,
	0.009777,
	-5.459911,
	2.846456,
	290.5056,
	33.09502
};

// NO3
// Temperature (K)	298. - 1100.
/*static const*/ t_nlc nlcNO3_1 =
{
	11.22316,
	166.3889,
	-148.4458,
	47.40598,
	-0.176791,
	61.00858,
	221.7679,
	71.12800
};

// Temperature (K)	1100. - 6000.
/*static const*/ t_nlc nlcNO3_2 =
{
	82.27418,
	0.487106,
	-0.098769,
	0.006853,
	-6.264954,
	29.22311,
	326.2528,
	71.12800
};

// N2O
// Temperature (K)	298. - 1400.
/*static const*/ t_nlc nlcN2O_1 =
{
	27.67988,
	51.14898,
	-30.64454,
	6.847911,
	-0.157906,
	71.24934,
	238.6164,
	82.04824
};

// Temperature (K)	1400. - 6000.
/*static const*/ t_nlc nlcN2O_2 =
{
	60.30274,
	1.034566,
	-0.192997,
	0.012540,
	-6.860254,
	48.61390,
	272.5002,
	82.04824
};


// NH3
// Temperature (K)	298. - 1400.
/*static const*/ t_nlc nlcNH3_1 =
{
	19.99563,
	49.77119,
	-15.37599,
	1.921168,
	0.189174,
	-53.30667,
	203.8591,
	-45.89806
};

// Temperature (K)	1400. - 6000.
/*static const*/ t_nlc nlcNH3_2 =
{
	52.02427,
	18.48801,
	-3.765128,
	0.248541,
	-12.45799,
	-85.53895,
	223.8022,
	-45.89806
};


// HCN
// Temperature (K)	298. - 1200.
/*static const*/ t_nlc nlcHCN_1 =
{
	32.69373,
	22.59205,
	-4.369142,
	-0.407697,
	-0.282399,
	123.4811,
	233.2597,
	135.1432,
};

// Temperature (K)	1200. - 6000.
/*static const*/ t_nlc nlcHCN_2 =
{
	52.36527,
	5.563298,
	-0.953224,
	0.056711,
	-7.564086,
	103.8523,
	244.8448,
	135.1432,
};


// H2S
// Temperature (K)	298. - 1400.
/*static const*/ t_nlc nlcH2S_1 =
{
	26.88412,
	18.67809,
	3.434203,
	-3.378702,
	0.135882,
	-28.91211,
	233.3747,
	-20.50202
};

// Temperature (K)	1400. - 6000.
/*static const*/ t_nlc nlcH2S_2 =
{
	51.22136,
	4.147486,
	-0.643566,
	0.041621,
	-10.46385,
	-55.87606,
	243.6900,
	-20.50202
};


// C2H2
// Temperature (K)	298. - 1100.
/*static const*/ t_nlc nlcC2H2_1 =
{
	40.68697,
	40.73279,
	-16.17840,
	3.669741,
	-0.658411,
	210.7067,
	235.0052,
	226.7314
};

// Temperature (K)	1100. - 6000.
/*static const*/ t_nlc nlcC2H2_2 =
{
	67.47244,
	11.75110,
	-2.021470,
	0.136195,
	-9.806418,
	185.4550,
	253.5337,
	226.7314
};


// C2H4
// Temperature (K)	298. - 1200.
/*static const*/ t_nlc nlcC2H4_1 =
{
	-6.387880,
	184.4019,
	-112.9718,
	28.49593,
	0.315540,
	48.17332,
	163.1568,
	52.46694
};

// Temperature (K)	1200. - 6000.
/*static const*/ t_nlc nlcC2H4_2 =
{
	106.5104,
	13.73260,
	-2.628481,
	0.174595,
	-26.14469,
	-35.36237,
	275.0424,
	52.4669
};

// SiO2, solid
// Temperature (K)	298. - 847.
/*static const*/ t_nlc nlcSiO2_1 =
{
	-6.076591,
	251.6755,
	-324.7964,
	168.5604,
	0.002548,
	-917.6893,
	-27.96962,
	-910.8568
};

// Temperature (K)	847. - 1996.
/*static const*/ t_nlc nlcSiO2_2 =
{
	58.75340,
	10.27925,
	-0.131384,
	0.025210,
	0.025601,
	-929.3292,
	105.8092,
	-910.8568
};
// Al2O3, solid
// Temperature (K)	298. - 2327.
/*static const*/ t_nlc nlcAl2O3 =
{
	102.4290,
	38.74980,
	-15.91090,
	2.628181,
	-3.007551,
	-1717.930,
	146.9970,
	-1675.690
};

// Fe2O3, solid
//  Temperature (K)	298. - 950.
/*static const*/ t_nlc nlcFe2O3_1 =
{
	93.43834,
	108.3577,
	-50.86447,
	25.58683,
	-1.611330,
	-863.2094,
	161.0719,
	-825.5032
};

//  Temperature (K)	950. - 1050.
/*static const*/ t_nlc nlcFe2O3_2 =
{
	150.6240,
	0.000000,
	0.000000,
	0.000000,
	0.000000,
	-875.6066,
	252.8814,
	-825.5032
};

//  Temperature (K)	1050. - 2500.
/*static const*/ t_nlc nlcFe2O3_3 =
{
	110.9362,
	32.04714,
	-9.192333,
	0.901506,
	5.433677,
	-843.1471,
	228.3548,
	-825.5032
};

// TiO2, solid
// Temperature (K)	298. - 2000.
/*static const*/ t_nlc nlcTiO2 =
{
	67.29830,
	18.70940,
	-11.57900,
	2.449561,
	-1.485471,
	-964.5140,
	117.8630,
	-938.7220
};

// CaO, solid
// Temperature (K)	298. - 3200.
/*static const*/ t_nlc nlcCaO =
{
	49.95403,
	4.887916,
	-0.352056,
	0.046187,
	-0.825097,
	-652.9718,
	92.56096,
	-635.0894
};

// Na2O, solid
// Temperature (K)	298. - 1023.
/*static const*/ t_nlc nlcNa2O_1 =
{
	25.57540,
	177.7100,
	-166.3350,
	57.61160,
	0.338149,
	-431.0160,
	61.79400,
	-417.9820
};

// Temperature (K)	1023. - 1243.
/*static const*/ t_nlc nlcNa2O_2 =
{
	-125.7730,
	302.0740,
	-140.6420,
	21.32400,
	38.28310,
	-301.6530,
	-42.66700,
	-417.9820
};

// Temperature (K)	1243. - 1405.
/*static const*/ t_nlc nlcNa2O_3 =
{
	2240.950,
	-3209.970,
	1803.690,
	-359.0730,
	-386.2480,
	-1877.630,
	2421.660,
	-417.9820
};

// K2O, solid
// Temperature (K)	298. - 700.
/*static const*/ t_nlc nlcK2O_1 =
{
	245.0104,
	-567.0492,
	778.7219,
	-346.2641,
	-4.653361,
	-432.8599,
	501.8708,
	-363.1712
};

// Temperature (K)	2700. - 2000.
/*static const*/ t_nlc nlcK2O_2 =
{
	72.55098,
	41.39097,
	-0.728497,
	0.218564,
	0.066026,
	-386.1610,
	170.5629,
	-363.1712
};

// MgO, solid
// Temperature (K)	298. - 3105.
/*static const*/ t_nlc nlcMgO =
{
	47.25995,
	5.681621,
	-0.872665,
	0.104300,
	-1.053955,
	-619.1316,
	76.46176,
	-601.2408
};

// C, carbon
// Temperature (K)	298. - 6000.
/*static const*/ t_nlc nlcC =
{
	21.17510,
	-0.812428,
	0.448537,
	-0.043256,
	-0.013103,
	710.3470,
	183.8734,
	716.6690,
};

// Ca(OH)2
// Temperature (K)	298. - 1000.
/*static const*/ t_nlc nlcCaOH_2 =
{
	130.8253,
	-82.69216,
	122.7690,
	-50.39210,
	-2.513146,
	-1030.841,
	247.1857,
	-986.0851
};


//---------------------------------------------------------------------------
THERMO_END

#endif