[Header]
Format=SMU
ver=3
appl=GUMWB32
MR=0
FUEB=0

[Title]
Title='Spectrophotometric determination of nitrite ion'
Description=57
Description[0]='SCOPE AND FIELD OF APPLIATION: The present method is used for the determination'
Description[1]='of nitrite ion in seawaters, surface water and in waste waters. The'
Description[2]='determination is carried out without previous treatment of the sample (i.e.'
Description[3]='filtration or conservation). Nitrite concentrations from 0,002 to 0,6 N/l can'
Description[4]='be measured.'
Description[5]=''
Description[6]='PRINCIPLE: The method is based on the reaction of nitrite ions with'
Description[7]='sulfanylamide in acidic medium and the diazo compound obtained further reacts'
Description[8]='with diamine yielding in an azo color. The nitrite ion concentration is'
Description[9]='determined by measuring the absorbance of the azo color at 540-545 nm.'
Description[10]=''
Description[11]='The values of uncertainty components of volumetric ware and spectrophotometric'
Description[12]='equipment are taken according to our experience, experiments carried out in our'
Description[13]='lab and data from equipment manufactures. The users of these examples are'
Description[14]='advised to use these data only as the first approximation and to substitute'
Description[15]='these uncertainty estimates by their own data that corresponds to the actual'
Description[16]='situation in their labs.'
Description[17]=''
Description[18]='***Preparation of nitrite ion stock solution***'
Description[19]=''
Description[20]='54.3 mg of sodium nitrite (mNaNO2) was weighed, dissolved in distilled water'
Description[21]='and then transferred to a 100 ml volumetric flask (V_100\us\1) and made up to'
Description[22]='to the mark with distilled water.'
Description[23]=''
Description[24]='***Preparation of nitrite ion stnadard solution****'
Description[25]=''
Description[26]='10 ml of nitrite ion stock solution (V_10) was transferred to a 100 ml'
Description[27]='volumetric flask (V_100\us\2) and made up to the mark with distilled water.'
Description[28]=''
Description[29]='***Preparation of calibration standard solutions***'
Description[30]=''
Description[31]='First a series of calibration standard solution containing 0.2, 0.7, 1.0, 1.2,'
Description[32]='1.4, 1.6 ml of nitrite ion standard solution (V_1\us\st, V_2\us\st, V_3\us\st,'
Description[33]='V_4\us\st, V_5\us\st, V_6\us\st) were prepared in 50 ml volumetric flasks'
Description[34]='(V_50\us\1, V_50\us\2, V_50\us\3, V_50\us\4, V_50\us\5, V_50\us\6). The flasks'
Description[35]='were then made up to the mark with distilled water. Then 25 ml of each solution'
Description[36]='(V_25\us\1, V_25\us\2, V_25\us\3, V_25\us\4, V_25\us\5, V_25\us\6) is measured'
Description[37]='with graduated cylinder. 0.5 ml of sulphanylamide (V_sul\us\1, V_sul\us\2,'
Description[38]='V_sul\us\3, V_sul\us\4, V_sul\us\5, V_sul\us\6) is added to each graduated'
Description[39]='cylinder and after the solutions have been left to stand for 3 minutes, 0.5 ml'
Description[40]='of diamine (V_diam\us\1, V_diam\us\2, V_diam\us\3, V_diam\us\4, V_diam\us\5,'
Description[41]='V_diam\us\6) is added to each graduated cylinder. The absorbances of these'
Description[42]='solutions are then measured spectophotometrically using cells with 5 mm optical'
Description[43]='path length.'
Description[44]=''
Description[45]='***Preparation of the sample***'
Description[46]=''
Description[47]='25 ml of sample are measured with a graduated cylinder (V_25), then 0.5 ml of'
Description[48]='sulphanylamide (V_sul) is added and the solution is allowed to stand for 3'
Description[49]='minutes. After that 0.5 ml of diamine (V_diam) is added additionally. The'
Description[50]='absorbance of the sample solution is then measured spectophotometrically using'
Description[51]='cells with 5 mm optical path length.'
Description[52]=''
Description[53]='This example corresponds to "normal" samples that are neither very problematic'
Description[54]='nor too easy. For problematic samples the uncertainty may be significantly'
Description[55]='(several times!) higher! Please seet the paper L.Sooväli, E.-I. Rõõm, A. Kütt,'
Description[56]='I. Kaljurand, I. Leito. Accred. Qual.Assur. 2006.'

[Model]
Model=145
Model[0]='{The main equation}'
Model[1]=''
Model[2]='C_NO3=((A_sample-b_0)*(V_25+V_sul+V_diam)*1000)/(b_1*26);'
Model[3]=''
Model[4]='{For the determination 25 ml of sample is measured with a graduated cylinder, 0.5 ml of  sulphanylamide is added. The solution is left to stand'
Model[5]='for 3 minutes and then 0.5 ml of diamine is added. The absorbance of the sample solution is measured spectrophotometrically  at 540.10 nm'
Model[6]='using cells with 5 mm path length.}'
Model[7]=''
Model[8]='V_25=V_25\us\cal+V_25\us\rep+V_25\us\tem;'
Model[9]='V_25\us\tem=V_25\us\cal*\Delta\t*y;'
Model[10]=''
Model[11]='V_sul=V_sul\us\cal+V_sul\us\rep+V_sul\us\tem;'
Model[12]='V_diam=V_diam\us\cal+V_diam\us\rep+V_diam\us\tem;'
Model[13]=''
Model[14]='{The regression eqations for finding the slope (b_1) and intercept (b_0) of the calibration line}'
Model[15]=''
Model[16]='\Sigma\CA=C_1*A_1+C_2*A_2+C_3*A_3+C_4*A_4+C_5*A_5+C_6*A_6;'
Model[17]='AvgC=(C_1+C_2+C_3+C_4+C_5+C_6)/n;'
Model[18]='AvgA=(A_1+A_2+A_3+A_4+A_5+A_6)/n;'
Model[19]='\Sigma\CC=C_1*C_1+C_2*C_2+C_3*C_3+C_4*C_4+C_5*C_5+C_6*C_6;'
Model[20]='b_1=(\Sigma\CA-n*AvgC*AvgA)/(\Sigma\CC-n*AvgC*AvgC);'
Model[21]='b_0=AvgA-b_1*AvgC;'
Model[22]=''
Model[23]='{Uncertainties of absorbances'
Model[24]='It is assumed that the sample absorbance has 6 uncertainty components:'
Model[25]='- repeatability uncertainty (included in A_sample\us\rep)'
Model[26]='- uncertainty due to drift (A_sample\us\drift) (mostly chemical drift is important in this particular case);'
Model[27]='- uncertainty due to calibration graph nonlinearity (A_sample\us\nonlin)'
Model[28]='- uncertainty due to calibration graph nonlinearity (A_sample\us\interf)'
Model[29]='- uncertainty due to calibration graph nonlinearity (A_sample\us\mismatch)'
Model[30]='- uncertainty due to rounding of the reading (A_sample\us\round) (The photometer used in this example has three decimal places'
Model[31]='Some of these components may introduce zero uncertainty. Their quantification is described in the "List of quantities" section.'
Model[32]='The absorbance of blank is not subtracted but all the measurements are made against blank}'
Model[33]=''
Model[34]='A_sample = A_sample\us\rep + A_sample\us\drift + A_sample\us\nonlin + A_sample\us\interf + A_sample\us\mismatch + A_sample\us\round;'
Model[35]=''
Model[36]='{Absorbances of calibration standard solutions}'
Model[37]=''
Model[38]='A_1=A_1rep+A_1drift+A_1round;'
Model[39]='A_2=A_2rep+A_2drift+A_2round;'
Model[40]='A_3=A_3rep+A_3drift+A_3round;'
Model[41]='A_4=A_4rep+A_4drift+A_4round;'
Model[42]='A_5=A_5rep+A_5drift+A_5round;'
Model[43]='A_6=A_6rep+A_6drift+A_6round;'
Model[44]=''
Model[45]='{Preparation of calibation standard solutions in 25 ml graduated cylinders. 0.2 to 1.6 ml of the nitrite standard solution is transferred to 50 ml volumetric'
Model[46]='flasks and filled up to the mark. Then 25 ml of each solution are measured with a graduated cylinder and 0.5 ml of sulphanylamide are '
Model[47]='added to each graduated cylinder. After 3 minutes 0.5 ml of diamine solution is added to the cylinders. The absorbances of the solutions are '
Model[48]='measured at 540.10 nm using cells with optical pathlength 5 cm.}'
Model[49]=''
Model[50]='C_1=(V_1\us\st*C_standard*(V_25\us\1+V_sul\us\1+V_diam\us\1))/(V_50\us\1*26);'
Model[51]='C_2=(V_2\us\st*C_standard*(V_25\us\2+V_sul\us\2+V_diam\us\2))/(V_50\us\2*26);'
Model[52]='C_3=(V_3\us\st*C_standard*(V_25\us\3+V_sul\us\3+V_diam\us\3))/(V_50\us\3*26);'
Model[53]='C_4=(V_4\us\st*C_standard*(V_25\us\4+V_sul\us\4+V_diam\us\4))/(V_50\us\4*26);'
Model[54]='C_5=(V_5\us\st*C_standard*(V_25\us\5+V_sul\us\5+V_diam\us\5))/(V_50\us\5*26);'
Model[55]='C_6=(V_6\us\st*C_standard*(V_25\us\6+V_sul\us\6+V_diam\us\6))/(V_50\us\6*26);'
Model[56]=''
Model[57]='{Uncertainties of the volumes graduated cylinders used for the preparation of calibration standard solutions}'
Model[58]=''
Model[59]='V_25\us\1=V_1\us\25\us\cal+V_1\us\25\us\rep+V_25\us\1\us\tem;'
Model[60]='V_25\us\2=V_2\us\25\us\cal+V_2\us\25\us\rep+V_25\us\2\us\tem;'
Model[61]='V_25\us\3=V_3\us\25\us\cal+V_3\us\25\us\rep+V_25\us\3\us\tem;'
Model[62]='V_25\us\4=V_4\us\25\us\cal+V_4\us\25\us\rep+V_25\us\4\us\tem;'
Model[63]='V_25\us\5=V_5\us\25\us\cal+V_5\us\25\us\rep+V_25\us\5\us\tem;'
Model[64]='V_25\us\6=V_6\us\25\us\cal+V_6\us\25\us\rep+V_25\us\6\us\tem;'
Model[65]=''
Model[66]='V_25\us\1\us\tem=V_1\us\25\us\cal*\Delta\t*y;'
Model[67]='V_25\us\2\us\tem=V_2\us\25\us\cal*\Delta\t*y;'
Model[68]='V_25\us\3\us\tem=V_3\us\25\us\cal*\Delta\t*y;'
Model[69]='V_25\us\4\us\tem=V_4\us\25\us\cal*\Delta\t*y;'
Model[70]='V_25\us\5\us\tem=V_5\us\25\us\cal*\Delta\t*y;'
Model[71]='V_25\us\6\us\tem=V_6\us\25\us\cal*\Delta\t*y;'
Model[72]=''
Model[73]='{Uncertainties of the volumes of pipettes used for transferring 0.5 ml of sulphanylamide solution to calibration standard solutions}'
Model[74]=''
Model[75]='V_sul\us\1=V_sul\us\1\us\cal+V_sul\us\1\us\rep+V_sul\us\1\us\tem;'
Model[76]='V_sul\us\2=V_sul\us\2\us\cal+V_sul\us\2\us\rep+V_sul\us\2\us\tem;'
Model[77]='V_sul\us\3=V_sul\us\3\us\cal+V_sul\us\3\us\rep+V_sul\us\3\us\tem;'
Model[78]='V_sul\us\4=V_sul\us\4\us\cal+V_sul\us\4\us\rep+V_sul\us\4\us\tem;'
Model[79]='V_sul\us\5=V_sul\us\5\us\cal+V_sul\us\5\us\rep+V_sul\us\5\us\tem;'
Model[80]='V_sul\us\6=V_sul\us\6\us\cal+V_sul\us\6\us\rep+V_sul\us\6\us\tem;'
Model[81]=''
Model[82]='{Uncertainties of the volumes of pipettes used for transferring 0.5 ml of diamine solution to calibration standard solutions}'
Model[83]=''
Model[84]='V_diam\us\1=V_diam\us\1\us\cal+V_diam\us\1\us\rep+V_diam\us\1\us\tem;'
Model[85]='V_diam\us\2=V_diam\us\2\us\cal+V_diam\us\2\us\rep+V_diam\us\2\us\tem;'
Model[86]='V_diam\us\3=V_diam\us\3\us\cal+V_diam\us\3\us\rep+V_diam\us\3\us\tem;'
Model[87]='V_diam\us\4=V_diam\us\4\us\cal+V_diam\us\4\us\rep+V_diam\us\4\us\tem;'
Model[88]='V_diam\us\5=V_diam\us\5\us\cal+V_diam\us\5\us\rep+V_diam\us\5\us\tem;'
Model[89]='V_diam\us\6=V_diam\us\6\us\cal+V_diam\us\6\us\rep+V_diam\us\6\us\tem;'
Model[90]=''
Model[91]=''
Model[92]='{Uncertainties of the volumes of nitrite standard solution transferred to 50 ml volumetric flasks}'
Model[93]=''
Model[94]='V_1\us\st=V_1\us\st\us\cal+V_1\us\st\us\rep+V_1\us\st\us\tem;'
Model[95]='V_2\us\st=V_2\us\st\us\cal+V_2\us\st\us\rep+V_2\us\st\us\tem;'
Model[96]='V_3\us\st=V_3\us\st\us\cal+V_3\us\st\us\rep+V_3\us\st\us\tem;'
Model[97]='V_4\us\st=V_4\us\st\us\cal+V_4\us\st\us\rep+V_4\us\st\us\tem;'
Model[98]='V_5\us\st=V_5\us\st\us\cal+V_5\us\st\us\rep+V_5\us\st\us\tem;'
Model[99]='V_6\us\st=V_6\us\st\us\cal+V_6\us\st\us\rep+V_6\us\st\us\tem;'
Model[100]=''
Model[101]=''
Model[102]='{Uncertainties of the volumes of 50 ml volumetric flasks}'
Model[103]=''
Model[104]='V_50\us\1=V_50\us\1\us\cal+V_50\us\1\us\rep+V_50\us\1\us\tem;'
Model[105]='V_50\us\2=V_50\us\2\us\cal+V_50\us\2\us\rep+V_50\us\2\us\tem;'
Model[106]='V_50\us\3=V_50\us\3\us\cal+V_50\us\3\us\rep+V_50\us\3\us\tem;'
Model[107]='V_50\us\4=V_50\us\4\us\cal+V_50\us\4\us\rep+V_50\us\4\us\tem;'
Model[108]='V_50\us\5=V_50\us\5\us\cal+V_50\us\5\us\rep+V_50\us\5\us\tem;'
Model[109]='V_50\us\6=V_50\us\6\us\cal+V_50\us\6\us\rep+V_50\us\6\us\tem;'
Model[110]=''
Model[111]='{Temperature uncertainty components of the 50 ml volumetric flasks where the calibration standard solutions were made}'
Model[112]=''
Model[113]='V_50\us\1\us\tem=V_50\us\1\us\cal*\Delta\t*y;'
Model[114]='V_50\us\2\us\tem=V_50\us\2\us\cal*\Delta\t*y;'
Model[115]='V_50\us\3\us\tem=V_50\us\3\us\cal*\Delta\t*y;'
Model[116]='V_50\us\4\us\tem=V_50\us\4\us\cal*\Delta\t*y;'
Model[117]='V_50\us\5\us\tem=V_50\us\5\us\cal*\Delta\t*y;'
Model[118]='V_50\us\6\us\tem=V_50\us\6\us\cal*\Delta\t*y;'
Model[119]=''
Model[120]=''
Model[121]='{Nitrite ion stock solution. Prepared from sodium nitrite.}'
Model[122]=''
Model[123]='C_stock=(m_NaNO2*M_N)/(M_NaNO2* V_100\us\1);'
Model[124]=''
Model[125]='{Uncertainty of weighing'
Model[126]='It is assumed that weighing has 3 uncertainty components (on the example of m_NaNO2):'
Model[127]='- repeatability of weighing (included in m_NaNO2\us\rep)'
Model[128]='- drift of the balance (m_NaNO2\us\drift)'
Model[129]='- uncertainty due to rounding of the reading (m_NaNO2\us\round)}'
Model[130]=''
Model[131]='m_NaNO2=m_NaNO2\us\rep+m_NaNO2\us\drift+m_NaNO2\us\round;'
Model[132]=''
Model[133]='V_100\us\1=V_100\us\1\us\cal+V_100\us\1\us\rep+V_100\us\1\us\tem;'
Model[134]='V_100\us\1\us\tem=V_100\us\1\us\cal*\Delta\t*y;'
Model[135]=''
Model[136]='{Nitrite ion standard solution. Prepared from nitrite ion stock solution. The standard solution is further used for the preparation of the calibration standard solutions}'
Model[137]=''
Model[138]='C_standard=(C_stock*V_10)/(V_100\us\2);'
Model[139]=''
Model[140]='V_100\us\2=V_100\us\2\us\cal+V_100\us\2\us\rep+V_100\us\2\us\tem;'
CE=1
CTC=1
Model[141]='V_100\us\2\us\tem=V_100\us\2\us\cal*\Delta\t*y;'
Model[142]=''
Model[143]='V_10=V_10\us\cal+V_10\us\rep+V_10\us\tem;'
Model[144]=''

[Components]
CompOrder=3
Comp=199
Comp[0]=C_NO3_
Comp[1]=A_sample_
Comp[2]=b_0_
Comp[3]=V_25_
Comp[4]=V_sul_
Comp[5]=V_diam_
Comp[6]=b_1_
Comp[7]=V_25\us\cal_
Comp[8]=V_25\us\rep_
Comp[9]=V_25\us\tem_
Comp[10]=\Delta\t
Comp[11]=y
Comp[12]=V_sul\us\cal_
Comp[13]=V_sul\us\rep_
Comp[14]=V_sul\us\tem_
Comp[15]=V_diam\us\cal_
Comp[16]=V_diam\us\rep_
Comp[17]=V_diam\us\tem_
Comp[18]=\Sigma\CA
Comp[19]=C_1_
Comp[20]=A_1_
Comp[21]=C_2_
Comp[22]=A_2_
Comp[23]=C_3_
Comp[24]=A_3_
Comp[25]=C_4_
Comp[26]=A_4_
Comp[27]=C_5_
Comp[28]=A_5_
Comp[29]=C_6_
Comp[30]=A_6_
Comp[31]=AvgC
Comp[32]=n
Comp[33]=AvgA
Comp[34]=\Sigma\CC
Comp[35]=A_sample\us\rep_
Comp[36]=A_sample\us\drift_
Comp[37]=A_sample\us\nonlin_
Comp[38]=A_sample\us\interf_
Comp[39]=A_sample\us\mismatch_
Comp[40]=A_sample\us\round_
Comp[41]=A_1rep_
Comp[42]=A_1drift_
Comp[43]=A_1round_
Comp[44]=A_2rep_
Comp[45]=A_2drift_
Comp[46]=A_2round_
Comp[47]=A_3rep_
Comp[48]=A_3drift_
Comp[49]=A_3round_
Comp[50]=A_4rep_
Comp[51]=A_4drift_
Comp[52]=A_4round_
Comp[53]=A_5rep_
Comp[54]=A_5drift_
Comp[55]=A_5round_
Comp[56]=A_6rep_
Comp[57]=A_6drift_
Comp[58]=A_6round_
Comp[59]=V_1\us\st_
Comp[60]=C_standard_
Comp[61]=V_25\us\1_
Comp[62]=V_sul\us\1_
Comp[63]=V_diam\us\1_
Comp[64]=V_50\us\1_
Comp[65]=V_2\us\st_
Comp[66]=V_25\us\2_
Comp[67]=V_sul\us\2_
Comp[68]=V_diam\us\2_
Comp[69]=V_50\us\2_
Comp[70]=V_3\us\st_
Comp[71]=V_25\us\3_
Comp[72]=V_sul\us\3_
Comp[73]=V_diam\us\3_
Comp[74]=V_50\us\3_
Comp[75]=V_4\us\st_
Comp[76]=V_25\us\4_
Comp[77]=V_sul\us\4_
Comp[78]=V_diam\us\4_
Comp[79]=V_50\us\4_
Comp[80]=V_5\us\st_
Comp[81]=V_25\us\5_
Comp[82]=V_sul\us\5_
Comp[83]=V_diam\us\5_
Comp[84]=V_50\us\5_
Comp[85]=V_6\us\st_
Comp[86]=V_25\us\6_
Comp[87]=V_sul\us\6_
Comp[88]=V_diam\us\6_
Comp[89]=V_50\us\6_
Comp[90]=V_1\us\25\us\cal_
Comp[91]=V_1\us\25\us\rep_
Comp[92]=V_25\us\1\us\tem_
Comp[93]=V_2\us\25\us\cal_
Comp[94]=V_2\us\25\us\rep_
Comp[95]=V_25\us\2\us\tem_
Comp[96]=V_3\us\25\us\cal_
Comp[97]=V_3\us\25\us\rep_
Comp[98]=V_25\us\3\us\tem_
Comp[99]=V_4\us\25\us\cal_
Comp[100]=V_4\us\25\us\rep_
Comp[101]=V_25\us\4\us\tem_
Comp[102]=V_5\us\25\us\cal_
Comp[103]=V_5\us\25\us\rep_
Comp[104]=V_25\us\5\us\tem_
Comp[105]=V_6\us\25\us\cal_
Comp[106]=V_6\us\25\us\rep_
Comp[107]=V_25\us\6\us\tem_
Comp[108]=V_sul\us\1\us\cal_
Comp[109]=V_sul\us\1\us\rep_
Comp[110]=V_sul\us\1\us\tem_
Comp[111]=V_sul\us\2\us\cal_
Comp[112]=V_sul\us\2\us\rep_
Comp[113]=V_sul\us\2\us\tem_
Comp[114]=V_sul\us\3\us\cal_
Comp[115]=V_sul\us\3\us\rep_
Comp[116]=V_sul\us\3\us\tem_
Comp[117]=V_sul\us\4\us\cal_
Comp[118]=V_sul\us\4\us\rep_
Comp[119]=V_sul\us\4\us\tem_
Comp[120]=V_sul\us\5\us\cal_
Comp[121]=V_sul\us\5\us\rep_
Comp[122]=V_sul\us\5\us\tem_
Comp[123]=V_sul\us\6\us\cal_
Comp[124]=V_sul\us\6\us\rep_
Comp[125]=V_sul\us\6\us\tem_
Comp[126]=V_diam\us\1\us\cal_
Comp[127]=V_diam\us\1\us\rep_
Comp[128]=V_diam\us\1\us\tem_
Comp[129]=V_diam\us\2\us\cal_
Comp[130]=V_diam\us\2\us\rep_
Comp[131]=V_diam\us\2\us\tem_
Comp[132]=V_diam\us\3\us\cal_
Comp[133]=V_diam\us\3\us\rep_
Comp[134]=V_diam\us\3\us\tem_
Comp[135]=V_diam\us\4\us\cal_
Comp[136]=V_diam\us\4\us\rep_
Comp[137]=V_diam\us\4\us\tem_
Comp[138]=V_diam\us\5\us\cal_
Comp[139]=V_diam\us\5\us\rep_
Comp[140]=V_diam\us\5\us\tem_
Comp[141]=V_diam\us\6\us\cal_
Comp[142]=V_diam\us\6\us\rep_
Comp[143]=V_diam\us\6\us\tem_
Comp[144]=V_1\us\st\us\cal_
Comp[145]=V_1\us\st\us\rep_
Comp[146]=V_1\us\st\us\tem_
Comp[147]=V_2\us\st\us\cal_
Comp[148]=V_2\us\st\us\rep_
Comp[149]=V_2\us\st\us\tem_
Comp[150]=V_3\us\st\us\cal_
Comp[151]=V_3\us\st\us\rep_
Comp[152]=V_3\us\st\us\tem_
Comp[153]=V_4\us\st\us\cal_
Comp[154]=V_4\us\st\us\rep_
Comp[155]=V_4\us\st\us\tem_
Comp[156]=V_5\us\st\us\cal_
Comp[157]=V_5\us\st\us\rep_
Comp[158]=V_5\us\st\us\tem_
Comp[159]=V_6\us\st\us\cal_
Comp[160]=V_6\us\st\us\rep_
Comp[161]=V_6\us\st\us\tem_
Comp[162]=V_50\us\1\us\cal_
Comp[163]=V_50\us\1\us\rep_
Comp[164]=V_50\us\1\us\tem_
Comp[165]=V_50\us\2\us\cal_
Comp[166]=V_50\us\2\us\rep_
Comp[167]=V_50\us\2\us\tem_
Comp[168]=V_50\us\3\us\cal_
Comp[169]=V_50\us\3\us\rep_
Comp[170]=V_50\us\3\us\tem_
Comp[171]=V_50\us\4\us\cal_
Comp[172]=V_50\us\4\us\rep_
Comp[173]=V_50\us\4\us\tem_
Comp[174]=V_50\us\5\us\cal_
Comp[175]=V_50\us\5\us\rep_
Comp[176]=V_50\us\5\us\tem_
Comp[177]=V_50\us\6\us\cal_
Comp[178]=V_50\us\6\us\rep_
Comp[179]=V_50\us\6\us\tem_
Comp[180]=C_stock_
Comp[181]=m_NaNO2_
Comp[182]=M_N_
Comp[183]=M_NaNO2_
Comp[184]=V_100\us\1_
Comp[185]=m_NaNO2\us\rep_
Comp[186]=m_NaNO2\us\drift_
Comp[187]=m_NaNO2\us\round_
Comp[188]=V_100\us\1\us\cal_
Comp[189]=V_100\us\1\us\rep_
Comp[190]=V_100\us\1\us\tem_
Comp[191]=V_10_
Comp[192]=V_100\us\2_
Comp[193]=V_100\us\2\us\cal_
Comp[194]=V_100\us\2\us\rep_
Comp[195]=V_100\us\2\us\tem_
Comp[196]=V_10\us\cal_
Comp[197]=V_10\us\rep_
Comp[198]=V_10\us\tem_

[COMP 0]
Type=Result
Definition='Concentration of nitrite in the sample solution'
Unit='mg/l'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.284754234097977
Ustd=0.0105387249967257
Neff=357
HB=1
HC=0
HR=1
IO=0

[COMP 1]
Type=Temp
Definition='Absorbance of the sample solution'
Unit='AU'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.99569
Ustd=0.0327344942719657
Neff=231
HB=0
HC=0
HR=0
IO=0

[COMP 2]
Type=Temp
Definition='Intercept of calibration line'
Unit='AU'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.00600707632600259
Ustd=0.00968564902029048
Neff=421
HB=0
HC=0
HR=0
IO=0

[COMP 3]
Type=Temp
Definition='Volume of the sample graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=25
Ustd=0.290998854522373
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 4]
Type=Temp
Definition='Volume of the sulphanylamide solution added to the sample'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.5
Ustd=0.00511321395992775
Neff=59
HB=0
HC=0
HR=0
IO=0

[COMP 5]
Type=Temp
Definition='Volume of the diamine solution added to the sample'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.5
Ustd=0.00511321395992775
Neff=59
HB=0
HC=0
HR=0
IO=0

[COMP 6]
Type=Temp
Definition='Slope of calibration line'
Unit='AU/(mg/ml)'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=3475.56877181841
Ustd=64.5655776768068
Neff=332
HB=0
HC=0
HR=0
IO=0

[COMP 7]
Type=TypBRectang
Definition='Calibration uncertainty of the sample graduated cylinder'
Unit='ml'
Description=0
Vnom=25,0
Hlim=0,5

[COMP 8]
Type=TypBRectang
Definition='Uncertainty of measuring 25 ml of sample with the graduated cylinder'
Unit='ml'
Description=1
Description[0]='This uncertainty correspond more or less to the value ±2 drop'
Vnom=0
Hlim=0,06

[COMP 9]
Type=Temp
Definition='Temperature uncertainty of the volume of sample graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0121243556529821
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 10]
Type=TypBRectang
Definition='Difference of the actual laboratory temperature from 20 degrees centigrade'
Unit='ºC'
Description=0
Vnom=0
Hlim=4

[COMP 11]
Type=TypBRectang
Definition='The coefficient of volume expansion of water'
Unit='1/ºC'
Description=0
Vnom=0.00021
Hlim=0

[COMP 12]
Type=TypBNormal
Definition='Calibration uncertainty of the pipette with which 0.5 ml of sulphanylamide solution was added'
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,001541
Fcov=1

[COMP 13]
Type=TypBNormal
Definition='Repeatability uncertainty of the pipette with which 0.5 ml of sulphanylamide solution was added'
Unit='ml'
Description=2
Description[0]='Estimate of uncertainty due to repeatability of the volume of the'
Description[1]='sulphanylamide solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,004874
Fcov=1

[COMP 14]
Type=TypBNormal
Definition='Temperature uncertainty of the pipette with which 0.5 ml of sulphanylamide solution was added'
Unit='ml'
Description=0
Vnom=0
Uexp=0,00012
Fcov=1

[COMP 15]
Type=TypBNormal
Definition='Calibration uncertainty of the pipette with which 0.5 ml of diamine solution was added'
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,001541
Fcov=1

[COMP 16]
Type=TypBNormal
Definition='Repeatability uncertainty of the pipette with which 0.5 ml of diamine solution was added'
Unit='ml'
Description=2
Description[0]='Estimate of uncertainty due to repeatability of the volume of diamine solution'
Description[1]='is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,004874
Fcov=1

[COMP 17]
Type=TypBNormal
Definition='Temperature uncertainty of the pipette with which 0.5 ml of diamine solution was added'
Unit='ml'
Description=0
Vnom=0
Uexp=0,00012
Fcov=1

[COMP 18]
Type=Temp
Definition='Interim quantity for regression analysis'
Unit='AU*mg/l'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.00127201070956522
Ustd=1.53526859473156E-5
Neff=273
HB=0
HC=0
HR=0
IO=0

[COMP 19]
Type=Temp
Definition='Concentration of the 1. nitrite calibration standard solution'
Unit='mg/ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=4.40695652173913E-5
Ustd=1.27689244332891E-6
Neff=98
HB=0
HC=0
HR=0
IO=0

[COMP 20]
Type=Temp
Definition='Absorbance of the 1. nitrite calibration standard solution '
Unit='AU'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.15621
Ustd=0.00158292830705658
Neff=58
HB=1
HC=0
HR=1
IO=0

[COMP 21]
Type=Temp
Definition='Concentration of the 2. nitrite calibration standard solution '
Unit='mg/ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.00015424347826087
Ustd=2.38580926586228E-6
Neff=538
HB=0
HC=0
HR=0
IO=0

[COMP 22]
Type=Temp
Definition='Absorbance of the 2. nitrite calibration standard solution'
Unit='AU'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.55078
Ustd=0.00764221133216322
Neff=50
HB=1
HC=0
HR=1
IO=0

[COMP 23]
Type=Temp
Definition='Concentration of the 3. nitrite calibration standard solution'
Unit='mg/ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.000220347826086957
Ustd=3.20862404567503E-6
Neff=639
HB=0
HC=0
HR=0
IO=0

[COMP 24]
Type=Temp
Definition='Absorbance of the 3. nitrite calibration standard solution'
Unit='AU'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.76408
Ustd=0.0109449671364068
Neff=50
HB=1
HC=0
HR=1
IO=0

[COMP 25]
Type=Temp
Definition='Concentration of the 4. nitrite calibration standard solution'
Unit='mg/ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.000264417391304348
Ustd=3.78282559772057E-6
Neff=646
HB=0
HC=0
HR=0
IO=0

[COMP 26]
Type=Temp
Definition='Absorbance of the 4. nitrite calibration standard solution'
Unit='AU'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.92726
Ustd=0.0134731494231347
Neff=50
HB=1
HC=0
HR=1
IO=0

[COMP 27]
Type=Temp
Definition='Concentration of the 5. nitrite calibrtion standard solution'
Unit='mg/ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.000308486956521739
Ustd=4.35926718553405E-6
Neff=642
HB=0
HC=0
HR=0
IO=0

[COMP 28]
Type=Temp
Definition='Absorbance of the 5. nitrite calibration standard solution'
Unit='AU'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=1.0786
Ustd=0.0158184493665972
Neff=50
HB=1
HC=0
HR=1
IO=0

[COMP 29]
Type=Temp
Definition='Concentration of the 6. nitrite calibration standard solution'
Unit='mg/ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.00035255652173913
Ustd=4.94153003800771E-6
Neff=635
HB=0
HC=0
HR=0
IO=0

[COMP 30]
Type=Temp
Definition='Absorbance of the 6. nitrite calibration standard solution'
Unit='AU'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=1.2307
Ustd=0.0181759204119324
Neff=50
HB=1
HC=0
HR=1
IO=0

[COMP 31]
Type=Temp
Definition='Interim quantity for regression statistics calculation'
Unit='mg/ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.000224020289855072
Ustd=2.10811201727173E-6
Neff=132
HB=0
HC=0
HR=0
IO=0

[COMP 32]
Type=TypBRectang
Definition='Number of points on the calibration line'
Unit='unitless'
Description=0
Vnom=6
Hlim=0

[COMP 33]
Type=Temp
Definition='Interim quantity for regression statistics calculation'
Unit='AU'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.784605
Ustd=0.00511754753614779
Neff=199
HB=0
HC=0
HR=0
IO=0

[COMP 34]
Type=Temp
Definition='Interim quantity for regression statistics calculation'
Unit='mg²/l²'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=3.63663201814745E-7
Ustd=7.02678093429284E-9
Neff=147
HB=0
HC=0
HR=0
IO=0

[COMP 35]
Type=TypASum
Definition='Value and repeatability uncertainty component of the absorbance of the sample solution'
Unit='AU'
Description=1
Vnom=0.99569
Uexp=0,014533195
Fcov=1
Description[0]='determined experimentally from 10 parallel measurements'
Ustd=0,014533195
Neff=9

[COMP 36]
Type=TypBRectang
Definition='Drift uncertainty component of the absorbance of the sample solution'
Unit='AU'
Description=2
Vnom=0
Uexp=0,000101724
Fcov=1
Description[0]='Here only the chemical drift is taken into account, because intrinsic drift is'
Description[1]='significantly lower. The uncertainty estimate corresponds to the worst case.'
Hlim=0.05

[COMP 37]
Type=TypBRectang
Definition=''
Unit=''
Description=2
Vnom=0
Uexp=0,000005
Fcov=1
Hlim=.009
Description[0]='This uncertainty component is estimated as the largest residual of the'
Description[1]='calibration line'

[COMP 38]
Type=TypBRectang
Definition=''
Unit=''
Description=3
Vnom=0
Uexp=0,000005
Fcov=1
Hlim=0
Description[0]='The determination is carried out at 540-545 nm using a complex with very'
Description[1]='intense color. Under these conditions it is safe to assume that interference'
Description[2]='from other components of the sample is negligible'

[COMP 39]
Type=TypBRectang
Definition=''
Unit=''
Description=2
Vnom=0
Uexp=0,001521255
Fcov=1
Hlim=0
Description[0]='The calibration solutions are processed the same way as the sample solution.'
Description[1]='This uncertainty component can be considered negligible.'

[COMP 40]
Type=TypBNormal
Definition='Rounding uncertainty component of the absorbance of the sample solution'
Unit='AU'
Description=0
Vnom=0
Uexp=0,000005
Fcov=1

[COMP 41]
Type=TypBNormal
Definition='Value and repeatability component of the absorbance of the 1. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0.15621
Uexp=0,001521255
Fcov=1

[COMP 42]
Type=TypBNormal
Definition='Drift uncertainty component of the absorbance of the 1. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0
Uexp=0,000437516
Fcov=1

[COMP 43]
Type=TypBNormal
Definition='Rounding uncertainty component of the absorbance of the 1. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0
Uexp=0,000005
Fcov=1

[COMP 44]
Type=TypBNormal
Definition='Value and repeatability component of the absorbance of the 2. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0.55078
Uexp=0,00763709
Fcov=1

[COMP 45]
Type=TypBNormal
Definition='Drift uncertainty component of the absorbance of the 2. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0
Uexp=0,000279688
Fcov=1

[COMP 46]
Type=TypBNormal
Definition='Rounding uncertainty component of the absorbance of the 2. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0
Uexp=0,000005
Fcov=1

[COMP 47]
Type=TypBNormal
Definition='Value and repeatability component of the absorbance of the 3. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0.76408
Uexp=0.01094324
Fcov=1

[COMP 48]
Type=TypBNormal
Definition='Drift uncertainty component of the absorbance of the 3. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0
Uexp=0,000194368
Fcov=1

[COMP 49]
Type=TypBNormal
Definition='Rounding uncertainty component of the absorbance of the 3. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0
Uexp=0,000005
Fcov=1

[COMP 50]
Type=TypBNormal
Definition='Value and repeatability component of the absorbance of the 4. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0.92726
Uexp=0,01347253
Fcov=1

[COMP 51]
Type=TypBNormal
Definition='Drift uncertainty component of the absorbance of the 4. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0
Uexp=0,000129096
Fcov=1

[COMP 52]
Type=TypBNormal
Definition='Rounding uncertainty component of the absorbance of the 4. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0
Uexp=0,000005
Fcov=1

[COMP 53]
Type=TypBNormal
Definition='Value and repeatability component of the absorbance of the 5. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=1,0786
Uexp=0,0158183
Fcov=1

[COMP 54]
Type=TypBNormal
Definition='Drift uncertainty component of the absorbance of the 5. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0
Uexp=0,00006856
Fcov=1

[COMP 55]
Type=TypBNormal
Definition='Rounding uncertainty component of the absorbance of the 5. nitrite calibration standard solution'
Unit='AU'
Description=0
Vnom=0
Uexp=0,000005
Fcov=1

[COMP 56]
Type=TypBNormal
Definition='Value and repeatability component of the absorbance of the 6. nitrite calibration standard solution'
Unit='AU'
Description=0
Fcov=1
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=1,2307
Ustd=0.00511321395992775
Neff=59
HB=0
HC=0
HR=0
IO=0
Uexp=0,01817585

[COMP 57]
Type=TypBNormal
Definition='Drift uncertainty component of the absorbance of the 6. nitrite calibration standard solution'
Unit='AU'
Description=0
Fcov=1
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0
Uexp=7,72E-06

[COMP 58]
Type=TypBNormal
Definition='Rounding uncertainty component of the absorbance of the 6. nitrite calibration standard solution'
Unit='AU'
Description=0
Fcov=1
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=
Neff=
HB=1
HC=0
HR=1
IO=0
Uexp=0,00005

[COMP 59]
Type=Temp
Definition='Volume of the nitrite standard solution taken for preparing the 1. nitrite calibration standard solution in 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.2
Ustd=0.00511321395992775
Neff=59
HB=0
HC=0
HR=0
IO=0

[COMP 60]
Type=Temp
Definition='Concentration of the nitrite standard solution'
Unit='mg/ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.0110173913043478
Ustd=8.43522354648304E-5
Neff=58
HB=1
HC=0
HR=1
IO=0

[COMP 61]
Type=Temp
Definition='Volume of the 1. nitrite calibration solution taken for measurement'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=25
Ustd=0.290998854522373
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 62]
Type=Temp
Definition='Volume of sulphanylamide added to the 1. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.5
Ustd=0.00359640779111602
Neff=61
HB=0
HC=0
HR=0
IO=0

[COMP 63]
Type=Temp
Definition='Volume of diamine added to the 1. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.5
Ustd=0.00291546119850702
Neff=61
HB=0
HC=0
HR=0
IO=0

[COMP 64]
Type=Temp
Definition='Volume of the 50  ml volumetric flask where the 1. nitrite calibration standard solution was made'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=50
Ustd=0.0773821684886124
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 65]
Type=Temp
Definition='Volume of the nitrite standard solution taken for preparing the 2. nitrite calibration standard solution in 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.7
Ustd=0.00511321395992775
Neff=59
HB=0
HC=0
HR=0
IO=0

[COMP 66]
Type=Temp
Definition='Volume of the 2. nitrite calibration solution taken for measurement'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=25
Ustd=0.290998854522373
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 67]
Type=Temp
Definition='Volume of sulphanylamide added to the 2. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.5
Ustd=0.00359640779111602
Neff=61
HB=0
HC=0
HR=0
IO=0

[COMP 68]
Type=Temp
Definition='Volume of diamine added to the 2. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.5
Ustd=0.00291546119850702
Neff=61
HB=0
HC=0
HR=0
IO=0

[COMP 69]
Type=Temp
Definition='Volume of the 50  ml volumetric flask where the 2. nitrite calibration standard solution was made'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=50
Ustd=0.0773821684886124
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 70]
Type=Temp
Definition='Volume of the nitrite standard solution taken for preparing the 3. nitrite calibration standard solution in 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=1
Ustd=0.00511321395992775
Neff=59
HB=0
HC=0
HR=0
IO=0

[COMP 71]
Type=Temp
Definition='Volume of the 3. nitrite calibration solution taken for measurement'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=25
Ustd=0.290998854522373
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 72]
Type=Temp
Definition='Volume of sulphanylamide added to the 3. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.5
Ustd=0.00359640779111602
Neff=61
HB=0
HC=0
HR=0
IO=0

[COMP 73]
Type=Temp
Definition='Volume of diamine added to the 3. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.5
Ustd=0.00291546119850702
Neff=61
HB=0
HC=0
HR=0
IO=0

[COMP 74]
Type=Temp
Definition='Volume of the 50  ml volumetric flask where the 3. nitrite calibration standard solution was made'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=50
Ustd=0.0773821684886124
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 75]
Type=Temp
Definition='Volume of the nitrite standard solution taken for preparing the 4. nitrite calibration standard solution in 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=1.2
Ustd=0.00519934842071581
Neff=60
HB=0
HC=0
HR=0
IO=0

[COMP 76]
Type=Temp
Definition='Volume of the 4. nitrite calibration solution taken for measurement'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=25
Ustd=0.290998854522373
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 77]
Type=Temp
Definition='Volume of sulphanylamide added to the 4. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.5
Ustd=0.00359640779111602
Neff=61
HB=0
HC=0
HR=0
IO=0

[COMP 78]
Type=Temp
Definition='Volume of diamine added to the 4. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.5
Ustd=0.00291546119850702
Neff=61
HB=0
HC=0
HR=0
IO=0

[COMP 79]
Type=Temp
Definition='Volume of the 50  ml volumetric flask where the 4. nitrite calibration standard solution was made'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=50
Ustd=0.0773821684886124
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 80]
Type=Temp
Definition='Volume of the nitrite standard solution taken for preparing the 5. nitrite calibration standard solution in 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=1.4
Ustd=0.00519934842071581
Neff=60
HB=0
HC=0
HR=0
IO=0

[COMP 81]
Type=Temp
Definition='Volume of the 5. nitrite calibration solution taken for measurement'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=25
Ustd=0.290998854522373
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 82]
Type=Temp
Definition='Volume of sulphanylamide added to the 5. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.5
Ustd=0.00359640779111602
Neff=61
HB=0
HC=0
HR=0
IO=0

[COMP 83]
Type=Temp
Definition='Volume of diamine added to the 5. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0.5
Ustd=0.00291546119850702
Neff=61
HB=0
HC=0
HR=0
IO=0

[COMP 84]
Type=Temp
Definition='Volume of the 50  ml volumetric flask where the 5. nitrite calibration standard solution was made'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=50
Ustd=0.0773821684886124
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 85]
Type=Temp
Definition='Volume of the nitrite standard solution taken for preparing the 6. nitrite calibration standard solution in 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=1.6
Ustd=0.00519934842071581
Neff=60
HB=0
HC=0
HR=0
IO=0

[COMP 86]
Type=Temp
Definition='Volume of the 6. nitrite calibration solution taken for measurement'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=25
Ustd=0.290998854522373
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 87]
Type=Temp
Definition='Volume of sulphanylamide added to the 6. graduated cylinder'
Unit='ml'
Description=0
Vnom=0.5
Hlim=0,5
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=0.00359640779111602
Neff=61
HB=0
HC=0
HR=0
IO=0

[COMP 88]
Type=Temp
Definition='Volume of diamine added to the 6. graduated cylinder'
Unit='ml'
Description=0
Description[0]='This uncertainty corresponds more or less to the value ± 1 drop'
Vnom=0.5
Hlim=0,5
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=0.00291546119850702
Neff=61
HB=0
HC=0
HR=0
IO=0

[COMP 89]
Type=Temp
Definition='Volume of the 50  ml volumetric flask where the 6. nitrite calibration standard solution was made'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=50
Ustd=0.0773821684886124
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ± 1 drop'
Hlim=0,03

[COMP 90]
Type=TypBRectang
Definition='Calibration uncertainty of the 1. graduated cylinder'
Unit='ml'
Description=0
Vnom=25
Hlim=0,5
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0

[COMP 91]
Type=TypBRectang
Definition='Uncertainty of measuring 25 ml of 1. nitrite calibartion standard solution with 1. graduated cylinder'
Unit='ml'
Description=1
Description[0]='This uncertainty corresponds more or less to ± 2 drops'
Vnom=0
Hlim=0,06

[COMP 92]
Type=Temp
Definition='Temperature uncertainty of the volume of 1. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0121243556529821
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ± 1 drop'
Hlim=0,03

[COMP 93]
Type=TypBRectang
Definition='Calibration uncertainty of the 2. graduated cylinder'
Unit='ml'
Description=0
Vnom=25
Hlim=0,5
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0

[COMP 94]
Type=TypBRectang
Definition='Uncertainty of measuring 25 ml of 2. nitrite calibartion standard solution with 2. graduated cylinder'
Unit='ml'
Description=1
Description[0]='This uncertainty corresponds more or less to ± 2 drops'
Vnom=0
Hlim=0,06

[COMP 95]
Type=Temp
Definition='Temperature uncertainty of the volume of 2. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0121243556529821
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ± 1 drop'
Hlim=0,03

[COMP 96]
Type=TypBRectang
Definition='Calibration uncertainty of the 3. graduated cylinder'
Unit='ml'
Description=0
Vnom=25
Hlim=0,5
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0

[COMP 97]
Type=TypBRectang
Definition='Uncertainty of measuring 25 ml of 3. nitrite calibartion standard solution with 3. graduated cylinder'
Unit='ml'
Description=1
Description[0]='This uncertainty corresponds more or less to ± 2 drops'
Vnom=0
Hlim=0,06

[COMP 98]
Type=Temp
Definition='Temperature uncertainty of the volume of 3. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0121243556529821
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ± 1 drop'
Hlim=0,03

[COMP 99]
Type=TypBRectang
Definition='Calibration uncertainty of the 4. graduated cylinder'
Unit='ml'
Description=0
Vnom=25
Hlim=0,5
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0

[COMP 100]
Type=TypBRectang
Definition='Uncertainty of measuring 25 ml of 4. nitrite calibartion standard solution with 4. graduated cylinder'
Unit='ml'
Description=1
Description[0]='This uncertainty corresponds more or less to ± 2 drops'
Vnom=0
Hlim=0,06

[COMP 101]
Type=Temp
Definition='Temperature uncertainty of the volume of 4. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0121243556529821
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ± 1 drop'
Hlim=0,03

[COMP 102]
Type=TypBRectang
Definition='Calibration uncertainty of the 5. graduated cylinder'
Unit='ml'
Description=0
Vnom=25
Hlim=0,5
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0

[COMP 103]
Type=TypBRectang
Definition='Uncertainty of measuring 25 ml of 5. nitrite calibartion standard solution with 5. graduated cylinder'
Unit='ml'
Description=1
Description[0]='This uncertainty corresponds more or less to ± 2 drops'
Vnom=0
Uexp=0,03
Fcov=1
Hlim=0,06

[COMP 104]
Type=Temp
Definition='Temperature uncertainty of the volume of 5. graduated cylinder'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0121243556529821
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ± 1 drop'
Uexp=0,03

[COMP 105]
Type=TypBRectang
Definition='Calibration uncertainty of the 6. graduated cylinder'
Unit='ml'
Description=0
Vnom=25
Uexp=0,001079
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0
Hlim=0,5

[COMP 106]
Type=TypBRectang
Definition='Uncertainty of measuring 25 ml of 6. nitrite calibartion standard solution with 6. graduated cylinder'
Unit='ml'
Description=1
Description[0]='This uncertainty corresponds more or less to ± 2 drops'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,03
Fcov=1
Hlim=0,06

[COMP 107]
Type=Temp
Definition='Temperature uncertainty of the volume of 6. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,003412
Fcov=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=0.0121243556529821
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 108]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 1. graduated cylinder '
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,001079
Fcov=1

[COMP 109]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 1. graduated cylinder'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,003412
Fcov=1

[COMP 110]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 1. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,000358
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 111]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 2. graduated cylinder '
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,001079
Fcov=1

[COMP 112]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 2. graduated cylinder'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,003412
Fcov=1

[COMP 113]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 2. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,000358
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 114]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 3. graduated cylinder '
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,001079
Fcov=1

[COMP 115]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 3. graduated cylinder'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,003412
Fcov=1

[COMP 116]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 3. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,000358
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 117]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 4. graduated cylinder '
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,001079
Fcov=1

[COMP 118]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 4. graduated cylinder'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,003412
Fcov=1

[COMP 119]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 4. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,000358
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 120]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 5. graduated cylinder '
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,001079
Fcov=1

[COMP 121]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 5. graduated cylinder'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,003412
Fcov=1

[COMP 122]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 5. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,000358
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 123]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 6. graduated cylinder '
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,001079
Fcov=1

[COMP 124]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 6. graduated cylinder'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,003412
Fcov=1

[COMP 125]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer 0.5 ml of sulphanylamide to the 6. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,000358
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 126]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 1. graduated cylinder '
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,000872
Fcov=1

[COMP 127]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 1. graduated cylinder'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,002759
Fcov=1

[COMP 128]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 1. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,000357
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 129]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 2. graduated cylinder '
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,000872
Fcov=1

[COMP 130]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 2. graduated cylinder'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,002759
Fcov=1

[COMP 131]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 2. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,000357
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 132]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 3. graduated cylinder '
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,000872
Fcov=1

[COMP 133]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 3. graduated cylinder'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,002759
Fcov=1

[COMP 134]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 3. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,000357
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 135]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 4. graduated cylinder '
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,000872
Fcov=1

[COMP 136]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 4. graduated cylinder'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,002759
Fcov=1

[COMP 137]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 4. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,000357
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 138]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 5. graduated cylinder '
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,000872
Fcov=1

[COMP 139]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 5. graduated cylinder'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,002759
Fcov=1

[COMP 140]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 5. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,000357
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 141]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 6. graduated cylinder '
Unit='ml'
Description=0
Vnom=0,5
Uexp=0,000872
Fcov=1

[COMP 142]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 6. graduated cylinder'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0,002759
Fcov=1

[COMP 143]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer 0.5 ml of diamine to the 6. graduated cylinder'
Unit='ml'
Description=0
Vnom=0
Uexp=0,000357
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 144]
Type=TypBNormal
Definition='Volume and the calibration uncertainty component of the pipette used to transfer the nitrite standard solution to the 1. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=0,2
Uexp=0.001541
Fcov=1

[COMP 145]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer the nitrite standard solution to the 1. 50 ml volumetric flask'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0.004874
Fcov=1

[COMP 146]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer the nitrite standard solution to the 1. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=0
Uexp=0.00012
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 147]
Type=TypBNormal
Definition='Volume and the calibration uncertainty component of the pipette used to transfer the nitrite standard solution to the 2. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=0,7
Uexp=0.001541
Fcov=1

[COMP 148]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer the nitrite standard solution to the 2. 50 ml volumetric flask'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0.004874
Fcov=1

[COMP 149]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer the nitrite standard solution to the 2. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=0
Uexp=0.00012
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 150]
Type=TypBNormal
Definition='Volume and the calibration uncertainty component of the pipette used to transfer the nitrite standard solution to the 3. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=1
Uexp=0.001541
Fcov=1

[COMP 151]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer the nitrite standard solution to the 3. 50 ml volumetric flask'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0.004874
Fcov=1

[COMP 152]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer the nitrite standard solution to the 3. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=0
Uexp=0.00012
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 153]
Type=TypBNormal
Definition='Volume and the calibration uncertainty component of the pipette used to transfer the nitrite standard solution to the 4. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=1,2
Uexp=0.004952
Fcov=1

[COMP 154]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer the nitrite standard solution to the 4. 50 ml volumetric flask'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0.001566
Fcov=1

[COMP 155]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer the nitrite standard solution to the 4. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=0
Uexp=0.000242
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 156]
Type=TypBNormal
Definition='Volume and the calibration uncertainty component of the pipette used to transfer the nitrite standard solution to the 5. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=1,4
Uexp=0.004952
Fcov=1

[COMP 157]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer the nitrite standard solution to the 5. 50 ml volumetric flask'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'
Vnom=0
Uexp=0.001566
Fcov=1

[COMP 158]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer the nitrite standard solution to the 5. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=0
Uexp=0.000242
Fcov=1
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Description[1]='solution is taken 0.4% of the volume of the pipette'

[COMP 159]
Type=TypBNormal
Definition='Volume and the calibration uncertainty component of the pipette used to transfer the nitrite standard solution to the 6. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=1,6
Hlim=0,09
Uexp=0,004952
Fcov=1

[COMP 160]
Type=TypBNormal
Definition='Repeatability uncertainty component of the pipette used to transfer the nitrite standard solution to the 6. 50 ml volumetric flask'
Unit='ml'
Description=2
Description[0]='Estimate due to repeatability of the volume of the nitrite standard standard'
Vnom=0
Hlim=0,09
Description[1]='solution is taken 0.4% of the volume of the pipette'
Uexp=0,001566
Fcov=1

[COMP 161]
Type=TypBNormal
Definition='Temperature uncertainty component of the pipette used to transfer the nitrite standard solution to the 6. 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=1
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0151554445662277
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ±1 drop'
Hlim=0,03
Uexp=0,000242

[COMP 162]
Type=TypBRectang
Definition='Value and the calibration uncertainty component of the volume of the 1. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=50
Hlim=0,09
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0

[COMP 163]
Type=TypBRectang
Definition='Repeatability uncertainty component of the volume of the 1. 50 ml volumetric flask'
Unit='ml'
Description=1
Description[0]='This uncertainty corresponds more or less to the value ±3 drops'
Vnom=0
Hlim=0,09

[COMP 164]
Type=Temp
Definition='Temperature uncertainty component of the volume of the 1. 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0242487113059643
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ±1 drop'
Hlim=0,03

[COMP 165]
Type=TypBRectang
Definition='Value and the calibration uncertainty component of the volume of the 2. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=50
Hlim=0,09
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0

[COMP 166]
Type=TypBRectang
Definition='Repeatability uncertainty component of the volume of the 2. 50 ml volumetric flask'
Unit='ml'
Description=1
Description[0]='This uncertainty corresponds more or less to the value ±3 drops'
Vnom=0
Hlim=0,09

[COMP 167]
Type=Temp
Definition='Temperature uncertainty component of the volume of the 2. 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0242487113059643
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ±1 drop'
Hlim=0,03

[COMP 168]
Type=TypBRectang
Definition='Value and the calibration uncertainty component of the volume of the 3. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=50
Hlim=0,09
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0

[COMP 169]
Type=TypBRectang
Definition='Repeatability uncertainty component of the volume of the 3. 50 ml volumetric flask'
Unit='ml'
Description=1
Description[0]='This uncertainty corresponds more or less to the value ±3 drops'
Vnom=0
Hlim=0,09

[COMP 170]
Type=Temp
Definition='Temperature uncertainty component of the volume of the 3. 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0242487113059643
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ±1 drop'
Hlim=0,03

[COMP 171]
Type=TypBRectang
Definition='Value and the calibration uncertainty component of the volume of the 4. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=50
Hlim=0,09
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0

[COMP 172]
Type=TypBRectang
Definition='Repeatability uncertainty component of the volume of the 4. 50 ml volumetric flask'
Unit='ml'
Description=1
Description[0]='This uncertainty corresponds more or less to the value ±3 drops'
Vnom=0
Hlim=0,09

[COMP 173]
Type=Temp
Definition='Temperature uncertainty component of the volume of the 4. 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0242487113059643
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ±1 drop'
Hlim=0,03

[COMP 174]
Type=TypBRectang
Definition='Value and the calibration uncertainty component of the volume of the 5. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=50
Hlim=0,09
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0

[COMP 175]
Type=TypBRectang
Definition='Repeatability uncertainty component of the volume of the 5. 50 ml volumetric flask'
Unit='ml'
Description=1
Description[0]='This uncertainty corresponds more or less to the value ±3 drops'
Vnom=0
Hlim=0,09

[COMP 176]
Type=Temp
Definition='Temperature uncertainty component of the volume of the 5. 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0242487113059643
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ±1 drop'
Hlim=0,03

[COMP 177]
Type=TypBRectang
Definition='Value and the calibration uncertainty component of the volume of the 6. 50 ml volumetric flask'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=50
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0
Hlim=0,09

[COMP 178]
Type=TypBRectang
Definition='Repeatability uncertainty component of the volume of the 6. 50 ml volumetric flask'
Unit='ml'
Description=1
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the value ±3 drops'
Hlim=0,09

[COMP 179]
Type=Temp
Definition='Temperature uncertainty component of the volume of the 6. 50 ml volumetric flask'
Unit='ml'
Description=0
Vnom=0
Hlim=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=0.0242487113059643
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 180]
Type=Temp
Definition='Concentration of nitrite ion stock solution'
Unit='mg/ml'
Description=0
Vnom=0.110173913043478
Hlim=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=0.000827171756492025
Neff=53
HB=0
HC=0
HR=0
IO=0

[COMP 181]
Type=Temp
Definition='Weight of NaNO_2 used for nitrite ion stock solution preparation'
Unit='mg'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=54.3
Ustd=0.403112890220477
Neff=51
HB=0
HC=0
HR=0
IO=0
Hlim=0

[COMP 182]
Type=TypBRectang
Definition='Molar mass of nitrogen'
Unit='g/mol'
Description=0
Vnom=14
Uexp=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0
Hlim=0

[COMP 183]
Type=TypBRectang
Definition='Molar mass of sodium nitrite'
Unit='g/mol'
Description=0
Vnom=69
Uexp=0
Fcov=1
Hlim=0

[COMP 184]
Type=Temp
Definition='Volume of the 100 volumetric flask where the nitrite ion stock solution was made'
Unit='ml'
Description=0
Vnom=100
Uexp=4,75595E-05
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=0.112035708593287
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 185]
Type=TypBNormal
Definition='Value and repeatabilty uncertainty component of the weight of sodium nitrite used for nitrite ion stock solution preparation'
Unit='mg'
Description=0
Vnom=54,3
Hlim=0,15
Uexp=0,4
Fcov=1

[COMP 186]
Type=TypBNormal
Definition='Drift uncertainty compnent of the weight of sodium nitrite used for nitrite ion stock solution preparation'
Unit='mg'
Description=0
Description[0]='This uncertainty corresponds more or less to the uncertainty ±1 drop'
Vnom=0
Hlim=0,15
Uexp=4,75595E-05
Fcov=1

[COMP 187]
Type=TypBNormal
Definition='Rounding uncertainty component of the weight of sodium nitrite used for nitrite ion stock solution preparation'
Unit='mg'
Description=0
Fcov=1
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=0.0303108891324554
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the uncertainty ±1 drop'
Hlim=0,03
Uexp=0,05

[COMP 188]
Type=TypBRectang
Definition='Value and the calibration uncertainty component of the volume of 100 ml volumetric flask used for nitrite ion stock solution preparation'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=100
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0
Hlim=0,15

[COMP 189]
Type=TypBRectang
Definition='Repeatability uncertainty component  of the volume of 100 ml volumetric flask used for nitrite ion stock solution preparation '
Unit='ml'
Description=1
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the uncertainty ±3 drops'
Hlim=0,09

[COMP 190]
Type=Temp
Definition='Temperature uncertainty component  of the volume of 100 ml volumetric flask used for nitrite ion stock solution preparation'
Unit='ml'
Description=0
Vnom=0
Hlim=0,15
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=0.0484974226119286
Neff=10000
HB=0
HC=0
HR=0
IO=0

[COMP 191]
Type=Temp
Definition='Volume of nitrite stock solution taken for the preparation of of nitrite ion standard solution'
Unit='ml'
Description=0
Description[0]='This uncertainty corresponds more or less to the uncertainty ±1 drop'
Vnom=10
Hlim=0,15
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=0.00724477032072101
Neff=63
HB=0
HC=0
HR=0
IO=0

[COMP 192]
Type=Temp
Definition='Volume of the 100 volumetric flask where the nitrite ion standard solution was made'
Unit='ml'
Description=0
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Vnom=100
Ustd=0.112035708593287
Neff=10000
HB=0
HC=0
HR=0
IO=0
Description[0]='This uncertainty corresponds more or less to the uncertainty ±1 drop'
Hlim=0,03

[COMP 193]
Type=TypBRectang
Definition='Value and the calibration uncertainty component of the volume of 100 ml volumetric flask used for nitrite ion standard solution preparation'
Unit='ml'
Description=0
Vnom=100
Uexp=0.002163
Fcov=2
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=
Neff=
HB=0
HC=0
HR=0
IO=0
Hlim=0,15

[COMP 194]
Type=TypBRectang
Definition='Repeatability uncertainty component  of the volume of 100 ml volumetric flask used for nitrite ion standard solution preparation '
Unit='ml'
Description=1
Description[0]='This uncertainty corresponds more or less to the uncertainty ±3 drops'
Description[1]='standard solution is taken as 0.4% of the volum of the pipette'
Vnom=0
Uexp=0.002163
Fcov=1
Hlim=0,09

[COMP 195]
Type=Temp
Definition='Temperature uncertainty component  of the volume of 100 ml volumetric flask used for nitrite ion standard solution preparation'
Unit='ml'
Description=0
Vnom=0
Uexp=0.006808
Fcov=2
Description[0]='Estimate of uncertainty due to repeatability of volume of the nitrite ion'
Description[1]='standard solution is taken as 0.4% of the volum of the pipette'
NomUnit=
UncUnit=
CovID=0
UncID=0
Ustd=0.0484974226119286
Neff=10000
HB=0
HC=0
HR=0
IO=0

[Correlations]
Description=0

[COMP 196]
Type=TypBNormal
Definition='Volume and calibration uncertainty component of the 10 ml pipette used to transfer 10 ml of nitrite stock solution  to the 100 ml volumetric flask'
Unit='ml '
Description=0
Vnom=10
Uexp=0.002163
Fcov=1

[COMP 197]
Type=TypBNormal
Definition='Repeatability uncertainty component of the 10 ml pipette used to transfer 10 ml of nitrite stock solution  to the 100 ml volumetric flask'
Unit='ml'
Description=2
Description[0]='Estimate of uncertainty due to repeatability of volume of the nitrite ion'
Description[1]='standard solution is taken as 0.4% of the volum of the pipette'
Vnom=0
Uexp=0.006808
Fcov=1

[COMP 198]
Type=TypBNormal
Definition='Temperature uncertainty component of the 10 ml pipette used to transfer 10 ml of nitrite stock solution  to the 100 ml volumetric flask'
Unit='ml'
Description=0
Vnom=0
Uexp=0.001208
Fcov=1