************************************
* This section contains coefficients for type B thermocouples for
* the two subranges of temperature listed below.  The coefficients 
* are in units of °C and mV and are listed in the order of constant 
* term up to the highest order.  The equation is of the form 
* E = sum(i=0 to n) c_i t^i.
*
*     Temperature Range (°C)
*        0.000 to 630.615
*        630.615 to 1820.000
************************************
name: reference function on ITS-90
type: B
temperature units: °C
emf units: mV
range: 0.000, 630.615, 6
  0.000000000000E+00
 -0.246508183460E-03
  0.590404211710E-05
 -0.132579316360E-08
  0.156682919010E-11
 -0.169445292400E-14
  0.629903470940E-18
range: 630.615, 1820.000, 8
 -0.389381686210E+01
  0.285717474700E-01
 -0.848851047850E-04
  0.157852801640E-06
 -0.168353448640E-09
  0.111097940130E-12
 -0.445154310330E-16
  0.989756408210E-20
 -0.937913302890E-24


************************************
* This section contains coefficients of approximate inverse 
* functions for type B thermocouples for the subranges of 
* temperature and voltage listed below. The range of errors of 
* the approximate inverse function for each subrange is also given. 
* The coefficients are in units of °C and mV and are listed in 
* the order of constant term up to the highest order.
* The equation is of the form t_90 = d_0 + d_1*E + d_2*E^2 + ... 
*     + d_n*E^n,
* where E is in mV and t_90 is in °C.
*
*    Temperature        Voltage            Error 
*      range              range            range
*      (°C)               (mV)             (° C)
*    250. to 700.       0.291 to 2.431    -0.02 to 0.03
*    700. to 1800.      2.431 to 13.820   -0.01 to 0.02
********************************************************
Inverse coefficients for type B:
 
Temperature   250.           700.
  Range:      700.          1820.
 
  Voltage    0.291          2.431
  Range:     2.431         13.820
 
         9.8423321E+01  2.1315071E+02 
         6.9971500E+02  2.8510504E+02 
        -8.4765304E+02 -5.2742887E+01 
         1.0052644E+03  9.9160804E+00 
        -8.3345952E+02 -1.2965303E+00 
         4.5508542E+02  1.1195870E-01 
        -1.5523037E+02 -6.0625199E-03 
         2.9886750E+01  1.8661696E-04 
        -2.4742860E+00 -2.4878585E-06 
 
  Error      -0.02          -0.01
  Range:      0.03           0.02
 
 
************************************
* This section contains coefficients for type E thermocouples for
* the two subranges of temperature listed below.  The coefficients 
* are in units of °C and mV and are listed in the order of constant 
* term up to the highest order.  The equation is of the form 
* E = sum(i=0 to n) c_i t^i.
*
*     Temperature Range (°C)
*        -270.000 to 0.000  
*         0.000 to 1000.000
************************************
name: reference function on ITS-90
type: E
temperature units: °C
emf units: mV
range: -270.000, 0.000, 13
  0.000000000000E+00
  0.586655087080E-01
  0.454109771240E-04
 -0.779980486860E-06
 -0.258001608430E-07
 -0.594525830570E-09
 -0.932140586670E-11
 -0.102876055340E-12
 -0.803701236210E-15
 -0.439794973910E-17
 -0.164147763550E-19
 -0.396736195160E-22
 -0.558273287210E-25
 -0.346578420130E-28
range: 0.000, 1000.000, 10
  0.000000000000E+00
  0.586655087100E-01
  0.450322755820E-04
  0.289084072120E-07
 -0.330568966520E-09
  0.650244032700E-12
 -0.191974955040E-15
 -0.125366004970E-17
  0.214892175690E-20
 -0.143880417820E-23
  0.359608994810E-27


************************************
* This section contains coefficients of approximate inverse 
* functions for type E thermocouples for the subranges of 
* temperature and voltage listed below. The range of errors of 
* the approximate inverse function for each subrange is also given. 
* The coefficients are in units of °C and mV and are listed in 
* the order of constant term up to the highest order.
* The equation is of the form t_90 = d_0 + d_1*E + d_2*E^2 + ... 
*     + d_n*E^n,
* where E is in mV and t_90 is in °C.
*
*    Temperature        Voltage            Error 
*      Range              range            range
*      (°C)               (mV)             (° C)
*    -200. to 0.       -8.825 to 0.000    -0.01 to 0.03
*     0. to 1000.       0.000 to 76.373   -0.02 to 0.02
********************************************************
Inverse coefficients for type E:
 
Temperature  -200.             0.
  Range:        0.          1000.
 
  Voltage   -8.825          0.000
  Range:     0.000         76.373
 
         0.0000000E+00  0.0000000E+00 
         1.6977288E+01  1.7057035E+01 
        -4.3514970E-01 -2.3301759E-01 
        -1.5859697E-01  6.5435585E-03 
        -9.2502871E-02 -7.3562749E-05 
        -2.6084314E-02 -1.7896001E-06 
        -4.1360199E-03  8.4036165E-08 
        -3.4034030E-04 -1.3735879E-09 
        -1.1564890E-05  1.0629823E-11 
         0.0000000E+00 -3.2447087E-14 
 
  Error      -0.01          -0.02
  Range:      0.03           0.02



************************************
* This section contains coefficients for type J thermocouples for
* the two subranges of temperature listed below.  The coefficients 
* are in units of °C and mV and are listed in the order of constant 
* term up to the highest order.  The equation is of the form 
* E = sum(i=0 to n) c_i t^i.
*
*     Temperature Range (°C)
*        -210.000 to 760.000 
*         760.000 to 1200.000
************************************
name: reference function on ITS-90
type: J
temperature units: °C
emf units: mV
range: -210.000, 760.000, 8
  0.000000000000E+00
  0.503811878150E-01
  0.304758369300E-04
 -0.856810657200E-07
  0.132281952950E-09
 -0.170529583370E-12
  0.209480906970E-15
 -0.125383953360E-18
  0.156317256970E-22
range: 760.000, 1200.000, 5
  0.296456256810E+03
 -0.149761277860E+01
  0.317871039240E-02
 -0.318476867010E-05
  0.157208190040E-08
 -0.306913690560E-12


************************************
* This section contains coefficients of approximate inverse 
* functions for type J thermocouples for the subranges of 
* temperature and voltage listed below. The range of errors of 
* the approximate inverse function for each subrange is also given. 
* The coefficients are in units of °C and mV and are listed in 
* the order of constant term up to the highest order.
* The equation is of the form t_90 = d_0 + d_1*E + d_2*E^2 + ... 
*     + d_n*E^n,
* where E is in mV and t_90 is in °C.
*
*    Temperature        Voltage            Error 
*      range              range            range
*      (°C)               (mV)             (° C)
*    -210. to 0.      -8.095 to 0.000    -0.05 to 0.03
*     0. to 760.       0.000 to 42.919   -0.04 to 0.04
*     760. to 1200     42.919 to 69.553  -0.04 to 0.03
********************************************************
Inverse coefficients for type J:
 
Temperature  -210.             0.           760.
  Range:        0.           760.          1200.
 
  Voltage   -8.095          0.000         42.919
  Range:     0.000         42.919         69.553
 
         0.0000000E+00  0.000000E+00 -3.11358187E+03
         1.9528268E+01  1.978425E+01  3.00543684E+02
        -1.2286185E+00 -2.001204E-01 -9.94773230E+00
        -1.0752178E+00  1.036969E-02  1.70276630E-01
        -5.9086933E-01 -2.549687E-04 -1.43033468E-03
        -1.7256713E-01  3.585153E-06  4.73886084E-06
        -2.8131513E-02 -5.344285E-08  0.00000000E+00
        -2.3963370E-03  5.099890E-10  0.00000000E+00
        -8.3823321E-05  0.000000E+00  0.00000000E+00
 
  Error      -0.05          -0.04          -0.04
  Range:      0.03           0.04           0.03
 
 
************************************
* This section contains coefficients for type K thermocouples for
* the two subranges of temperature listed below.  The coefficients 
* are in units of °C and mV and are listed in the order of constant 
* term up to the highest order.  The equation below 0 °C is of the form 
* E = sum(i=0 to n) c_i t^i.
*
* The equation above 0 °C is of the form 
* E = sum(i=0 to n) c_i t^i + a0 exp(a1 (t - a2)^2).
*
*     Temperature Range (°C)
*        -270.000 to 0.000 
*         0.000 to 1372.000
************************************
name: reference function on ITS-90
type: K
temperature units: °C
emf units: mV
range: -270.000, 0.000, 10
  0.000000000000E+00
  0.394501280250E-01
  0.236223735980E-04
 -0.328589067840E-06
 -0.499048287770E-08
 -0.675090591730E-10
 -0.574103274280E-12
 -0.310888728940E-14
 -0.104516093650E-16
 -0.198892668780E-19
 -0.163226974860E-22
range: 0.000, 1372.000, 9
 -0.176004136860E-01
  0.389212049750E-01
  0.185587700320E-04
 -0.994575928740E-07
  0.318409457190E-09
 -0.560728448890E-12
  0.560750590590E-15
 -0.320207200030E-18
  0.971511471520E-22
 -0.121047212750E-25
exponential:
 a0 =  0.118597600000E+00
 a1 = -0.118343200000E-03
 a2 =  0.126968600000E+03


************************************
* This section contains coefficients of approximate inverse 
* functions for type K thermocouples for the subranges of 
* temperature and voltage listed below. The range of errors of 
* the approximate inverse function for each subrange is also given. 
* The coefficients are in units of °C and mV and are listed in 
* the order of constant term up to the highest order.
* The equation is of the form t_90 = d_0 + d_1*E + d_2*E^2 + ... 
*     + d_n*E^n,
* where E is in mV and t_90 is in °C.
*
*    Temperature        Voltage            Error 
*      range              range            range
*      (°C)               (mV)             (° C)
*    -200. to 0.      -5.891 to 0.000    -0.02 to 0.04
*     0. to 500.      0.000 to 20.644    -0.05 to 0.04
*     500. to 1372.   20.644 to 54.886   -0.05 to 0.06
********************************************************
Inverse coefficients for type K:
 
Temperature  -200.             0.           500.
  Range:        0.           500.          1372.
 
  Voltage   -5.891          0.000         20.644
  Range:     0.000         20.644         54.886
 
         0.0000000E+00  0.000000E+00 -1.318058E+02
         2.5173462E+01  2.508355E+01  4.830222E+01
        -1.1662878E+00  7.860106E-02 -1.646031E+00
        -1.0833638E+00 -2.503131E-01  5.464731E-02
        -8.9773540E-01  8.315270E-02 -9.650715E-04
        -3.7342377E-01 -1.228034E-02  8.802193E-06
        -8.6632643E-02  9.804036E-04 -3.110810E-08
        -1.0450598E-02 -4.413030E-05  0.000000E+00
        -5.1920577E-04  1.057734E-06  0.000000E+00
         0.0000000E+00 -1.052755E-08  0.000000E+00
 
  Error      -0.02          -0.05          -0.05
  Range:      0.04           0.04           0.06
 
 

************************************
* This section contains coefficients for type N thermocouples for
* the two subranges of temperature listed below.  The coefficients 
* are in units of °C and mV and are listed in the order of constant 
* term up to the highest order.  The equation is of the form 
* E = sum(i=0 to n) c_i t^i.
*
*     Temperature Range (°C)
*        -270.000 to 0.000 
*         0.000 to 1300.000
************************************
name: reference function on ITS-90
type: N
temperature units: °C
emf units: mV
range: -270.000, 0.000, 8
  0.000000000000E+00
  0.261591059620E-01
  0.109574842280E-04
 -0.938411115540E-07
 -0.464120397590E-10
 -0.263033577160E-11
 -0.226534380030E-13
 -0.760893007910E-16
 -0.934196678350E-19
range: 0., 1300., 10
  0.000000000000E+00
  0.259293946010E-01
  0.157101418800E-04
  0.438256272370E-07
 -0.252611697940E-09
  0.643118193390E-12
 -0.100634715190E-14
  0.997453389920E-18
 -0.608632456070E-21
  0.208492293390E-24
 -0.306821961510E-28


************************************
* This section contains coefficients of approximate inverse 
* functions for type N thermocouples for the subranges of 
* temperature and voltage listed below. The range of errors of 
* the approximate inverse function for each subrange is also given. 
* The coefficients are in units of °C and mV and are listed in 
* the order of constant term up to the highest order.
* The equation is of the form t_90 = d_0 + d_1*E + d_2*E^2 + ... 
*     + d_n*E^n,
* where E is in mV and t_90 is in °C.
*
*    Temperature        Voltage            Error 
*      range              range            range
*      (°C)               (mV)             (° C)
*    -200. to 0.      -3.990 to 0.000    -0.02 to 0.03
*     0. to 600.      0.000 to 20.613    -0.02 to 0.03
*     600. to 1300.   20.613 to 47.513   -0.04 to 0.02
********************************************************
Inverse coefficients for type N:
 
Temperature  -200.             0.           600.
  Range:        0.           600.          1300.
 
  Voltage   -3.990          0.000         20.613
  Range:     0.000         20.613         47.513
 
         0.0000000E+00  0.00000E+00  1.972485E+01
         3.8436847E+01  3.86896E+01  3.300943E+01
         1.1010485E+00 -1.08267E+00 -3.915159E-01
         5.2229312E+00  4.70205E-02  9.855391E-03
         7.2060525E+00 -2.12169E-06 -1.274371E-04
         5.8488586E+00 -1.17272E-04  7.767022E-07
         2.7754916E+00  5.39280E-06  0.000000E+00
         7.7075166E-01 -7.98156E-08  0.000000E+00
         1.1582665E-01  0.00000E+00  0.000000E+00
         7.3138868E-03  0.00000E+00  0.000000E+00
 
  Error      -0.02          -0.02          -0.04
  Range:      0.03           0.03           0.02
 
 
************************************
* This section contains coefficients for type R thermocouples for
* the two subranges of temperature listed below.  The coefficients 
* are in units of °C and mV and are listed in the order of constant 
* term up to the highest order.  The equation is of the form 
* E = sum(i=0 to n) c_i t^i.
*
*     Temperature Range (°C)
*        -50.000 to 1064.180 
*         1064.180 to 1664.500
*         1664.500 to 1768.100
************************************
name: reference function on ITS-90
type: R
temperature units: °C
emf units: mV
range: -50.000, 1064.180, 9
  0.000000000000E+00
  0.528961729765E-02
  0.139166589782E-04
 -0.238855693017E-07
  0.356916001063E-10
 -0.462347666298E-13
  0.500777441034E-16
 -0.373105886191E-19
  0.157716482367E-22
 -0.281038625251E-26
range: 1064.180, 1664.500, 5
  0.295157925316E+01
 -0.252061251332E-02
  0.159564501865E-04
 -0.764085947576E-08
  0.205305291024E-11
 -0.293359668173E-15
range: 1664.5, 1768.1, 4
  0.152232118209E+03
 -0.268819888545E+00
  0.171280280471E-03
 -0.345895706453E-07
 -0.934633971046E-14


************************************
* This section contains coefficients of approximate inverse 
* functions for type R thermocouples for the subranges of 
* temperature and voltage listed below. The range of errors of 
* the approximate inverse function for each subrange is also given. 
* The coefficients are in units of °C and mV and are listed in 
* the order of constant term up to the highest order.
* The equation is of the form t_90 = d_0 + d_1*E + d_2*E^2 + ... 
*     + d_n*E^n,
* where E is in mV and t_90 is in °C.
*
*      Temperature        Voltage               Error 
*         range              range               range
*         (°C)               (mV)                (° C)
*      -50. to 250.      -0.226 to 1.923    -0.02 to 0.02
*      250. to 1200.      1.923 to 13.228   -0.005 to 0.005
*     1064. to 1664.5    11.361 to 19.739   -0.0005 to 0.001
*    1664.5 to 1768.1    19.739 to 21.103    -0.001 to 0.002
********************************************************
Inverse coefficients for type R:
 
Temperature   -50.           250.          1064.          1664.5
  Range:      250.          1200.          1664.5         1768.1
 
  Voltage   -0.226          1.923         11.361         19.739
  Range:     1.923         13.228         19.739         21.103
 
       0.0000000E+00  1.334584505E+01 -8.199599416E+01  3.406177836E+04
       1.8891380E+02  1.472644573E+02  1.553962042E+02 -7.023729171E+03
      -9.3835290E+01 -1.844024844E+01 -8.342197663E+00  5.582903813E+02
       1.3068619E+02  4.031129726E+00  4.279433549E-01 -1.952394635E+01
      -2.2703580E+02 -6.249428360E-01 -1.191577910E-02  2.560740231E-01
       3.5145659E+02  6.468412046E-02  1.492290091E-04  0.000000000E+00
      -3.8953900E+02 -4.458750426E-03  0.000000000E+00  0.000000000E+00
       2.8239471E+02  1.994710149E-04  0.000000000E+00  0.000000000E+00
      -1.2607281E+02 -5.313401790E-06  0.000000000E+00  0.000000000E+00
       3.1353611E+01  6.481976217E-08  0.000000000E+00  0.000000000E+00
      -3.3187769E+00  0.000000000E+00  0.000000000E+00  0.000000000E+00
 
  Error      -0.02         -0.005         -0.0005        -0.001
  Range:      0.02          0.005          0.001          0.002
 
 
************************************
* This section contains coefficients for type S thermocouples for
* the two subranges of temperature listed below.  The coefficients 
* are in units of °C and mV and are listed in the order of constant 
* term up to the highest order.  The equation is of the form 
* E = sum(i=0 to n) c_i t^i.
*
*     Temperature Range (°C)
*      -50.000 to 1064.180 
*      1064.180 to 1664.500
*      1664.500 to 1768.100
************************************
name: reference function on ITS-90
type: S
temperature units: °C
emf units: mV
range: -50.000, 1064.180, 8
  0.000000000000E+00
  0.540313308631E-02
  0.125934289740E-04
 -0.232477968689E-07
  0.322028823036E-10
 -0.331465196389E-13
  0.255744251786E-16
 -0.125068871393E-19
  0.271443176145E-23
range: 1064.180, 1664.500, 4
  0.132900444085E+01
  0.334509311344E-02
  0.654805192818E-05
 -0.164856259209E-08
  0.129989605174E-13
range: 1664.5, 1768.1, 4
  0.146628232636E+03
 -0.258430516752E+00
  0.163693574641E-03
 -0.330439046987E-07
 -0.943223690612E-14


************************************
* This section contains coefficients of approximate inverse 
* functions for type S thermocouples for the subranges of 
* temperature and voltage listed below. The range of errors of 
* the approximate inverse function for each subrange is also given. 
* The coefficients are in units of °C and mV and are listed in 
* the order of constant term up to the highest order.
* The equation is of the form t_90 = d_0 + d_1*E + d_2*E^2 + ... 
*     + d_n*E^n,
* where E is in mV and t_90 is in °C.
*
*      Temperature        Voltage               Error 
*         range              range               range
*         (°C)               (mV)                (° C)
*      -50. to 250.      -0.235 to 1.874     -0.02 to 0.02
*      250. to 1200.      1.874 to 11.950    -0.01 to 0.01
*     1064. to 1664.5    10.332 to 17.536    -0.0002 to 0.0002
*    1664.5 to 1768.1    17.536 to 18.693    -0.002 to 0.002
********************************************************
Inverse coefficients for type S:
 
Temperature   -50.           250.          1064.          1664.5
  Range:      250.          1200.          1664.5         1768.1
 
  Voltage   -0.235          1.874         10.332         17.536
  Range:     1.874         11.950         17.536         18.693
 
       0.00000000E+00  1.291507177E+01 -8.087801117E+01  5.333875126E+04
       1.84949460E+02  1.466298863E+02  1.621573104E+02 -1.235892298E+04
      -8.00504062E+01 -1.534713402E+01 -8.536869453E+00  1.092657613E+03
       1.02237430E+02  3.145945973E+00  4.719686976E-01 -4.265693686E+01
      -1.52248592E+02 -4.163257839E-01 -1.441693666E-02  6.247205420E-01
       1.88821343E+02  3.187963771E-02  2.081618890E-04  0.000000000E+00
      -1.59085941E+02 -1.291637500E-03  0.000000000E+00  0.000000000E+00
       8.23027880E+01  2.183475087E-05  0.000000000E+00  0.000000000E+00
      -2.34181944E+01 -1.447379511E-07  0.000000000E+00  0.000000000E+00
       2.79786260E+00  8.211272125E-09  0.000000000E+00  0.000000000E+00
 
  Error      -0.02          -0.01         -0.0002        -0.002
  Range:      0.02           0.01          0.0002         0.002
 
 
************************************
* This section contains coefficients for type T thermocouples for
* the two subranges of temperature listed below.  The coefficients 
* are in units of °C and mV and are listed in the order of constant 
* term up to the highest order.   The equation is of the form 
* E = sum(i=0 to n) c_i t^i.
*
*     Temperature Range (°C)
*       -270.000 to 0.000 
*        0.000 °C to 400.000
************************************
name: reference function on ITS-90
type: T
temperature units: °C
emf units: mV
range: -270.000, 0.000, 14
  0.000000000000E+00
  0.387481063640E-01
  0.441944343470E-04
  0.118443231050E-06
  0.200329735540E-07
  0.901380195590E-09
  0.226511565930E-10
  0.360711542050E-12
  0.384939398830E-14
  0.282135219250E-16
  0.142515947790E-18
  0.487686622860E-21
  0.107955392700E-23
  0.139450270620E-26
  0.797951539270E-30
range: 0.000, 400.000, 8
  0.000000000000E+00
  0.387481063640E-01
  0.332922278800E-04
  0.206182434040E-06
 -0.218822568460E-08
  0.109968809280E-10
 -0.308157587720E-13
  0.454791352900E-16
 -0.275129016730E-19


************************************
* This section contains coefficients of approximate inverse 
* functions for type T thermocouples for the subranges of 
* temperature and voltage listed below. The range of errors of 
* the approximate inverse function for each subrange is also given. 
* The coefficients are in units of °C and mV and are listed in 
* the order of constant term up to the highest order.
* The equation is of the form t_90 = d_0 + d_1*E + d_2*E^2 + ... 
*     + d_n*E^n,
* where E is in mV and t_90 is in °C.
*
*    Temperature        Voltage            Error 
*      range              range            range
*      (°C)               (mV)             (° C)
*    -200. to 0.     -5.603 to 0.000    -0.02 to 0.04
*     .0 to 400.     0.000 to 20.872    -0.03 to 0.03
********************************************************
Inverse coefficients for type T:
 
Temperature  -200.             0.
  Range:        0.           400.
 
  Voltage   -5.603          0.000
  Range:     0.000         20.872
 
         0.0000000E+00  0.000000E+00
         2.5949192E+01  2.592800E+01
        -2.1316967E-01 -7.602961E-01
         7.9018692E-01  4.637791E-02
         4.2527777E-01 -2.165394E-03
         1.3304473E-01  6.048144E-05
         2.0241446E-02 -7.293422E-07
         1.2668171E-03  0.000000E+00
 
  Error      -0.02          -0.03
  Range:      0.04           0.03