HxLib Routines
We appologize that the names are partly Norwegian based.
A dictionary to help you along:
vann - water
vanndamp - water vapor
gass - gas
is - ice
luft - air
nit - nitrogen
metn - saturated
x - absolute humidity
rh - relative humidity
tDry - dry bulb temperature
tWet - wet bulb temperature
dugg - dew
Routines:
- HX_Init - Initializing use of library.
- HX_Stopp(Flag) - Flag to enable/disable controlled stop.
- HX_Feilmelding(Flag) - Flag to enable/disable error messages.
- HX_gass(Gas) - Selection of gas: Gas=1: Air, Gas=2: Nitrogen
- HX_Trykk(p) - Set gas pressure to p.
- HX_MinMaxVann(tMin,tMax) - Set allowed temperature range.
- HX_Status - Output of calculation status.
- HX_Korr1 - Most recent value of input variable 1.
- HX_Korr2 - Most recent value of input variable 2.
- HX_Rvann_t(t) - Specific evaporation heat at temperature t.
- HX_CPvann_t(t) - Specific heat capacity of water at temperature t.
- HX_CPvanndamp_t(t) - Specific heat capacity of vapor at temperature t.
- HX_CPis_t(t) - Specific heat capacity of ice at temperature t.
- HX_CPluft_t(t) - Specific heat capacity of air at temperature t.
- HX_CPnit_t(t) - Specific heat capacity of nitrogen at temperature t.
- HX_Hvann_t(t) - Specific enthalpy of water at temperature t.
- HX_Hvanndamp_t(t) - Specific enthalpy of water vapor at temperature t.
- HX_His_t(t) - Specific enthalpy of ice at temperature t.
- HX_Hluft_t(t) - Specific enthalpy of air at temperature t.
- HX_Hnit_t(t) - Specific enthalpy of ice at temperature t.
- HX_H_trh(t,rh) - Specific enthalpy at temperature t and relative humidity rh.
- HX_H_tx(t,x) - Specific enthalpy at temperature t at absolute humidity x.
- HX_Svann_t(t) - Specific entropy at temperature t.
- HX_Svanndamp_t(t) - Specific entropy of water vapor at temperature t.
- HX_Sis_t(t) - Specific entropy of ice at temperature t.
- HX_Sluft_t(t) - Specific entropy of air at temperature t.
- HX_Snit_t(t) - Specific entropy of nitrogen at temperature t.
- HX_S_trh(t,rh) - Specific entropy at temperature t and relative humidity rh.
- HX_PDmetn_t(t) -
- HX_PDmetnVann_t(t) -
- HX_TmetnVann_pd(pd) -
- HX_PDmetnIs_t(t) -
- HX_PD_trh(t,rh) -
- HX_PD_x(x) -
- HX_X_trh(t,rh) - Absolute humidity at temperature t and relative humidity rh.
- HX_X_th(t,h) - Absolute humidity at temperature t and specific enthalpy h.
- HX_Vtoerr_trh(t,rh) -
- HX_Vfukt_trh(t,rh) -
- HX_RH_tx(t,x) - Relative humidity at temperature t and absolute humidity x.
- HX_RH_th(t,h) - Relative humidity at temperature t and specific enthalpy h.
- HX_RH_tt(t,tWet) - Relative humidity at temperature t and wet bulb temperature tWet.
- HX_Tdugg_trh(t,rh) - Dew-point temperature at temperature t and relative humidity rh.
- HX_T_hrh(h,rh) - Temperature at h and relative humidity rh.
- HX_T_hx(h,x) - Temperature at h and absolute humidity x.
- HX_T_xrh(x,rh) - Temperature at absolute humidity x and relative humidity rh.
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