println("mass flow: ", steam.M, "; pressure: ", steam.P, "; specific enthalpy: ", steam.H);
kg/s
bar
kJ/kg
ep
to the resp. EbsScript name. E.g. DIM_bar
→ epDIM_bar
Index
for programming is discouraged, please use EbsScript/EbsOpen identifiers instead.
println("mass flow: ", steam.M, "; pressure: ", steam.P, "; specific enthalpy: ", steam.H);
kg/s
bar
kJ/kg
ep
to the resp. EbsScript name. E.g. DIM_bar
→ epDIM_bar
Index
for programming is discouraged, please use EbsScript/EbsOpen identifiers instead.
Unit | Dimension | EbsScript name | Primary identifier | Unique identifier | Identifiers | Standard unit | Conversion to standard unit | Index |
---|---|---|---|---|---|---|---|---|
not a dimension / error indicator | UNIT_NOT_PRESENT | 0 | ||||||
no_dim | none | UNIT_NONE | no_dim | no_dim - |
1 | |||
- | unitless | UNIT_1 | - | - | - 1 [an empty string] |
2 | ||
bar | Pressure | UNIT_bar | bar | bar | bar BAR bar abs barabs barü barNN bara bar(a) |
3 | ||
°C | Temperature | UNIT_degC | °C | °C | °C GrdC GRDC CEL Cel °Cel C grdC degC DEGC DegC |
4 | ||
kJ/kg | Specific enthalpy | UNIT_kJ_kg | kJ/kg | kJ/kg | kJ/kg KJ/KG |
5 | ||
kg/s | Mass flow | UNIT_kg_s | kg/s | kg/s | kg/s KG/S KG S |
6 | ||
kW | Power | UNIT_kW | kW | kW | kW KW |
7 | ||
m³/kg | Specific volume | UNIT_m3_kg | m³/kg | m³/kg | m³/kg m3/kg |
8 | ||
m³/s | Volume flow | UNIT_m3_s | m³/s | m³/s | m³/s m3/s |
9 | ||
K [delta] | Temperature difference | UNIT_K | K | K [delta] | K K [delta] |
12 | ||
kmol/kmol | Stoichiometric ratio | UNIT_kmol_kmol | kmol/kmol | kmol/kmol | kmol/kmol | 13 | ||
kg/kg | Mass ratio | UNIT_kg_kg | kg/kg | kg/kg | kg/kg | 14 | ||
kW/K | Heat transfer coefficient / thermal transmittance | UNIT_kW_K | kW/K | kW/K | kW/K | 15 | ||
W/m²K | Specific heat transfer | UNIT_W_m2K | W/m²K | W/m²K | W/m²K W/(m²K) W/(m2K) W/m2K |
16 | ||
1/min | Rotary speed | UNIT_1_min | 1/min | 1/min | 1/min min-1 UPM U/min |
17 | ||
kJ/kWh | Heat rate | UNIT_kJ_kWh | kJ/kWh | kJ/kWh | kJ/kWh | 18 | ||
kJ/m³ | Energy density | UNIT_kJ_m3 | kJ/m³ | kJ/m³ | kJ/m³ kJ/m3 |
21 | ||
kJ/m³K | Specific heat capacity per volume | UNIT_kJ_m3K | kJ/m³K | kJ/m³K | kJ/m³K kJ/(m³K) kJ/(m3K) kJ/m3K |
22 | ||
kg/m³ | Density | UNIT_kg_m3 | kg/m³ | kg/m³ | kg/m³ kg/m3 |
23 | ||
m | Length | UNIT_m | m | m | m | 24 | ||
kJ/kgK | Specific heat capacity (per mass) | UNIT_kJ_kgK_cp | kJ/kgK | kJ/kgK | kJ/kgK kJ/(kgK) |
26 | ||
m² | Area | UNIT_m2 | m² | m² | m² m2 |
27 | ||
kJ/kgK [S] | Entropy | UNIT_kJ_kgK_S | kJ/kgK | kJ/kgK [S] | kJ/kgK kJ/kgK [S] kJ/(kgK) |
28 | ||
kg/kg [x] | Phase fraction | UNIT_kg_kg_x | kg/kg | kg/kg [x] | kg/kg kg/kg [x] |
29 | ||
- [xg] | Saturation water ratio | UNIT_kg_kg_xg | - | - [xg] | - - [xg] 1 [an empty string] |
30 | ||
kg/kmol | Mole weight | UNIT_kg_kmol | kg/kmol | kg/kmol | kg/kmol | 31 | ||
kJ/kg [ncv] | Calorific value (per mass unit) | UNIT_kJ_kg_ncv | kJ/kg | kJ/kg [ncv] | kJ/kg kJ/kg [ncv] |
32 | ||
m/s | Speed | UNIT_m_s | m/s | m/s | m/s | 33 | ||
kg/kg [rg] | Ratio of water | UNIT_kg_kg_x_rg | kg/kg | kg/kg [rg] | kg/kg kg/kg [rg] |
34 | ||
FTYPE_8 | FTYP = 8 | UNIT_FTYP_8 | - | FTYPE_8 | - FTYPE_8 - [FTYPE_8] 1 [an empty string] |
35 | ||
FTYPE_9 | FTYP = 9 | UNIT_FTYP_9 | - | FTYPE_9 | - FTYPE_9 - [FTYPE_9] 1 [an empty string] |
36 | ||
mg/Nm³ | Normalized concentration | UNIT_mg_Nm3 | mg/Nm³ | mg/Nm³ | mg/Nm³ mg/Nm3 |
37 | ||
€/h | Price per time | UNIT_EUR_h | €/h | €/h | €/h EUR/h |
38 | ||
kW/kg | Energy per mass and time | UNIT_kW_kg | kW/kg | kW/kg | kW/kg | 39 | ||
1/m6 | Friction coefficient | UNIT_1_m6 | 1/m6 | 1/m6 | 1/m6 | 40 | ||
A | Electric current | UNIT_A | A | A | A | 41 | ||
€/kWh | Price per energy unit | UNIT_EUR_kWh | €/kWh | €/kWh | €/kWh EUR/kWh |
42 | ||
€/kg | Price per mass unit | UNIT_EUR_kg | €/kg | €/kg | €/kg EUR/kg |
43 | ||
V | Voltage | UNIT_V | V | V | V Volt |
44 | ||
m³/m³ | Volume ratio | UNIT_m3_m3 | m³/m³ | m³/m³ | m³/m³ m3/m3 - 1 [an empty string] |
45 | ||
kg | Mass | UNIT_kg | kg | kg | kg | 46 | ||
€ | Price | UNIT_EUR | € | € | € EUR Euro |
47 | ||
m³ | Volume | UNIT_m3 | m³ | m³ | m³ m3 Nm3 |
48 | ||
pH | pH Value | UNIT_ph | pH | pH | pH ph |
49 | ||
m²K/W | Heat resistance | UNIT_m2K_W | m²K/W | m²K/W | m²K/W m2K/W |
51 | ||
W/m² | Heat flux density | UNIT_W_m2 | W/m² | W/m² | W/m² W/m2 |
52 | ||
text | Text | UNIT_TEXT | text | text - |
53 | |||
° | Degrees | UNIT_deg | ° | ° | ° Grd Grad deg GRD GRAD DEG Deg |
54 | ||
J/m² | Irradiation/energy per area | UNIT_J_m2 | J/m² | J/m² | J/m² J/m2 |
UNIT_kJ_m2 | 55 | |
m [geopot] | Geopotential Height | UNIT_m_geopot | m | m [geopot] | m m [geopot] |
59 | ||
MW | Power | UNIT_MW | MW | MW | MW | UNIT_kW | 100 | |
t/h | Mass flow | UNIT_t_h | t/h | t/h | t/h T/H |
UNIT_kg_s | 101 | |
°F | Temperature | UNIT_degF | °F | °F | °F GrdF GRDF F grdF DEGF degF DegF |
UNIT_degC | 102 | |
% | unitless | UNIT_Prz | % | % | % Prz |
UNIT_1 | 103 | |
psia | Pressure | UNIT_psia | psia | psia | psia | UNIT_bar | 104 | |
Btu/lb | Specific enthalpy | UNIT_btu_lb | Btu/lb | Btu/lb | Btu/lb btu/lb |
UNIT_kJ_kg | 105 | |
klb/h | Mass flow | UNIT_klb_h | klb/h | klb/h | klb/h | UNIT_kg_s | 106 | |
ft³/lb | Specific volume | UNIT_ft3_lb | ft³/lb | ft³/lb | ft³/lb ft3/lb |
UNIT_m3_kg | 107 | |
Mft³/h | Volume flow | UNIT_Mft3_h | Mft³/h | Mft³/h | Mft³/h Mft3/h |
UNIT_m3_s | 108 | |
R [delta] | Temperature difference | UNIT_R | R | R [delta] | R R [delta] °R Ra Rk |
UNIT_K | 109 | |
lb/lb | Mass ratio | UNIT_lb_lb | lb/lb | lb/lb | lb/lb | UNIT_kg_kg | 110 | |
kBtu/(hF) | Heat transfer coefficient / thermal transmittance | UNIT_kbtu_hF | kBtu/(hF) | kBtu/(hF) | kBtu/(hF) kBtu/hF kbtu/(hF) kbtu/hF |
UNIT_kW_K | 111 | |
Btu/(ft²hF) | Specific heat transfer | UNIT_btu_ft2hF | Btu/(ft²hF) | Btu/(ft²hF) | Btu/(ft²hF) Btu/(ft2hF) Btu/ft²hF Btu/ft2hF btu/(ft²hF) btu/(ft2hF) btu/ft²hF btu/ft2hF |
UNIT_W_m2K | 112 | |
lb/ft³ | Density | UNIT_lb_ft3 | lb/ft³ | lb/ft³ | lb/ft³ lb/ft3 |
UNIT_kg_m3 | 113 | |
Btu/(lbF) [S] | Entropy | UNIT_btu_lbF_S | Btu/(lbF) | Btu/(lbF) [S] | Btu/(lbF) Btu/(lbF) [S] Btu/lbF btu/(lbF) btu/lbF |
UNIT_kJ_kgK_S | 114 | |
Btu/kWh | Heat rate | UNIT_btu_kWh | Btu/kWh | Btu/kWh | Btu/kWh btu/kWh |
UNIT_kJ_kWh | 115 | |
Btu/ft³ | Energy density | UNIT_btu_ft3 | Btu/ft³ | Btu/ft³ | Btu/ft³ Btu/ft3 btu/ft³ btu/ft3 |
UNIT_kJ_m3 | 116 | |
Btu/(ft³F) | Specific heat capacity per volume | UNIT_btu_ft3F | Btu/(ft³F) | Btu/(ft³F) | Btu/(ft³F) Btu/(ft3F) Btu/ft³F Btu/ft3F btu/(ft³F) btu/(ft3F) btu/ft³F btu/ft3F |
UNIT_kJ_m3K | 117 | |
ft | Length | UNIT_ft | ft | ft | ft | UNIT_m | 118 | |
rpm | Rotary speed | UNIT_rpm | rpm | rpm | rpm Rpm |
UNIT_1_min | 119 | |
hp | Power | UNIT_hp | hp | hp | hp bhp hp(I) hp(mech) |
UNIT_kW | 120 | |
ft² | Area | UNIT_ft2 | ft² | ft² | ft² ft2 |
UNIT_m2 | 121 | |
m³/h | Volume flow | UNIT_m3_h | m³/h | m³/h | m³/h m3/h M3/H |
UNIT_m3_s | 122 | |
MPa | Pressure | UNIT_MPa | MPa | MPa | MPa | UNIT_bar | 123 | |
Btu/(lbF) [cp] | Specific heat capacity (per mass) | UNIT_btu_lbF_cp | Btu/(lbF) | Btu/(lbF) [cp] | Btu/(lbF) Btu/(lbF) [cp] Btu/lbF btu/(lbF) btu/lbF |
UNIT_kJ_kgK_cp | 124 | |
mbar | Pressure | UNIT_mbar | mbar | mbar | mbar MBAR hPa mbar abs mbarabs mbarü |
UNIT_bar | 125 | |
lb/lb [x] | Phase fraction | UNIT_lb_lb_x | lb/lb | lb/lb [x] | lb/lb lb/lb [x] |
UNIT_kg_kg_x | 126 | |
lb/lb [xg] | Saturation water ratio | UNIT_lb_lb_xg | lb/lb | lb/lb [xg] | lb/lb lb/lb [xg] |
UNIT_kg_kg_xg | 127 | |
lb/kmol | Mole weight | UNIT_lb_kmol | lb/kmol | lb/kmol | lb/kmol | UNIT_kg_kmol | 128 | |
Btu/lb [ncv] | Calorific value (per mass unit) | UNIT_btu_lb_ncv | Btu/lb | Btu/lb [ncv] | Btu/lb Btu/lb [ncv] btu/lb |
UNIT_kJ_kg_ncv | 129 | |
ft/s | Speed | UNIT_ft_s | ft/s | ft/s | ft/s | UNIT_m_s | 130 | |
lb/lb [rg] | Ratio of water | UNIT_lb_lb_x_rg | lb/lb | lb/lb [rg] | lb/lb lb/lb [rg] |
UNIT_kg_kg_x_rg | 131 | |
ct/min | Price per time | UNIT_CENT_min | ct/min | ct/min | ct/min Cent/min |
UNIT_EUR_h | 132 | |
DM/h | Price per time | UNIT_DM_h | DM/h | DM/h | DM/h | UNIT_EUR_h | 133 | |
Pf/min | Price per time | UNIT_PFENNIG_min | Pf/min | Pf/min | Pf/min | UNIT_EUR_h | 134 | |
% [x] | Phase fraction | UNIT_Prz_x | % | % [x] | % % [x] Prz |
UNIT_kg_kg_x | 137 | |
% [xg] | Saturation water ratio | UNIT_Prz_xg | % | % [xg] | % % [xg] Prz |
UNIT_kg_kg_xg | 138 | |
g/mol | Mole weight | UNIT_g_mol | g/mol | g/mol | g/mol | UNIT_kg_kmol | 139 | |
ppm | unitless | UNIT_ppm | ppm | ppm | ppm | UNIT_1 | 140 | |
ppm [xg] | Saturation water ratio | UNIT_ppm_xg | ppm | ppm [xg] | ppm ppm [xg] |
UNIT_kg_kg_xg | 141 | |
MW/kg | Energy per mass and time | UNIT_MW_kg | MW/kg | MW/kg | MW/kg | UNIT_kW_kg | 142 | |
hp/lb | Energy per mass and time | UNIT_hp_lb | hp/lb | hp/lb | hp/lb | UNIT_kW_kg | 143 | |
mg/m³ | Density | UNIT_mg_m3 | mg/m³ | mg/m³ | mg/m³ mg/m3 |
UNIT_kg_m3 | 144 | |
1/ft6 | Friction coefficient | UNIT_1_ft6 | 1/ft6 | 1/ft6 | 1/ft6 | UNIT_1_m6 | 145 | |
kg/h | Mass flow | UNIT_kg_h | kg/h | kg/h | kg/h | UNIT_kg_s | 146 | |
mA | Electric current | UNIT_mA | mA | mA | mA | UNIT_A | 147 | |
t/s | Mass flow | UNIT_t_s | t/s | t/s | t/s | UNIT_kg_s | 148 | |
€/MWh | Price per energy unit | UNIT_EUR_MWh | €/MWh | €/MWh | €/MWh EUR/MWh |
UNIT_EUR_kWh | 149 | |
ct/kWh | Price per energy unit | UNIT_CENT_kWh | ct/kWh | ct/kWh | ct/kWh Cent/kWh |
UNIT_EUR_kWh | 150 | |
€/t | Price per mass unit | UNIT_EUR_t | €/t | €/t | €/t EUR/t |
UNIT_EUR_kg | 151 | |
ct/kg | Price per mass unit | UNIT_CENT_kg | ct/kg | ct/kg | ct/kg Cent/kg |
UNIT_EUR_kg | 152 | |
kV | Voltage | UNIT_kV | kV | kV | kV KV |
UNIT_V | 153 | |
g/kg | Mass ratio | UNIT_g_kg | g/kg | g/kg | g/kg | UNIT_kg_kg | 158 | |
mg/kg | Mass ratio | UNIT_mg_kg | mg/kg | mg/kg | mg/kg | UNIT_kg_kg | 159 | |
Vol% | Volume ratio | UNIT_Prz_vol | Vol% | Vol% | Vol% % Prz Vol-% Vol.% |
UNIT_m3_m3 | 160 | |
ppm [vol] | Volume ratio | UNIT_ppm_vol | ppm | ppm [vol] | ppm ppm [vol] Vol-ppm |
UNIT_m3_m3 | 161 | |
ft³/ft³ | Volume ratio | UNIT_ft3_ft3 | ft³/ft³ | ft³/ft³ | ft³/ft³ ft3/ft3 |
UNIT_m3_m3 | 162 | |
t | Mass | UNIT_t | t | t | t | UNIT_kg | 164 | |
g | Mass | UNIT_g | g | g | g | UNIT_kg | 165 | |
mg | Mass | UNIT_mg | mg | mg | mg | UNIT_kg | 166 | |
lb | Mass | UNIT_lb | lb | lb | lb | UNIT_kg | 167 | |
klb | Mass | UNIT_klb | klb | klb | klb | UNIT_kg | 168 | |
ct | Price | UNIT_CENT | ct | ct | ct Cent |
UNIT_EUR | 169 | |
DM | Price | UNIT_DM | DM | DM | DM | UNIT_EUR | 170 | |
Pfg | Price | UNIT_Pfennig | Pfg | Pfg | Pfg Pfennig |
UNIT_EUR | 171 | |
l/min | Volume flow | UNIT_l_min | l/min | l/min | l/min | UNIT_m3_s | 172 | |
l/h | Volume flow | UNIT_l_h | l/h | l/h | l/h | UNIT_m3_s | 173 | |
mV | Voltage | UNIT_mV | mV | mV | mV | UNIT_V | 174 | |
mm | Length | UNIT_mm | mm | mm | mm | UNIT_m | 176 | |
cm | Length | UNIT_cm | cm | cm | cm | UNIT_m | 177 | |
km | Length | UNIT_km | km | km | km | UNIT_m | 178 | |
yd | Length | UNIT_yd | yd | yd | yd | UNIT_m | 179 | |
in | Length | UNIT_in | in | in | in | UNIT_m | 180 | |
mi | Length | UNIT_mi | mi | mi | mi | UNIT_m | 181 | |
mm² | Area | UNIT_mm2 | mm² | mm² | mm² mm2 |
UNIT_m2 | 182 | |
cm² | Area | UNIT_cm2 | cm² | cm² | cm² cm2 qcm |
UNIT_m2 | 183 | |
l | Volume | UNIT_l | l | l | l ltr |
UNIT_m3 | 184 | |
km² | Area | UNIT_km2 | km² | km² | km² km2 qkm |
UNIT_m2 | 185 | |
yd² | Area | UNIT_yd2 | yd² | yd² | yd² yd2 |
UNIT_m2 | 186 | |
in² | Area | UNIT_in2 | in² | in² | in² in2 |
UNIT_m2 | 187 | |
mi² | Area | UNIT_mi2 | mi² | mi² | mi² mi2 |
UNIT_m2 | 188 | |
ft³ | Volume | UNIT_ft3 | ft³ | ft³ | ft³ ft3 |
UNIT_m3 | 189 | |
mm³ | Volume | UNIT_mm3 | mm³ | mm³ | mm³ mm3 |
UNIT_m3 | 190 | |
cm³ | Volume | UNIT_cm3 | cm³ | cm³ | cm³ cm3 |
UNIT_m3 | 191 | |
km³ | Volume | UNIT_km3 | km³ | km³ | km³ km3 |
UNIT_m3 | 192 | |
yd³ | Volume | UNIT_yd3 | yd³ | yd³ | yd³ yd3 |
UNIT_m3 | 193 | |
in³ | Volume | UNIT_in3 | in³ | in³ | in³ in3 |
UNIT_m3 | 194 | |
mi³ | Volume | UNIT_mi3 | mi³ | mi³ | mi³ mi3 |
UNIT_m3 | 195 | |
gal | Volume | UNIT_gal | gal | gal | gal gal(US) |
UNIT_m3 | 196 | |
kg/Nm³ | Normalized concentration | UNIT_kg_Nm3 | kg/Nm³ | kg/Nm³ | kg/Nm³ kg/Nm3 |
UNIT_mg_Nm3 | 197 | |
tm³/h | Volume flow | UNIT_tm3_h | tm³/h | tm³/h | tm³/h tm3/h |
UNIT_m3_s | 198 | |
Mm³/h | Volume flow | UNIT_Mm3_h | Mm³/h | Mm³/h | Mm³/h Mm3/h |
UNIT_m3_s | 199 | |
mmWS | Pressure | UNIT_mmWS | mmWS | mmWS | mmWS mmH2O |
UNIT_bar | 201 | |
mWS | Pressure | UNIT_mWS | mWS | mWS | mWS | UNIT_bar | 202 | |
Pa | Pressure | UNIT_Pa | Pa | Pa | Pa | UNIT_bar | 203 | |
kA | Electric current | UNIT_kA | kA | kA | kA | UNIT_A | 204 | |
l/s | Volume flow | UNIT_l_s | l/s | l/s | l/s L/S ltr/s Ltr/s |
UNIT_m3_s | 205 | |
Hz | Rotary speed | UNIT_Hz | Hz | Hz | Hz HZ |
UNIT_1_min | 206 | |
mmHg | Pressure | UNIT_mmHg | mmHg | mmHg | mmHg mmHG |
UNIT_bar | 207 | |
mg/l | Density | UNIT_mg_l | mg/l | mg/l | mg/l mg/L |
UNIT_kg_m3 | 208 | |
at | Pressure | UNIT_at | at | at | at ata |
UNIT_bar | 209 | |
kcal/kg | Specific enthalpy | UNIT_kcal_kg | kcal/kg | kcal/kg | kcal/kg | UNIT_kJ_kg | 210 | |
kcal/kg [ncv] | Calorific value (per mass unit) | UNIT_kcal_kg_ncv | kcal/kg | kcal/kg [ncv] | kcal/kg kcal/kg [ncv] |
UNIT_kJ_kg_ncv | 211 | |
kcal/(kg*K) [S] | Entropy | UNIT_kcal_kgK_S | kcal/(kg*K) | kcal/(kg*K) [S] | kcal/(kg*K) kcal/(kg*K) [S] |
UNIT_kJ_kgK_S | 212 | |
kcal/kgK | Specific heat capacity (per mass) | UNIT_kcal_kgK_cp | kcal/kgK | kcal/kgK | kcal/kgK kcal/(kg*K) |
UNIT_kJ_kgK_cp | 213 | |
kW/m² | Heat flux density | UNIT_kW_m2 | kW/m² | kW/m² | kW/m² kW/m2 |
UNIT_W_m2 | 214 | |
kcal/m²h | Heat flux density | UNIT_kcal_m2h | kcal/m²h | kcal/m²h | kcal/m²h kcal/m2h |
UNIT_W_m2 | 215 | |
W | Power | UNIT_W | W | W | W | UNIT_kW | 216 | |
kPa | Pressure | UNIT_kPa | kPa | kPa | kPa | UNIT_bar | 217 | |
Nm/kg | Specific enthalpy | UNIT_Nm_kg | Nm/kg | Nm/kg | Nm/kg | UNIT_kJ_kg | 218 | |
kVA | Apparent power | UNIT_kVA | kVA | kVA | kVA | 219 | ||
MVA | Apparent power | UNIT_MVA | MVA | MVA | MVA | UNIT_kVA | 220 | |
VA | Apparent power | UNIT_VA | VA | VA | VA | UNIT_kVA | 221 | |
kvar | Idle power | UNIT_kVAr | kvar | kvar | kvar kVAr kVAR |
222 | ||
Mvar | Idle power | UNIT_MVAr | Mvar | Mvar | Mvar MVAr MVAR |
UNIT_kVAr | 223 | |
var | Idle power | UNIT_VAr | var | var | var VAR VAr |
UNIT_kVAr | 224 | |
atm | Pressure | UNIT_atm | atm | atm | atm | UNIT_bar | 225 | |
g/s | Mass flow | UNIT_g_s | g/s | g/s | g/s | UNIT_kg_s | 226 | |
kg/ms | Dynamic Viscosity | UNIT_kg_ms | kg/ms | kg/ms | kg/ms kg/(m*s) |
227 | ||
W/mK | Thermal conductivity | UNIT_W_mK | W/mK | W/mK | W/mK W/(m*K) |
228 | ||
inHg | Pressure | UNIT_inHg | inHg | inHg | inHg inHG |
UNIT_bar | 229 | |
ft [geopot] | Geopotential Height | UNIT_ft_geopot | ft | ft [geopot] | ft ft [geopot] |
UNIT_m_geopot | 230 | |
km [geopot] | Geopotential Height | UNIT_km_geopot | km | km [geopot] | km km [geopot] |
UNIT_m_geopot | 231 | |
yd [geopot] | Geopotential Height | UNIT_yd_geopot | yd | yd [geopot] | yd yd [geopot] |
UNIT_m_geopot | 232 | |
mi [geopot] | Geopotential Height | UNIT_mi_geopot | mi | mi [geopot] | mi mi [geopot] |
UNIT_m_geopot | 233 | |
rad | Degrees | UNIT_rad | rad | rad | rad | UNIT_deg | 234 | |
1/° | 1/Degrees | UNIT_1_deg | 1/° | 1/° | 1/° 1/Grd 1/Grad 1/deg 1/GRD 1/grd 1/DEG 1/Deg |
235 | ||
1/°² | 1/Degrees^2 | UNIT_1_deg2 | 1/°² | 1/°² | 1/°² 1/°2 1/Grd2 1/Grad2 1/deg2 1/Grd² 1/Grad² 1/deg² 1/DEG2 1/Deg2 1/GRD2 1/grd2 1/DEG² 1/Deg² 1/GRD² 1/grd² |
236 | ||
1/°³ | 1/Degrees^3 | UNIT_1_deg3 | 1/°³ | 1/°³ | 1/°³ 1/°3 1/Grd3 1/Grad3 1/deg3 1/Grd³ 1/Grad³ 1/deg³ 1/DEG3 1/Deg3 1/GRD3 1/grd3 1/DEG³ 1/Deg³ 1/GRD³ 1/grd³ |
237 | ||
1/°4 | 1/Degrees^4 | UNIT_1_deg4 | 1/°4 | 1/°4 | 1/°4 1/Grd4 1/Grad4 1/deg4 1/DEG4 1/Deg4 1/GRD4 1/grd4 |
238 | ||
1/°5 | 1/Degrees^5 | UNIT_1_deg5 | 1/°5 | 1/°5 | 1/°5 1/Grd5 1/Grad5 1/deg5 1/DEG5 1/Deg5 1/GRD5 1/grd5 |
239 | ||
1/rad | 1/Degrees | UNIT_1_rad | 1/rad | 1/rad | 1/rad | UNIT_1_deg | 240 | |
1/rad² | 1/Degrees^2 | UNIT_1_rad2 | 1/rad² | 1/rad² | 1/rad² 1/rad2 |
UNIT_1_deg2 | 241 | |
1/rad³ | 1/Degrees^3 | UNIT_1_rad3 | 1/rad³ | 1/rad³ | 1/rad³ 1/rad3 |
UNIT_1_deg3 | 242 | |
1/rad4 | 1/Degrees^4 | UNIT_1_rad4 | 1/rad4 | 1/rad4 | 1/rad4 | UNIT_1_deg4 | 243 | |
1/rad5 | 1/Degrees^5 | UNIT_1_rad5 | 1/rad5 | 1/rad5 | 1/rad5 | UNIT_1_deg5 | 244 | |
1/K | 1/Temperature difference | UNIT_1_K | 1/K | 1/K | 1/K | 245 | ||
1/K² | 1/Temperature difference^2 | UNIT_1_K2 | 1/K² | 1/K² | 1/K² 1/K2 |
246 | ||
1/K³ | 1/Temperature difference^3 | UNIT_1_K3 | 1/K³ | 1/K³ | 1/K³ 1/K3 |
247 | ||
1/K4 | 1/Temperature difference^4 | UNIT_1_K4 | 1/K4 | 1/K4 | 1/K4 | 248 | ||
1/R | 1/Temperature difference | UNIT_1_R | 1/R | 1/R | 1/R 1/°R 1/Ra |
UNIT_1_K | 249 | |
1/R² | 1/Temperature difference^2 | UNIT_1_R2 | 1/R² | 1/R² | 1/R² 1/R2 1/°R² 1/°R2 1/Ra² 1/Ra2 |
UNIT_1_K2 | 250 | |
1/R³ | 1/Temperature difference^3 | UNIT_1_R3 | 1/R³ | 1/R³ | 1/R³ 1/R3 1/°R³ 1/°R3 1/Ra³ 1/Ra3 |
UNIT_1_K3 | 251 | |
1/R4 | 1/Temperature difference^4 | UNIT_1_R4 | 1/R4 | 1/R4 | 1/R4 1/°R4 1/Ra4 |
UNIT_1_K4 | 252 | |
W/m | Power/length | UNIT_W_m | W/m | W/m | W/m | 253 | ||
kW/m | Power/length | UNIT_kW_m | kW/m | kW/m | kW/m | UNIT_W_m | 254 | |
kcal/mh | Power/length | UNIT_kcal_mh | kcal/mh | kcal/mh | kcal/mh | UNIT_W_m | 255 | |
K | Temperature | UNIT_degK | K | K | K °K GrdK GRDK grdK DegK DEGK degK |
UNIT_degC | 256 | |
s | Time | UNIT_s | s | s | s | 257 | ||
min | Time | UNIT_min | min | min | min | UNIT_s | 258 | |
h | Time | UNIT_h | h | h | h | UNIT_s | 259 | |
d | Time | UNIT_d | d | d | d | UNIT_s | 260 | |
K/m | Temperature change per length | UNIT_K_m | K/m | K/m | K/m | 261 | ||
kJ/kgm | Enthalpy change per length | UNIT_kJ_kgm | kJ/kgm | kJ/kgm | kJ/kgm | 262 | ||
K/cm | Temperature change per length | UNIT_K_cm | K/cm | K/cm | K/cm | UNIT_K_m | 263 | |
K/mm | Temperature change per length | UNIT_K_mm | K/mm | K/mm | K/mm | UNIT_K_m | 264 | |
K/km | Temperature change per length | UNIT_K_km | K/km | K/km | K/km | UNIT_K_m | 265 | |
K/ft | Temperature change per length | UNIT_K_ft | K/ft | K/ft | K/ft | UNIT_K_m | 266 | |
K/yd | Temperature change per length | UNIT_K_yd | K/yd | K/yd | K/yd | UNIT_K_m | 267 | |
R/ft | Temperature change per length | UNIT_R_ft | R/ft | R/ft | R/ft °R/ft Ra/ft |
UNIT_K_m | 268 | |
R/yd | Temperature change per length | UNIT_R_yd | R/yd | R/yd | R/yd °R/yd Ra/yd |
UNIT_K_m | 269 | |
Btu/lbft | Enthalpy change per length | UNIT_btu_lbft | Btu/lbft | Btu/lbft | Btu/lbft btu/lbft |
UNIT_kJ_kgm | 270 | |
date-time | date/time | UNIT_datetime | date-time | date-time |
271 | |||
kW/kgK | Specific thermal transmittance | UNIT_kW_kgK | kW/kgK | kW/kgK | kW/kgK | 272 | ||
W/kgK | Specific thermal transmittance | UNIT_W_kgK | W/kgK | W/kgK | W/kgK | UNIT_kW_kgK | 273 | |
W/gK | Specific thermal transmittance | UNIT_W_gK | W/gK | W/gK | W/gK | UNIT_kW_kgK | 274 | |
kBtu/lbhF | Specific thermal transmittance | UNIT_kbtu_lbhF | kBtu/lbhF | kBtu/lbhF | kBtu/lbhF kbtu/lbhF |
UNIT_kW_kgK | 275 | |
bar/m | Pressure change per length | UNIT_bar_m | bar/m | bar/m | bar/m | 276 | ||
mbar/m | Pressure change per length | UNIT_mbar_m | mbar/m | mbar/m | mbar/m | UNIT_bar_m | 277 | |
bar/cm | Pressure change per length | UNIT_mbar_cm | bar/cm | bar/cm | bar/cm | UNIT_bar_m | 278 | |
psia/ft | Pressure change per length | UNIT_psia_ft | psia/ft | psia/ft | psia/ft | UNIT_bar_m | 279 | |
kt | Mass | UNIT_kt | kt | kt | kt | UNIT_kg | 280 | |
Mt | Mass | UNIT_Mt | Mt | Mt | Mt | UNIT_kg | 281 | |
mN/m | Surface tension | UNIT_mN_m | mN/m | mN/m | mN/m | 282 | ||
N/m | Surface tension | UNIT_N_m | N/m | N/m | N/m | UNIT_mN_m | 283 | |
W/mK² | Heat flow per length per temperature difference^2 | UNIT_W_mK2 | W/mK² | W/mK² | W/mK² W/mK2 |
284 | ||
W/mK³ | Heat flow per length per temperature difference^3 | UNIT_W_mK3 | W/mK³ | W/mK³ | W/mK³ W/mK3 |
285 | ||
W/mK4 | Heat flow per length per temperature difference^4 | UNIT_W_mK4 | W/mK4 | W/mK4 | W/mK4 | 286 | ||
m/K | Length per temperature difference | UNIT_m_K | m/K | m/K | m/K | 287 | ||
m/K² | Length per temperature difference^2 | UNIT_m_K2 | m/K² | m/K² | m/K² m/K2 |
288 | ||
m²/s | Kinematic viscosity | UNIT_m2_s | m²/s | m²/s | m²/s m2/s |
289 | ||
ft²/s | Kinematic viscosity | UNIT_ft2_s | ft²/s | ft²/s | ft²/s ft2/s |
UNIT_m2_s | 290 | |
mm²/s | Kinematic viscosity | UNIT_mm2_s | mm²/s | mm²/s | mm²/s mm2/s |
UNIT_m2_s | 291 | |
cm²/s | Kinematic viscosity | UNIT_cm2_s | cm²/s | cm²/s | cm²/s cm2/s |
UNIT_m2_s | 292 | |
in²/s | Kinematic viscosity | UNIT_in2_s | in²/s | in²/s | in²/s in2/s |
UNIT_m2_s | 293 | |
Pa*s | Dynamic Viscosity | UNIT_Pas | Pa*s | Pa*s | Pa*s | UNIT_kg_ms | 294 | |
mPa*s | Dynamic Viscosity | UNIT_mPas | mPa*s | mPa*s | mPa*s | UNIT_kg_ms | 295 | |
kJ | Energy/Heat/Work | UNIT_kJ | kJ | kJ | kJ | 296 | ||
J | Energy/Heat/Work | UNIT_J | J | J | J | UNIT_kJ | 297 | |
MJ | Energy/Heat/Work | UNIT_MJ | MJ | MJ | MJ | UNIT_kJ | 298 | |
kWh | Energy/Heat/Work | UNIT_kWh | kWh | kWh | kWh | UNIT_kJ | 299 | |
MWh | Energy/Heat/Work | UNIT_MWh | MWh | MWh | MWh | UNIT_kJ | 300 | |
g/m³ | Density | UNIT_g_m3 | g/m³ | g/m³ | g/m³ g/m3 |
UNIT_kg_m3 | 301 | |
Nm³/s | Normalized volume flow | UNIT_Nm3_s | Nm³/s | Nm³/s | Nm³/s Nm3/s |
302 | ||
Nm³/h | Normalized volume flow | UNIT_Nm3_h | Nm³/h | Nm³/h | Nm³/h Nm3/h |
UNIT_Nm3_s | 303 | |
kNm³/h | Normalized volume flow | UNIT_kNm3_h | kNm³/h | kNm³/h | kNm³/h kNm3/h |
UNIT_Nm3_s | 304 | |
kg/m³K | Density change per temperature | UNIT_kg_m3K | kg/m³K | kg/m³K | kg/m³K kg/m3K |
305 | ||
lb/ft³R | Density change per temperature | UNIT_lb_ft3R | lb/ft³R | lb/ft³R | lb/ft³R lb/ft3R lb/ft³°R lb/ft3°R lb/ft³Ra lb/ft3Ra |
UNIT_kg_m3K | 306 | |
g/m³K | Density change per temperature | UNIT_g_m3K | g/m³K | g/m³K | g/m³K g/m3K |
UNIT_kg_m3K | 307 | |
kg/lK | Density change per temperature | UNIT_kg_lK | kg/lK | kg/lK | kg/lK | UNIT_kg_m3K | 308 | |
g/lK | Density change per temperature | UNIT_g_lK | g/lK | g/lK | g/lK | UNIT_kg_m3K | 309 | |
g/cm³K | Density change per temperature | UNIT_g_cm3K | g/cm³K | g/cm³K | g/cm³K g/cm3K |
UNIT_kg_m3K | 310 | |
kJ/kgK² | Specific heat capacity change per temperature | UNIT_kJ_kgK2 | kJ/kgK² | kJ/kgK² | kJ/kgK² kJ/kgK2 |
311 | ||
Btu/lbR² | Specific heat capacity change per temperature | UNIT_btu_lbR2 | Btu/lbR² | Btu/lbR² | Btu/lbR² Btu/lbR2 btu/lbR² btu/lbR2 Btu/lb°R² Btu/lb°R2 btu/lb°R² btu/lb°R2 Btu/lbRa² Btu/lbRa2 btu/lbRa² btu/lbRa2 |
UNIT_kJ_kgK2 | 312 | |
kg/l | Density | UNIT_kg_l | kg/l | kg/l | kg/l | UNIT_kg_m3 | 313 | |
g/l | Density | UNIT_g_l | g/l | g/l | g/l | UNIT_kg_m3 | 314 | |
g/cm³ | Density | UNIT_g_cm3 | g/cm³ | g/cm³ | g/cm³ g/cm3 |
UNIT_kg_m3 | 315 | |
kcal/kWh | Heat rate | UNIT_kcal_kWh | kcal/kWh | kcal/kWh | kcal/kWh | UNIT_kJ_kWh | 316 | |
mrad | Degrees | UNIT_mrad | mrad | mrad | mrad | UNIT_deg | 317 | |
kg²/kJs | Mass flow per net calorific value | UNIT_kg2_kJs | kg²/kJs | kg²/kJs | kg²/kJs kg2/kJs |
318 | ||
lb²/Btus | Mass flow per net calorific value | UNIT_lb2_btus | lb²/Btus | lb²/Btus | lb²/Btus lb2/Btus lb²/btus lb2/btus |
UNIT_kg2_kJs | 319 | |
kW/m²K | Specific heat transfer | UNIT_kW_m2K | kW/m²K | kW/m²K | kW/m²K kW/(m²K) kW/(m2K) kW/m2K |
UNIT_W_m2K | 320 | |
integer | Integral | UNIT_INTEGRAL | integer | integer integral no_dim - |
321 | |||
P | Dynamic Viscosity | UNIT_P | P | P | P Poise |
UNIT_kg_ms | 322 | |
cP | Dynamic Viscosity | UNIT_cP | cP | cP | cP cPoise |
UNIT_kg_ms | 323 | |
St | Kinematic viscosity | UNIT_St | St | St | St Stokes |
UNIT_m2_s | 324 | |
cSt | Kinematic viscosity | UNIT_cSt | cSt | cSt | cSt cStokes |
UNIT_m2_s | 325 | |
lb/h | Mass flow | UNIT_lb_h | lb/h | lb/h | lb/h | UNIT_kg_s | 326 | |
lb/s | Mass flow | UNIT_lb_s | lb/s | lb/s | lb/s | UNIT_kg_s | 327 | |
klb/s | Mass flow | UNIT_klb_s | klb/s | klb/s | klb/s | UNIT_kg_s | 328 | |
oz/s | Mass flow | UNIT_oz_s | oz/s | oz/s | oz/s | UNIT_kg_s | 329 | |
oz/h | Mass flow | UNIT_oz_h | oz/h | oz/h | oz/h | UNIT_kg_s | 330 | |
y³/s | Volume flow | UNIT_y3_s | y³/s | y³/s | y³/s y3/s |
UNIT_m3_s | 331 | |
ft³/s | Volume flow | UNIT_ft3_s | ft³/s | ft³/s | ft³/s ft3/s |
UNIT_m3_s | 332 | |
in³/s | Volume flow | UNIT_in3_s | in³/s | in³/s | in³/s in3/s |
UNIT_m3_s | 333 | |
US-gal/s | Volume flow | UNIT_gal_s | US-gal/s | US-gal/s | US-gal/s gal/s |
UNIT_m3_s | 334 | |
y³/h | Volume flow | UNIT_y3_h | y³/h | y³/h | y³/h y3/h |
UNIT_m3_s | 336 | |
ft³/h | Volume flow | UNIT_ft3_h | ft³/h | ft³/h | ft³/h ft3/h |
UNIT_m3_s | 337 | |
in³/h | Volume flow | UNIT_in3_h | in³/h | in³/h | in³/h in3/h |
UNIT_m3_s | 338 | |
US-gal/h | Volume flow | UNIT_gal_h | US-gal/h | US-gal/h | US-gal/h gal/h |
UNIT_m3_s | 339 | |
kft³/s | Volume flow | UNIT_kft3_s | kft³/s | kft³/s | kft³/s kft3/s |
UNIT_m3_s | 340 | |
kft³/h | Volume flow | UNIT_kft3_h | kft³/h | kft³/h | kft³/h kft3/h |
UNIT_m3_s | 341 | |
m/h | Speed | UNIT_m_h | m/h | m/h | m/h | UNIT_m_s | 342 | |
km/h | Speed | UNIT_km_h | km/h | km/h | km/h | UNIT_m_s | 343 | |
y/s | Speed | UNIT_y_s | y/s | y/s | y/s | UNIT_m_s | 344 | |
in/s | Speed | UNIT_in_s | in/s | in/s | in/s | UNIT_m_s | 345 | |
y/h | Speed | UNIT_y_h | y/h | y/h | y/h | UNIT_m_s | 346 | |
ft/h | Speed | UNIT_ft_h | ft/h | ft/h | ft/h | UNIT_m_s | 347 | |
mi/h | Speed | UNIT_mi_h | mi/h | mi/h | mi/h mph |
UNIT_m_s | 348 | |
W/m°C | Heat flow per length per temperature | UNIT_W_mdegC | W/m°C | W/m°C | W/m°C W/mGrdC W/mCEL W/mCel W/m°Cel W/mC W/mgrdC W/mGRDC W/mDegC W/mDEGC W/mdegC |
349 | ||
W/m°C² | Heat flow per length per temperature^2 | UNIT_W_mdegC2 | W/m°C² | W/m°C² | W/m°C² W/mGrdC² W/mGrdC2 W/mCEL2 W/mCel2 W/m°Cel² W/mC2 W/mgrdC2 W/mGRDC2 W/mDegC2 W/mDEGC2 W/mdegC2 W/mgrdC² W/mGRDC² W/mDegC² W/mDEGC² W/mdegC² |
350 | ||
W/m°C³ | Heat flow per length per temperature^3 | UNIT_W_mdegC3 | W/m°C³ | W/m°C³ | W/m°C³ W/mGrdC³ W/mGrdC3 W/mCEL3 W/mCel3 W/m°Cel³ W/mC3 W/mgrdC3 W/mGRDC3 W/mDegC3 W/mDEGC3 W/mdegC3 W/mgrdC³ W/mGRDC³ W/mDegC³ W/mDEGC³ W/mdegC³ |
351 | ||
W/m°C4 | Heat flow per length per temperature^4 | UNIT_W_mdegC4 | W/m°C4 | W/m°C4 | W/m°C4 W/mGrdC4 W/mCEL4 W/mCel4 W/m°Cel4 W/mC4 W/mgrdC4 W/mGRDC4 W/mDegC4 W/mDEGC4 W/mdegC4 |
352 | ||
m/°C | Length per temperature | UNIT_m_degC | m/°C | m/°C | m/°C m/GrdC m/CEL m/Cel m/°Cel m/C m/grdC m/GRDC m/DegC m/DEGC m/degC |
353 | ||
m/°C² | Length per temperature^2 | UNIT_m_degC2 | m/°C² | m/°C² | m/°C² m/GrdC² m/GrdC2 m/CEL2 m/Cel2 m/°Cel² m/C2 m/grdC2 m/GRDC2 m/DegC2 m/DEGC2 m/degC2 m/grdC² m/GRDC² m/DegC² m/DEGC² m/degC² |
354 | ||
bars/kg | Pressure per massflow | UNIT_bars_kg | bars/kg | bars/kg | bars/kg bar s/kg bar/(kg/s) |
356 | ||
barkg/kJ | Pressure per enthalpy | UNIT_barkg_kJ | barkg/kJ | barkg/kJ | barkg/kJ bar kg/kJ bar/(kJ/kg) |
357 | ||
barK/kW | Pressure per heat transfer coefficient | UNIT_barK_kW | barK/kW | barK/kW | barK/kW bar/(kW/K) |
358 | ||
ppm [kg] | Mass ratio | UNIT_ppm_kg | ppm | ppm [kg] | ppm ppm [kg] |
UNIT_kg_kg | 359 | |
ppm [x] | Phase fraction | UNIT_ppm_x | ppm | ppm [x] | ppm ppm [x] |
UNIT_kg_kg_x | 360 | |
ppm [rg] | Ratio of water | UNIT_ppm_x_rg | ppm | ppm [rg] | ppm ppm [rg] |
UNIT_kg_kg_x_rg | 361 | |
% [kg/kg] | Mass ratio | UNIT_Prz_kg | % | % [kg/kg] | % % [kg/kg] Prz |
UNIT_kg_kg | 362 | |
% [rg] | Ratio of water | UNIT_Prz_x_rg | % | % [rg] | % % [rg] Prz |
UNIT_kg_kg_x_rg | 363 | |
g/kg [x] | Phase fraction | UNIT_g_kg_x | g/kg | g/kg [x] | g/kg g/kg [x] |
UNIT_kg_kg_x | 364 | |
mg/kg [x] | Phase fraction | UNIT_mg_kg_x | mg/kg | mg/kg [x] | mg/kg mg/kg [x] |
UNIT_kg_kg_x | 365 | |
g/kg [xg] | Saturation water ratio | UNIT_g_kg_xg | g/kg | g/kg [xg] | g/kg g/kg [xg] |
UNIT_kg_kg_xg | 366 | |
mg/kg [xg] | Saturation water ratio | UNIT_mg_kg_xg | mg/kg | mg/kg [xg] | mg/kg mg/kg [xg] |
UNIT_kg_kg_xg | 367 | |
g/kg [rg] | Ratio of water | UNIT_g_kg_x_rg | g/kg | g/kg [rg] | g/kg g/kg [rg] |
UNIT_kg_kg_x_rg | 368 | |
mg/kg [rg] | Ratio of water | UNIT_mg_kg_x_rg | mg/kg | mg/kg [rg] | mg/kg mg/kg [rg] |
UNIT_kg_kg_x_rg | 369 | |
1/s | Rotary speed | UNIT_1_s | 1/s | 1/s | 1/s 1/sec s-1 sec-1 |
UNIT_1_min | 370 | |
1/h | Rotary speed | UNIT_1_h | 1/h | 1/h | 1/h h-1 |
UNIT_1_min | 371 | |
°C [delta] | Temperature difference | UNIT_C | °C | °C [delta] | °C °C [delta] GrdC GRDC CEL Cel °Cel C grdC DegC DEGC degC |
UNIT_K | 372 | |
°F [delta] | Temperature difference | UNIT_F | °F | °F [delta] | °F °F [delta] GrdF GRDF F grdF DegF DEGF degF |
UNIT_K | 373 | |
inH2O | Pressure | UNIT_inWS | inH2O | inH2O | inH2O inWS |
UNIT_bar | 374 | |
cmWS | Pressure | UNIT_cmWS | cmWS | cmWS | cmWS cmH2O |
UNIT_bar | 375 | |
kcal | Energy/Heat/Work | UNIT_kcal | kcal | kcal | kcal | UNIT_kJ | 376 | |
cal | Energy/Heat/Work | UNIT_cal | cal | cal | cal | UNIT_kJ | 377 | |
kcal/h | Power | UNIT_kcal_h | kcal/h | kcal/h | kcal/h | UNIT_kW | 378 | |
lb/lbmole | Mole weight | UNIT_lb_lbmole | lb/lbmole | lb/lbmole | lb/lbmole | UNIT_kg_kmol | 379 | |
lbmole/lbmole | Stoichiometric ratio | UNIT_lbmole_lbmole | lbmole/lbmole | lbmole/lbmole | lbmole/lbmole | UNIT_kmol_kmol | 380 | |
kmol/lbmole | Stoichiometric ratio | UNIT_kmol_lbmole | kmol/lbmole | kmol/lbmole | kmol/lbmole | UNIT_kmol_kmol | 381 | |
lbmole/kmol | Stoichiometric ratio | UNIT_lbmole_kmol | lbmole/kmol | lbmole/kmol | lbmole/kmol | UNIT_kmol_kmol | 382 | |
MJ/m³ | Energy density | UNIT_MJ_m3 | MJ/m³ | MJ/m³ | MJ/m³ MJ/m3 |
UNIT_kJ_m3 | 383 | |
Btu | Energy/Heat/Work | UNIT_btu | Btu | Btu | Btu btu BTU |
UNIT_kJ | 384 | |
N | Force | UNIT_N | N | N | N kgm/s² kgm/s2 |
385 | ||
kN | Force | UNIT_kN | kN | kN | kN | UNIT_N | 386 | |
mN | Force | UNIT_mN | mN | mN | mN | UNIT_N | 387 | |
lbf | Force | UNIT_lbf | lbf | lbf | lbf lb |
UNIT_N | 388 | |
kp | Force | UNIT_kp | kp | kp | kp | UNIT_N | 389 | |
PS | Power | UNIT_PS | PS | PS | PS hp(M) hp(metric) |
UNIT_kW | 390 | |
Torr | Pressure | UNIT_Torr | Torr | Torr | Torr | UNIT_bar | 391 | |
1/m | 1/Length | UNIT_1_m | 1/m | 1/m | 1/m | 392 | ||
1/ft | 1/Length | UNIT_1_ft | 1/ft | 1/ft | 1/ft | UNIT_1_m | 393 | |
1/mm | 1/Length | UNIT_1_mm | 1/mm | 1/mm | 1/mm | UNIT_1_m | 394 | |
1/cm | 1/Length | UNIT_1_cm | 1/cm | 1/cm | 1/cm | UNIT_1_m | 395 | |
1/km | 1/Length | UNIT_1_km | 1/km | 1/km | 1/km | UNIT_1_m | 396 | |
1/yd | 1/Length | UNIT_1_yd | 1/yd | 1/yd | 1/yd | UNIT_1_m | 397 | |
1/in | 1/Length | UNIT_1_in | 1/in | 1/in | 1/in | UNIT_1_m | 398 | |
1/mi | 1/Length | UNIT_1_mi | 1/mi | 1/mi | 1/mi | UNIT_1_m | 399 | |
Btu/h | Power | UNIT_btu_h | Btu/h | Btu/h | Btu/h btu/h |
UNIT_kW | 400 | |
kBtu/h | Power | UNIT_kbtu_h | kBtu/h | kBtu/h | kBtu/h kbtu/h |
UNIT_kW | 401 | |
MBtu/h | Power | UNIT_Mbtu_h | MBtu/h | MBtu/h | MBtu/h Mbtu/h |
UNIT_kW | 402 | |
m²/W | Inverse Heat Flux | UNIT_m2_W | m²/W | m²/W | m²/W m2/W |
403 | ||
kJ/Nm³ | Energy density per normalized volume | UNIT_kJ_Nm3 | kJ/Nm³ | kJ/Nm³ | kJ/Nm³ kJ/Nm3 |
404 | ||
MJ/Nm³ | Energy density per normalized volume | UNIT_MJ_Nm3 | MJ/Nm³ | MJ/Nm³ | MJ/Nm³ MJ/Nm3 |
UNIT_kJ_Nm3 | 405 | |
MJ/SCM | Energy density per normalized volume | UNIT_MJ_SCM | MJ/SCM | MJ/SCM | MJ/SCM MJ/scm |
UNIT_kJ_Nm3 | 406 | |
btu/SCF | Energy density per normalized volume | UNIT_btu_SCF | btu/SCF | btu/SCF | btu/SCF btu/scf btu/sft³ |
UNIT_kJ_Nm3 | 407 | |
oz | Mass | UNIT_oz | oz | oz | oz | UNIT_kg | 408 | |
gr | Mass | UNIT_gr | gr | gr | gr | UNIT_kg | 409 | |
mg/SCM | Normalized concentration | UNIT_mg_SCM | mg/SCM | mg/SCM | mg/SCM mg/sm³ |
UNIT_mg_Nm3 | 410 | |
gr/SCF | Normalized concentration | UNIT_gr_SCF | gr/SCF | gr/SCF | gr/SCF gr/sft³ |
UNIT_mg_Nm3 | 411 | |
SCM/s | Normalized volume flow | UNIT_SCM_s | SCM/s | SCM/s | SCM/s sm3/s |
UNIT_Nm3_s | 412 | |
SCF/s | Normalized volume flow | UNIT_SCF_s | SCF/s | SCF/s | SCF/s sft3/s |
UNIT_Nm3_s | 413 | |
path | Path | UNIT_PATH | path | path - |
414 | |||
folder | Folder | UNIT_FOLDER | folder | folder - |
415 | |||
kernelexpression | Kernel-expression | UNIT_KERNELEXPRESSION | kernelexpression | kernelexpression - |
416 | |||
- [kg/kg] | Mass ratio | UNIT_1_kg | - | - [kg/kg] | - - [kg/kg] 1 [an empty string] |
UNIT_kg_kg | 417 | |
kg/kg [xg] | Saturation water ratio | UNIT_kg_kg_1xg | kg/kg | kg/kg [xg] | kg/kg kg/kg [xg] |
UNIT_kg_kg_xg | 418 | |
mol/mol | Stoichiometric ratio | UNIT_mol_mol | mol/mol | mol/mol | mol/mol | UNIT_kmol_kmol | 419 | |
mol% | Stoichiometric ratio | UNIT_mol_prz | mol% | mol% | mol% Mol% Mol-% Mol.% Prz |
UNIT_kmol_kmol | 420 | |
mass% | Mass ratio | UNIT_mass_prz | mass% | mass% | mass% Mass% Mass-% Mass.% Prz % |
UNIT_kg_kg | 421 | |
mol-ppm | Stoichiometric ratio | UNIT_mol_ppm | mol-ppm | mol-ppm | mol-ppm Mol-ppm molppm Molppm ppm |
UNIT_kmol_kmol | 422 | |
ftH2O | Pressure | UNIT_ftH2O | ftH2O | ftH2O | ftH2O ftWS |
UNIT_bar | 423 | |
mTorr | Pressure | UNIT_mTorr | mTorr | mTorr | mTorr | UNIT_bar | 424 | |
oz/in2 | Pressure | UNIT_oz_in2 | oz/in2 | oz/in2 | oz/in2 oz/in² |
UNIT_bar | 425 | |
hPa | Pressure | UNIT_hPa | hPa | hPa | hPa | UNIT_bar | 426 | |
cmHg | Pressure | UNIT_cmHg | cmHg | cmHg | cmHg cmHG |
UNIT_bar | 427 | |
kg/cm2 | Pressure | UNIT_kg_cm2 | kg/cm2 | kg/cm2 | kg/cm2 kg/cm² |
UNIT_bar | 428 | |
g/cm2 | Pressure | UNIT_g_cm2 | g/cm2 | g/cm2 | g/cm2 g/cm² |
UNIT_bar | 429 | |
shton/s | Mass flow | UNIT_shton_s | shton/s | shton/s | shton/s short ton/s |
UNIT_kg_s | 430 | |
shton/h | Mass flow | UNIT_shton_h | shton/h | shton/h | shton/h short ton/h |
UNIT_kg_s | 431 | |
lgton/s | Mass flow | UNIT_lgton_s | lgton/s | lgton/s | lgton/s long ton/s |
UNIT_kg_s | 432 | |
lgton/h | Mass flow | UNIT_lgton_h | lgton/h | lgton/h | lgton/h long ton/h |
UNIT_kg_s | 433 | |
$/h | Price per time | UNIT_DOLLAR_h | $/h | $/h | $/h USD/h AUD/h CAD/h |
UNIT_EUR_h | 434 | |
£/h | Price per time | UNIT_POUND_h | £/h | £/h | £/h GBP/h |
UNIT_EUR_h | 435 | |
¥/h | Price per time | UNIT_YEN_h | ¥/h | ¥/h | ¥/h JPY/h |
UNIT_EUR_h | 436 | |
$/kWh | Price per energy unit | UNIT_DOLLAR_kWh | $/kWh | $/kWh | $/kWh USD/kWh AUD/kWh CAD/kWh |
UNIT_EUR_kWh | 437 | |
£/kWh | Price per energy unit | UNIT_POUND_kWh | £/kWh | £/kWh | £/kWh GBP/kWh |
UNIT_EUR_kWh | 438 | |
¥/kWh | Price per energy unit | UNIT_YEN_kWh | ¥/kWh | ¥/kWh | ¥/kWh JPY/kWh |
UNIT_EUR_kWh | 439 | |
$/kg | Price per mass unit | UNIT_DOLLAR_kg | $/kg | $/kg | $/kg USD/kg AUD/kg CAD/kg |
UNIT_EUR_kg | 440 | |
£/kg | Price per mass unit | UNIT_POUND_kg | £/kg | £/kg | £/kg GBP/kg |
UNIT_EUR_kg | 441 | |
¥/kg | Price per mass unit | UNIT_YEN_kg | ¥/kg | ¥/kg | ¥/kg JPY/kg |
UNIT_EUR_kg | 442 | |
$ | Price | UNIT_DOLLAR | $ | $ | $ USD AUD CAD |
UNIT_EUR | 443 | |
£ | Price | UNIT_POUND | £ | £ | £ GBP |
UNIT_EUR | 444 | |
¥ | Price | UNIT_YEN | ¥ | ¥ | ¥ JPY |
UNIT_EUR | 445 | |
$/s | Price per time | UNIT_DOLLAR_s | $/s | $/s | $/s USD/s AUD/s CAD/s |
UNIT_EUR_h | 446 | |
£/s | Price per time | UNIT_POUND_s | £/s | £/s | £/s GBP/s |
UNIT_EUR_h | 447 | |
¥/s | Price per time | UNIT_YEN_s | ¥/s | ¥/s | ¥/s JPY/s |
UNIT_EUR_h | 448 | |
€/s | Price per time | UNIT_EUR_s | €/s | €/s | €/s EUR/s |
UNIT_EUR_h | 449 | |
ct/s | Price per time | UNIT_CENT_s | ct/s | ct/s | ct/s Cent/s |
UNIT_EUR_h | 450 | |
ct/h | Price per time | UNIT_CENT_h | ct/h | ct/h | ct/h Cent/h |
UNIT_EUR_h | 451 | |
kNm³/s | Normalized volume flow | UNIT_kNm3_s | kNm³/s | kNm³/s | kNm³/s kNm3/s |
UNIT_Nm3_s | 452 | |
kJ/mol | Energy per mole | UNIT_kJ_mol | kJ/mol | kJ/mol | kJ/mol | 453 | ||
J/mol | Energy per mole | UNIT_J_mol | J/mol | J/mol | J/mol | UNIT_kJ_mol | 454 | |
btu/mol | Energy per mole | UNIT_btu_mol | btu/mol | btu/mol | btu/mol | UNIT_kJ_mol | 455 | |
kcal/mol | Energy per mole | UNIT_kcal_mol | kcal/mol | kcal/mol | kcal/mol | UNIT_kJ_mol | 456 | |
US-gal/min | Volume flow | UNIT_gal_min | US-gal/min | US-gal/min | US-gal/min gal/min |
UNIT_m3_s | 457 | |
m*(K/W)^0.5 | Dimension of coefficient CGM (component 73) | UNIT_mSQRT_K_W | m*(K/W)^0.5 | m*(K/W)^0.5 | m*(K/W)^0.5 m*SQRT(K/W) |
458 | ||
m*(K/kW)^0.5 | Dimension of coefficient CGM (component 73) | UNIT_mSQRT_K_kW | m*(K/kW)^0.5 | m*(K/kW)^0.5 | m*(K/kW)^0.5 m*SQRT(K/kW) |
UNIT_mSQRT_K_W | 459 | |
ft*(Rk/W)^0.5 | Dimension of coefficient CGM (component 73) | UNIT_ftSQRT_Rk_W | ft*(Rk/W)^0.5 | ft*(Rk/W)^0.5 | ft*(Rk/W)^0.5 ft*SQRT(Rk/W) |
UNIT_mSQRT_K_W | 460 | |
IG | Volume | UNIT_impgal | IG | IG | IG ImpGal |
UNIT_m3 | 461 | |
IG/s | Volume flow | UNIT_impgal_s | IG/s | IG/s | IG/s ImpGal/s |
UNIT_m3_s | 462 | |
IG/min | Volume flow | UNIT_impgal_min | IG/min | IG/min | IG/min ImpGal/min |
UNIT_m3_s | 463 | |
IG/h | Volume flow | UNIT_impgal_h | IG/h | IG/h | IG/h ImpGal/h |
UNIT_m3_s | 464 | |
IG/d | Volume flow | UNIT_impgal_d | IG/d | IG/d | IG/d ImpGal/d |
UNIT_m3_s | 465 | |
MIGD | Volume flow | UNIT_Mimpgal_d | MIGD | MIGD | MIGD MImpGal/d MIG/d |
UNIT_m3_s | 466 | |
A/K | Electric current temperature coefficient | UNIT_A_K | A/K | A/K | A/K | 467 | ||
mA/K | Electric current temperature coefficient | UNIT_mA_K | mA/K | mA/K | mA/K | UNIT_A_K | 468 | |
V/K | Electric voltage temperature coefficient | UNIT_V_K | V/K | V/K | V/K | 469 | ||
mV/K | Electric voltage temperature coefficient | UNIT_mV_K | mV/K | mV/K | mV/K | UNIT_V_K | 470 | |
A/F | Electric current temperature coefficient | UNIT_A_F | A/F | A/F | A/F | UNIT_A_K | 471 | |
mA/F | Electric current temperature coefficient | UNIT_mA_F | mA/F | mA/F | mA/F | UNIT_A_K | 472 | |
V/F | Electric voltage temperature coefficient | UNIT_V_F | V/F | V/F | V/F | UNIT_V_K | 473 | |
mV/F | Electric voltage temperature coefficient | UNIT_mV_F | mV/F | mV/F | mV/F | UNIT_V_K | 474 | |
Ohm | Ohmic Resistance | UNIT_Ohm | Ohm | Ohm | Ohm | 475 | ||
kOhm | Ohmic Resistance | UNIT_kOhm | kOhm | kOhm | kOhm | UNIT_Ohm | 476 | |
MOhm | Ohmic Resistance | UNIT_MOhm | MOhm | MOhm | MOhm | UNIT_Ohm | 477 | |
F | Capacitance | UNIT_Farad | F | F | F Farad |
478 | ||
mF | Capacitance | UNIT_mFarad | mF | mF | mF mFarad |
UNIT_Farad | 479 | |
µF | Capacitance | UNIT_muFarad | µF | µF | µF µFarad muF muFarad mcF mcFarad uF uFarad |
UNIT_Farad | 480 | |
nF | Capacitance | UNIT_nFarad | nF | nF | nF nFarad |
UNIT_Farad | 481 | |
pF | Capacitance | UNIT_pFarad | pF | pF | pF pFarad |
UNIT_Farad | 482 | |
H | Inductivity | UNIT_Henry | H | H | H Henry |
483 | ||
mH | Inductivity | UNIT_mHenry | mH | mH | mH mHenry |
UNIT_Henry | 484 | |
kH | Inductivity | UNIT_kHenry | kH | kH | kH kHenry |
UNIT_Henry | 485 | |
µH | Inductivity | UNIT_muHenry | µH | µH | µH µHenry muH muHenry mcH mcHenry uH uHenry |
UNIT_Henry | 486 | |
kJ/kgs | Energy per mass and time | UNIT_kJ_kgs | kJ/kgs | kJ/kgs | kJ/kgs | UNIT_kW_kg | 487 | |
kJ/kgh | Energy per mass and time | UNIT_kJ_kgh | kJ/kgh | kJ/kgh | kJ/kgh | UNIT_kW_kg | 488 | |
kWs/kg | Specific enthalpy | UNIT_kWs_kg | kWs/kg | kWs/kg | kWs/kg | UNIT_kJ_kg | 489 | |
kWh/kg | Specific enthalpy | UNIT_kWh_kg | kWh/kg | kWh/kg | kWh/kg | UNIT_kJ_kg | 490 | |
kWs/m³ | Energy density | UNIT_kWs_m3 | kWs/m³ | kWs/m³ | kWs/m³ kWs/m3 |
UNIT_kJ_m3 | 491 | |
kWh/m³ | Energy density | UNIT_kWh_m3 | kWh/m³ | kWh/m³ | kWh/m³ kWh/m3 |
UNIT_kJ_m3 | 492 | |
R | Temperature | UNIT_degR | R | R | R °R GrdR GRDR grdR DegR DEGR degR |
UNIT_degC | 493 | |
Nm | Torque | UNIT_Nm | Nm | Nm | Nm kgm²/s² kgm2/s2 |
494 | ||
kNm | Torque | UNIT_kNm | kNm | kNm | kNm | UNIT_Nm | 495 | |
lbf*ft | Torque | UNIT_lbf_ft | lbf*ft | lbf*ft | lbf*ft lbfft lb*ft lbft |
UNIT_Nm | 496 | |
ozf*in | Torque | UNIT_ozf_in | ozf*in | ozf*in | ozf*in ozfin oz*in ozin |
UNIT_Nm | 497 | |
lbf*in | Torque | UNIT_lbf_in | lbf*in | lbf*in | lbf*in lbfin lb*in lbin |
UNIT_Nm | 498 | |
ozf*ft | Torque | UNIT_ozf_ft | ozf*ft | ozf*ft | ozf*ft ozfft oz*ft ozft |
UNIT_Nm | 499 | |
dyn*m | Torque | UNIT_dynm | dyn*m | dyn*m | dyn*m dynm |
UNIT_Nm | 500 | |
Wh | Energy/Heat/Work | UNIT_Wh | Wh | Wh | Wh | UNIT_kJ | 501 | |
Wh/kg | Specific enthalpy | UNIT_Wh_kg | Wh/kg | Wh/kg | Wh/kg | UNIT_kJ_kg | 502 | |
Wh/m³ | Energy density | UNIT_Wh_m3 | Wh/m³ | Wh/m³ | Wh/m³ Wh/m3 |
UNIT_kJ_m3 | 503 | |
kJ/m² | Irradiation/energy per area | UNIT_kJ_m2 | kJ/m² | kJ/m² | kJ/m² kJ/m2 |
504 | ||
kWh/m² | Irradiation/energy per area | UNIT_kWh_m2 | kWh/m² | kWh/m² | kWh/m² kWh/m2 |
UNIT_kJ_m2 | 505 | |
Wh/m² | Irradiation/energy per area | UNIT_Wh_m2 | Wh/m² | Wh/m² | Wh/m² Wh/m2 |
UNIT_kJ_m2 | 506 | |
Btu/ft² | Irradiation/energy per area | UNIT_btu_ft2 | Btu/ft² | Btu/ft² | Btu/ft² Btu/ft2 btu/ft² btu/ft2 |
UNIT_kJ_m2 | 507 | |
W/m³ | Heat rate per volume | UNIT_W_m3 | W/m³ | W/m³ | W/m³ | 508 | ||
kW/m³ | Heat rate per volume | UNIT_kW_m3 | kW/m³ | kW/m³ | kW/m³ kW/m3 |
UNIT_W_m3 | 509 | |
m²K/kW | Heat resistance | UNIT_m2K_kW | m²K/kW | m²K/kW | m²K/kW m2K/kW |
UNIT_m2K_W | 510 | |
ft²hF/btu | Heat resistance | UNIT_ft2hF_btu | ft²hF/btu | ft²hF/btu | ft²hF/btu ft2hF/btu ft²hF/Btu ft2hF/Btu |
UNIT_m2K_W | 511 | |
MJ/kg | Specific enthalpy | UNIT_MJ_kg | MJ/kg | MJ/kg | MJ/kg | UNIT_kJ_kg | 512 | |
GJ/kg | Specific enthalpy | UNIT_GJ_kg | GJ/kg | GJ/kg | GJ/kg | UNIT_kJ_kg | 513 | |
J/kg | Specific enthalpy | UNIT_J_kg | J/kg | J/kg | J/kg | UNIT_kJ_kg | 514 | |
MJ/kWh | Heat rate | UNIT_MJ_kWh | MJ/kWh | MJ/kWh | MJ/kWh | UNIT_kJ_kWh | 515 | |
GJ/kWh | Heat rate | UNIT_GJ_kWh | GJ/kWh | GJ/kWh | GJ/kWh | UNIT_kJ_kWh | 516 | |
J/kWh | Heat rate | UNIT_J_kWh | J/kWh | J/kWh | J/kWh | UNIT_kJ_kWh | 517 | |
GJ/m³ | Energy density | UNIT_GJ_m3 | GJ/m³ | GJ/m³ | GJ/m³ GJ/m3 |
UNIT_kJ_m3 | 518 | |
J/m³ | Energy density | UNIT_J_m3 | J/m³ | J/m³ | J/m³ J/m3 |
UNIT_kJ_m3 | 519 | |
MJ/m³K | Specific heat capacity per volume | UNIT_MJ_m3K | MJ/m³K | MJ/m³K | MJ/m³K MJ/(m³K) MJ/(m3K) MJ/m3K |
UNIT_kJ_m3K | 520 | |
GJ/m³K | Specific heat capacity per volume | UNIT_GJ_m3K | GJ/m³K | GJ/m³K | GJ/m³K GJ/(m³K) GJ/(m3K) GJ/m3K |
UNIT_kJ_m3K | 521 | |
J/m³K | Specific heat capacity per volume | UNIT_J_m3K | J/m³K | J/m³K | J/m³K J/(m³K) J/(m3K) J/m3K |
UNIT_kJ_m3K | 522 | |
MJ/kgK | Specific heat capacity (per mass) | UNIT_MJ_kgK_cp | MJ/kgK | MJ/kgK | MJ/kgK MJ/(kg*K) |
UNIT_kJ_kgK_cp | 523 | |
GJ/kgK | Specific heat capacity (per mass) | UNIT_GJ_kgK_cp | GJ/kgK | GJ/kgK | GJ/kgK GJ/(kg*K) |
UNIT_kJ_kgK_cp | 524 | |
J/kgK | Specific heat capacity (per mass) | UNIT_J_kgK_cp | J/kgK | J/kgK | J/kgK J/(kg*K) |
UNIT_kJ_kgK_cp | 525 | |
MJ/kgK [S] | Entropy | UNIT_MJ_kgK_S | MJ/kgK | MJ/kgK [S] | MJ/kgK MJ/kgK [S] MJ/(kg*K) |
UNIT_kJ_kgK_S | 526 | |
GJ/kgK [S] | Entropy | UNIT_GJ_kgK_S | GJ/kgK | GJ/kgK [S] | GJ/kgK GJ/kgK [S] GJ/(kg*K) |
UNIT_kJ_kgK_S | 527 | |
J/kgK [S] | Entropy | UNIT_J_kgK_S | J/kgK | J/kgK [S] | J/kgK J/kgK [S] J/(kg*K) |
UNIT_kJ_kgK_S | 528 | |
MJ/kg [ncv] | Calorific value (per mass unit) | UNIT_MJ_kg_ncv | MJ/kg | MJ/kg [ncv] | MJ/kg MJ/kg [ncv] |
UNIT_kJ_kg_ncv | 529 | |
GJ/kg [ncv] | Calorific value (per mass unit) | UNIT_GJ_kg_ncv | GJ/kg | GJ/kg [ncv] | GJ/kg GJ/kg [ncv] |
UNIT_kJ_kg_ncv | 530 | |
J/kg [ncv] | Calorific value (per mass unit) | UNIT_J_kg_ncv | J/kg | J/kg [ncv] | J/kg J/kg [ncv] |
UNIT_kJ_kg_ncv | 531 | |
MJ/kgm | Enthalpy change per length | UNIT_MJ_kgm | MJ/kgm | MJ/kgm | MJ/kgm MJ/(kg*m) |
UNIT_kJ_kgm | 532 | |
GJ/kgm | Enthalpy change per length | UNIT_GJ_kgm | GJ/kgm | GJ/kgm | GJ/kgm GJ/(kg*m) |
UNIT_kJ_kgm | 533 | |
J/kgm | Enthalpy change per length | UNIT_J_kgm | J/kgm | J/kgm | J/kgm J/(kg*m) |
UNIT_kJ_kgm | 534 | |
GJ | Energy/Heat/Work | UNIT_GJ | GJ | GJ | GJ | UNIT_kJ | 535 | |
GW | Power | UNIT_GW | GW | GW | GW | UNIT_kW | 536 | |
TW | Power | UNIT_TW | TW | TW | TW | UNIT_kW | 537 | |
GJ/h | Power | UNIT_GJ_h | GJ/h | GJ/h | GJ/h | UNIT_kW | 538 | |
MJ/h | Power | UNIT_MJ_h | MJ/h | MJ/h | MJ/h | UNIT_kW | 539 | |
kJ/h | Power | UNIT_kJ_h | kJ/h | kJ/h | kJ/h | UNIT_kW | 540 | |
J/h | Power | UNIT_J_h | J/h | J/h | J/h | UNIT_kW | 541 | |
J/s | Power | UNIT_J_s | J/s | J/s | J/s | UNIT_kW | 542 | |
mg/s | Mass flow | UNIT_mg_s | mg/s | mg/s | mg/s | UNIT_kg_s | 543 | |
g/h | Mass flow | UNIT_g_h | g/h | g/h | g/h | UNIT_kg_s | 544 | |
mg/h | Mass flow | UNIT_mg_h | mg/h | mg/h | mg/h | UNIT_kg_s | 545 | |
µg/s | Mass flow | UNIT_mug_s | µg/s | µg/s | µg/s mug/s mcg/s ug/s |
UNIT_kg_s | 546 | |
µg/h | Mass flow | UNIT_mug_h | µg/h | µg/h | µg/h mug/h mcg/h ug/h |
UNIT_kg_s | 547 | |
µg | Mass | UNIT_mug | µg | µg | µg mug mcg ug |
UNIT_kg | 548 | |
µm | Length | UNIT_mum | µm | µm | µm mum mcm um |
UNIT_m | 549 | |
ml | Volume | UNIT_ml | ml | ml | ml | UNIT_m3 | 550 | |
ml/s | Volume flow | UNIT_ml_s | ml/s | ml/s | ml/s | UNIT_m3_s | 551 | |
cm³/s | Volume flow | UNIT_cm3_s | cm³/s | cm³/s | cm³/s cm3/s |
UNIT_m3_s | 552 | |
mm³/s | Volume flow | UNIT_mm3_s | mm³/s | mm³/s | mm³/s mm3/s |
UNIT_m3_s | 553 | |
kW/mK | Thermal conductivity | UNIT_kW_mK | kW/mK | kW/mK | kW/mK kW/(m*K) |
UNIT_W_mK | 554 | |
l/kg | Specific volume | UNIT_l_kg | l/kg | l/kg | l/kg | UNIT_m3_kg | 555 | |
btu/(hftK) | Thermal conductivity | UNIT_btu_hftK | btu/(hftK) | btu/(hftK) | btu/(hftK) btu/hftK |
UNIT_W_mK | 556 | |
W/mm | Power/length | UNIT_W_mm | W/mm | W/mm | W/mm | UNIT_W_m | 557 | |
W/cm | Power/length | UNIT_W_cm | W/cm | W/cm | W/cm | UNIT_W_m | 558 | |
btu/(hft) | Power/length | UNIT_btu_hft | btu/(hft) | btu/(hft) | btu/(hft) btu/hft |
UNIT_W_m | 559 | |
W/ft | Power/length | UNIT_W_ft | W/ft | W/ft | W/ft | UNIT_W_m | 560 | |
W/cm² | Heat flux density | UNIT_W_cm2 | W/cm² | W/cm² | W/cm² W/cm2 |
UNIT_W_m2 | 561 | |
btu/(hft²) | Heat flux density | UNIT_btu_hft2 | btu/(hft²) | btu/(hft²) | btu/(hft²) btu/hft² btu/hft2 |
UNIT_W_m2 | 562 | |
W/ft² | Heat flux density | UNIT_W_ft2 | W/ft² | W/ft² | W/ft² W/ft2 |
UNIT_W_m2 | 563 | |
MW/m³ | Heat rate per volume | UNIT_MW_m3 | MW/m³ | MW/m³ | MW/m³ MW/m3 |
UNIT_W_m3 | 564 | |
btu/(hft³) | Heat rate per volume | UNIT_btu_hft3 | btu/(hft³) | btu/(hft³) | btu/(hft³) btu/hft³ btu/hft3 |
UNIT_W_m3 | 565 | |
W/ft³ | Heat rate per volume | UNIT_W_ft3 | W/ft³ | W/ft³ | W/ft³ W/ft3 |
UNIT_W_m3 | 566 | |
W/kg | Energy per mass and time | UNIT_W_kg | W/kg | W/kg | W/kg | UNIT_kW_kg | 567 | |
ms | Time | UNIT_ms | ms | ms | ms | UNIT_s | 568 | |
µs | Time | UNIT_mus | µs | µs | µs mus mcs us |
UNIT_s | 569 | |
‰ | unitless | UNIT_Promille | ‰ | ‰ | ‰ Promille 1e-3 10^-3 |
UNIT_1 | 570 | |
‰ [x] | Phase fraction | UNIT_Promille_x | ‰ | ‰ [x] | ‰ ‰ [x] Promille |
UNIT_kg_kg_x | 571 | |
‰ [xg] | Saturation water ratio | UNIT_Promille_xg | ‰ | ‰ [xg] | ‰ ‰ [xg] Promille |
UNIT_kg_kg_xg | 572 | |
Vol-‰ | Volume ratio | UNIT_Promille_vol | Vol-‰ | Vol-‰ | Vol-‰ ‰ Promille Vol-Promille |
UNIT_m3_m3 | 573 | |
‰ [kg/kg] | Mass ratio | UNIT_Promille_kg | ‰ | ‰ [kg/kg] | ‰ ‰ [kg/kg] Promille |
UNIT_kg_kg | 574 | |
‰ [rg] | Ratio of water | UNIT_Promille_x_rg | ‰ | ‰ [rg] | ‰ ‰ [rg] Promille |
UNIT_kg_kg_x_rg | 575 | |
mol-‰ | Stoichiometric ratio | UNIT_mol_promille | mol-‰ | mol-‰ | mol-‰ Promille Mol‰ Mol-‰ Mol.‰ ‰ |
UNIT_kmol_kmol | 576 | |
mass‰ | Mass ratio | UNIT_mass_promille | mass‰ | mass‰ | mass‰ Mass‰ Mass-‰ Mass.‰ Promille ‰ |
UNIT_kg_kg | 577 | |
1/W | Inverse Power | UNIT_1_W | 1/W | 1/W | 1/W | 578 | ||
1/V | Inverse Voltage | UNIT_1_V | 1/V | 1/V | 1/V | 579 | ||
string | String | UNIT_STRING | string | string | string | 580 | ||
C | Electrical charge | UNIT_Coul | C | C | C Coul Coulomb |
581 | ||
As | Electrical charge | UNIT_As | As | As | As | UNIT_Coul | 582 | |
Ah | Electrical charge | UNIT_Ah | Ah | Ah | Ah | UNIT_Coul | 583 | |
kAs | Electrical charge | UNIT_kAs | kAs | kAs | kAs | UNIT_Coul | 584 | |
kAh | Electrical charge | UNIT_kAh | kAh | kAh | kAh | UNIT_Coul | 585 | |
A/Ah | Charge rate | UNIT_A_Ah | A/Ah | A/Ah | A/Ah | 586 | ||
mA/mAh | Charge rate | UNIT_mA_mAh | mA/mAh | mA/mAh | mA/mAh | UNIT_A_Ah | 587 | |
mAs | Electrical charge | UNIT_mAs | mAs | mAs | mAs | UNIT_Coul | 588 | |
mAh | Electrical charge | UNIT_mAh | mAh | mAh | mAh | UNIT_Coul | 589 | |
rad/s | Rotary speed | UNIT_rad_s | rad/s | rad/s | rad/s rad/sec |
UNIT_1_min | 590 | |
rad/min | Rotary speed | UNIT_rad_min | rad/min | rad/min | rad/min | UNIT_1_min | 591 | |
A/As | Charge rate | UNIT_A_As | A/As | A/As | A/As | UNIT_A_Ah | 592 | |
1/s [crate] | Charge rate | UNIT_1_s_crate | 1/s | 1/s [crate] | 1/s 1/s [crate] |
UNIT_A_Ah | 593 | |
1/min [crate] | Charge rate | UNIT_1_min_crate | 1/min | 1/min [crate] | 1/min 1/min [crate] |
UNIT_A_Ah | 594 | |
°,' | Degrees | UNIT_deg_min | °,' | °,' | °,' deg,min Grd,min |
UNIT_deg | 595 | |
°,',\" | Degrees | UNIT_deg_min_sec | °,',\" | °,',\" | °,',\" deg,min,sec Grd,min,sec |
UNIT_deg | 596 | |
m³/min | Volume flow | UNIT_m3_min | m³/min | m³/min | m³/min m3/min |
UNIT_m3_s | 597 | |
mol/s | Molar mass flow | UNIT_mol_s | mol/s | mol/s | mol/s | 598 | ||
lbmole/s | Molar mass flow | UNIT_lbmole_s | lbmole/s | lbmole/s | lbmole/s | UNIT_mol_s | 599 | |
kmol/s | Molar mass flow | UNIT_kmol_s | kmol/s | kmol/s | kmol/s | UNIT_mol_s | 600 | |
mmol/s | Molar mass flow | UNIT_mmol_s | mmol/s | mmol/s | mmol/s | UNIT_mol_s | 601 | |
mol/h | Molar mass flow | UNIT_mol_h | mol/h | mol/h | mol/h | UNIT_mol_s | 602 | |
kmol/h | Molar mass flow | UNIT_kmol_h | kmol/h | kmol/h | kmol/h | UNIT_mol_s | 603 | |
mmol/h | Molar mass flow | UNIT_mmol_h | mmol/h | mmol/h | mmol/h | UNIT_mol_s | 604 | |
m³K | Criteria for laminar flow | UNIT_m3K | m³K | m³K | m³K m3K |
605 | ||
mOhm | Ohmic Resistance | UNIT_milliOhm | mOhm | mOhm | mOhm | UNIT_Ohm | 606 | |
1/C | Rate per charge | UNIT_1_Coul | 1/C | 1/C | 1/C 1/Coul |
607 | ||
1/As | Rate per charge | UNIT_1_As | 1/As | 1/As | 1/As | UNIT_1_Coul | 608 | |
1/Ah | Rate per charge | UNIT_1_Ah | 1/Ah | 1/Ah | 1/Ah | UNIT_1_Coul | 609 | |
1/Ad | Rate per charge | UNIT_1_Ad | 1/Ad | 1/Ad | 1/Ad | UNIT_1_Coul | 610 | |
1/Ay | Rate per charge | UNIT_1_Ay | 1/Ay | 1/Ay | 1/Ay | UNIT_1_Coul | 611 | |
1/J | Rate per energy | UNIT_1_J | 1/J | 1/J | 1/J | 612 | ||
1/Ws | Rate per energy | UNIT_1_Ws | 1/Ws | 1/Ws | 1/Ws | UNIT_1_J | 613 | |
1/kWs | Rate per energy | UNIT_1_kWs | 1/kWs | 1/kWs | 1/kWs | UNIT_1_J | 614 | |
1/MWs | Rate per energy | UNIT_1_MWs | 1/MWs | 1/MWs | 1/MWs | UNIT_1_J | 615 | |
1/Wh | Rate per energy | UNIT_1_Wh | 1/Wh | 1/Wh | 1/Wh | UNIT_1_J | 616 | |
1/kWh | Rate per energy | UNIT_1_kWh | 1/kWh | 1/kWh | 1/kWh | UNIT_1_J | 617 | |
1/MWh | Rate per energy | UNIT_1_MWh | 1/MWh | 1/MWh | 1/MWh | UNIT_1_J | 618 | |
1/Wd | Rate per energy | UNIT_1_Wd | 1/Wd | 1/Wd | 1/Wd | UNIT_1_J | 619 | |
1/kWd | Rate per energy | UNIT_1_kWd | 1/kWd | 1/kWd | 1/kWd | UNIT_1_J | 620 | |
1/MWd | Rate per energy | UNIT_1_MWd | 1/MWd | 1/MWd | 1/MWd | UNIT_1_J | 621 | |
1/Wy | Rate per energy | UNIT_1_Wy | 1/Wy | 1/Wy | 1/Wy | UNIT_1_J | 622 | |
1/kWy | Rate per energy | UNIT_1_kWy | 1/kWy | 1/kWy | 1/kWy | UNIT_1_J | 623 | |
1/MWy | Rate per energy | UNIT_1_MWy | 1/MWy | 1/MWy | 1/MWy | UNIT_1_J | 624 | |
1/s [rate] | Rate | UNIT_1_s_rate | 1/s | 1/s [rate] | 1/s 1/s [rate] |
625 | ||
1/min [rate] | Rate | UNIT_1_min_rate | 1/min | 1/min [rate] | 1/min 1/min [rate] |
UNIT_1_s_rate | 626 | |
1/h [rate] | Rate | UNIT_1_h_rate | 1/h | 1/h [rate] | 1/h 1/h [rate] |
UNIT_1_s_rate | 627 | |
1/d | Rate | UNIT_1_d | 1/d | 1/d | 1/d | UNIT_1_s_rate | 628 | |
1/week | Rate | UNIT_1_week | 1/week | 1/week | 1/week | UNIT_1_s_rate | 629 | |
1/year | Rate | UNIT_1_y | 1/year | 1/year | 1/year | UNIT_1_s_rate | 630 | |
1/ms | Rate | UNIT_1_ms | 1/ms | 1/ms | 1/ms | UNIT_1_s_rate | 631 | |
kW/A | Power per current | UNIT_kW_A | kW/A | kW/A | kW/A | 632 | ||
W/A | Power per current | UNIT_W_A | W/A | W/A | W/A | UNIT_kW_A | 633 | |
kW/kA | Power per current | UNIT_kW_kA | kW/kA | kW/kA | kW/kA | UNIT_kW_A | 634 | |
W/kA | Power per current | UNIT_W_kA | W/kA | W/kA | W/kA | UNIT_kW_A | 635 | |
mW/mK | Thermal conductivity | UNIT_mW_mK | mW/mK | mW/mK | mW/mK mW/(m*K) |
UNIT_W_mK | 636 | |
btu/(hftF) | Thermal conductivity | UNIT_btu_hftF | btu/(hftF) | btu/(hftF) | btu/(hftF) btu/hftF |
UNIT_W_mK | 637 | |
cm³/g | Specific volume | UNIT_cm3_g | cm³/g | cm³/g | cm³/g ccm/g |
UNIT_m3_kg | 638 | |
S/m | Specific Electronic Conductivity | UNIT_S_m | S/m | S/m | S/m | 639 | ||
S/cm | Specific Electronic Conductivity | UNIT_S_cm | S/cm | S/cm | S/cm | UNIT_S_m | 640 | |
S/m2 | Electronic Conductivity per Area | UNIT_S_m2 | S/m2 | S/m2 | S/m2 | 641 | ||
S/cm2 | Electronic Conductivity per Area | UNIT_S_cm2 | S/cm2 | S/cm2 | S/cm2 | UNIT_S_m2 | 642 | |
A/m2 | Current Density | UNIT_A_m2 | A/m2 | A/m2 | A/m2 | 643 | ||
mA/cm2 | Current Density | UNIT_mA_cm2 | mA/cm2 | mA/cm2 | mA/cm2 | UNIT_A_m2 | 644 | |
S*K/m | Specific Electronic Conductivity Temperature Product | UNIT_SK_m | S*K/m | S*K/m | S*K/m | 645 | ||
S*K/cm | Specific Electronic Conductivity Temperature Product | UNIT_SK_cm | S*K/cm | S*K/cm | S*K/cm | UNIT_SK_m | 646 | |
m²/kg | Surface area to mass ratio | UNIT_m2_kg | m²/kg | m²/kg | m²/kg | 647 | ||
ft²/lb | Surface area to mass ratio | UNIT_ft2_lb | ft²/lb | ft²/lb | ft²/lb | UNIT_m2_kg | 648 | |
mil | Length | UNIT_mil | mil | mil | mil thou |
UNIT_m | 649 | |
S*K/m2 | Electrical Conductivity Temperature Product per Area | UNIT_SK_m2 | S*K/m2 | S*K/m2 | S*K/m2 | 650 | ||
S*K/cm2 | Electrical Conductivity Temperature Product per Area | UNIT_SK_cm2 | S*K/cm2 | S*K/cm2 | S*K/cm2 | UNIT_SK_m2 | 651 | |
µP | Dynamic Viscosity | UNIT_muP | µP | µP | µP µPoise muP muPoise |
UNIT_kg_ms | 652 | |
µW/cmK | Thermal conductivity | UNIT_muW_cmK | µW/cmK | µW/cmK | µW/cmK µW/(cm*K) muW/cmK muW/(cm*K) |
UNIT_W_mK | 653 | |
m²/s [diff] | Diffusion Coefficient | UNIT_m2_s_diff | m²/s | m²/s [diff] | m²/s m²/s [diff] m2/s |
654 | ||
ft²/s [diff] | Diffusion Coefficient | UNIT_ft2_s_diff | ft²/s | ft²/s [diff] | ft²/s ft²/s [diff] ft2/s |
UNIT_m2_s_diff | 655 | |
mm²/s [diff] | Diffusion Coefficient | UNIT_mm2_s_diff | mm²/s | mm²/s [diff] | mm²/s mm²/s [diff] mm2/s |
UNIT_m2_s_diff | 656 | |
cm²/s [diff] | Diffusion Coefficient | UNIT_cm2_s_diff | cm²/s | cm²/s [diff] | cm²/s cm²/s [diff] cm2/s |
UNIT_m2_s_diff | 657 | |
in²/s [diff] | Diffusion Coefficient | UNIT_in2_s_diff | in²/s | in²/s [diff] | in²/s in²/s [diff] in2/s |
UNIT_m2_s_diff | 658 | |
variant | Variant | UNIT_VARIANT | variant | variant | variant | 659 | ||
kJ/kmolK | Heat per mole and temperature (e.g. for universal gas constant) | UNIT_kJ_kmolK | kJ/kmolK | kJ/kmolK | kJ/kmolK kJ/(kmol*K) |
660 | ||
J/molK | Heat per mole and temperature (e.g. for universal gas constant) | UNIT_J_molK | J/molK | J/molK | J/molK J/(mol*K) |
UNIT_kJ_kmolK | 661 | |
btu/kmolF | Heat per mole and temperature (e.g. for universal gas constant) | UNIT_btu_kmolF | btu/kmolF | btu/kmolF | btu/kmolF btu/(kmol*F) |
UNIT_kJ_kmolK | 662 | |
J/kmolK | Heat per mole and temperature (e.g. for universal gas constant) | UNIT_J_kmolK | J/kmolK | J/kmolK | J/kmolK J/(kmol*K) |
UNIT_kJ_kmolK | 663 | |
kJ/molK | Heat per mole and temperature (e.g. for universal gas constant) | UNIT_kJ_molK | kJ/molK | kJ/molK | kJ/molK kJ/(mol*K) |
UNIT_kJ_kmolK | 664 | |
kJ/kgK [R] | Heat per mass and temperature (e.g. for specific gas constant) | UNIT_kJ_kgK_R | kJ/kgK | kJ/kgK [R] | kJ/kgK kJ/kgK [R] kJ/(kgK) |
665 | ||
Btu/(lbF) [R] | Heat per mass and temperature (e.g. for specific gas constant) | UNIT_btu_lbF_R | Btu/(lbF) | Btu/(lbF) [R] | Btu/(lbF) Btu/(lbF) [R] Btu/lbF btu/(lbF) btu/lbF |
UNIT_kJ_kgK_R | 666 | |
kcal/kgK [R] | Heat per mass and temperature (e.g. for specific gas constant) | UNIT_kcal_kgK_R | kcal/kgK | kcal/kgK [R] | kcal/kgK kcal/kgK [R] kcal/(kg*K) |
UNIT_kJ_kgK_R | 667 | |
MJ/kgK [R] | Heat per mass and temperature (e.g. for specific gas constant) | UNIT_MJ_kgK_R | MJ/kgK | MJ/kgK [R] | MJ/kgK MJ/kgK [R] MJ/(kg*K) |
UNIT_kJ_kgK_R | 668 | |
GJ/kgK [R] | Heat per mass and temperature (e.g. for specific gas constant) | UNIT_GJ_kgK_R | GJ/kgK | GJ/kgK [R] | GJ/kgK GJ/kgK [R] GJ/(kg*K) |
UNIT_kJ_kgK_R | 669 | |
J/kgK [R] | Heat per mass and temperature (e.g. for specific gas constant) | UNIT_J_kgK_R | J/kgK | J/kgK [R] | J/kgK J/kgK [R] J/(kg*K) |
UNIT_kJ_kgK_R | 670 | |
mol | Molar mass | UNIT_mol | mol | mol | mol | 671 | ||
lbmole | Molar mass | UNIT_lbmole | lbmole | lbmole | lbmole | UNIT_mol | 672 | |
kmol | Molar mass | UNIT_kmol | kmol | kmol | kmol | UNIT_mol | 673 | |
mmol | Molar mass | UNIT_mmol | mmol | mmol | mmol | UNIT_mol | 674 | |
kWh/kg [ncv] | Calorific value (per mass unit) | UNIT_kWh_kg_ncv | kWh/kg | kWh/kg [ncv] | kWh/kg kWh/kg [ncv] |
UNIT_kJ_kg_ncv | 675 | |
kWs/kg [ncv] | Calorific value (per mass unit) | UNIT_kWs_kg_ncv | kWs/kg | kWs/kg [ncv] | kWs/kg kWs/kg [ncv] |
UNIT_kJ_kg_ncv | 676 | |
Nm/kg [ncv] | Calorific value (per mass unit) | UNIT_Nm_kg_ncv | Nm/kg | Nm/kg [ncv] | Nm/kg Nm/kg [ncv] |
UNIT_kJ_kg_ncv | 677 | |
Wh/kg [ncv] | Calorific value (per mass unit) | UNIT_Wh_kg_ncv | Wh/kg | Wh/kg [ncv] | Wh/kg Wh/kg [ncv] |
UNIT_kJ_kg_ncv | 678 | |
cm/s | Speed | UNIT_cm_s | cm/s | cm/s | cm/s | UNIT_m_s | 679 | |
mm/s | Speed | UNIT_mm_s | mm/s | mm/s | mm/s | UNIT_m_s | 680 | |
K/bar | K/bar | UNIT_K_bar | K/bar | K/bar | K/bar | 681 | ||
K/Pa | K/bar | UNIT_K_Pa | K/Pa | K/Pa | K/Pa | UNIT_K_bar | 682 | |
F/psia | K/bar | UNIT_F_psi | F/psia | F/psia | F/psia | UNIT_K_bar | 683 | |
kgm2 | Moment of inertia | UNIT_kgm2 | kgm2 | kgm2 | kgm2 | 684 | ||
tm2 | Moment of inertia | UNIT_tm2 | tm2 | tm2 | tm2 | UNIT_kgm2 | 685 | |
lbf*ft*s2 | Moment of inertia | UNIT_lbf_ft_s2 | lbf*ft*s2 | lbf*ft*s2 | lbf*ft*s2 lbffts2 |
UNIT_kgm2 | 686 | |
lb*ft2 | Moment of inertia | UNIT_lb_ft2 | lb*ft2 | lb*ft2 | lb*ft2 lbft2 |
UNIT_kgm2 | 687 | |
thousand | unitless | UNIT_1e3 | thousand | thousand | thousand 1e3 10^3 K k thsnd kilo |
UNIT_1 | 688 | |
million | unitless | UNIT_1e6 | million | million | million 1e6 10^6 M mil mega |
UNIT_1 | 689 | |
1e9 | unitless | UNIT_1e9 | 1e9 | 1e9 | 1e9 10^9 G giga |
UNIT_1 | 690 | |
1e12 | unitless | UNIT_1e12 | 1e12 | 1e12 | 1e12 10^12 T tera |
UNIT_1 | 691 | |
1e15 | unitless | UNIT_1e15 | 1e15 | 1e15 | 1e15 10^15 P peta |
UNIT_1 | 692 | |
1e18 | unitless | UNIT_1e18 | 1e18 | 1e18 | 1e18 10^18 E exa |
UNIT_1 | 693 | |
1e-3 | unitless | UNIT_1e_minus_3 | 1e-3 | 1e-3 | 1e-3 10^-3 milli |
UNIT_1 | 694 | |
1e-6 | unitless | UNIT_1e_minus_6 | 1e-6 | 1e-6 | 1e-6 10^-6 micro |
UNIT_1 | 695 | |
1e-9 | unitless | UNIT_1e_minus_9 | 1e-9 | 1e-9 | 1e-9 10^-9 nano |
UNIT_1 | 696 | |
1e-12 | unitless | UNIT_1e_minus_12 | 1e-12 | 1e-12 | 1e-12 10^-12 pico |
UNIT_1 | 697 | |
1e-15 | unitless | UNIT_1e_minus_15 | 1e-15 | 1e-15 | 1e-15 10^-15 femto |
UNIT_1 | 698 | |
1e-18 | unitless | UNIT_1e_minus_18 | 1e-18 | 1e-18 | 1e-18 10^-18 atto |
UNIT_1 | 699 |