EBSILON®Professional: Dimensions und Units

Dimensions

Jump to Units
Legend Remarks
Dimension EbsScript name Identifier Standard Unit Units Index
not a dimension / error indicator DIM_NOT_PRESENT UNIT_NOT_PRESENT UNIT_NOT_PRESENT 0
none DIM_NONE no_dim UNIT_NONE UNIT_NONE 1
unitless DIM_1 - UNIT_1 UNIT_1
UNIT_Prz
UNIT_ppm
UNIT_Promille
UNIT_1e3
UNIT_1e6
UNIT_1e9
UNIT_1e12
UNIT_1e15
UNIT_1e18
UNIT_1e_minus_3
UNIT_1e_minus_6
UNIT_1e_minus_9
UNIT_1e_minus_12
UNIT_1e_minus_15
UNIT_1e_minus_18
2
Pressure DIM_bar bar UNIT_bar UNIT_bar
UNIT_psia
UNIT_MPa
UNIT_mbar
UNIT_mmWS
UNIT_mWS
UNIT_Pa
UNIT_mmHg
UNIT_at
UNIT_kPa
UNIT_atm
UNIT_inHg
UNIT_inWS
UNIT_cmWS
UNIT_Torr
UNIT_ftH2O
UNIT_mTorr
UNIT_oz_in2
UNIT_hPa
UNIT_cmHg
UNIT_kg_cm2
UNIT_g_cm2
3
Temperature DIM_degC °C UNIT_degC UNIT_degC
UNIT_degF
UNIT_degK
UNIT_degR
4
Specific enthalpy DIM_kJ_kg kJ/kg UNIT_kJ_kg UNIT_kJ_kg
UNIT_btu_lb
UNIT_kcal_kg
UNIT_Nm_kg
UNIT_kWs_kg
UNIT_kWh_kg
UNIT_Wh_kg
UNIT_MJ_kg
UNIT_GJ_kg
UNIT_J_kg
5
Mass flow DIM_kg_s kg/s UNIT_kg_s UNIT_kg_s
UNIT_t_h
UNIT_klb_h
UNIT_kg_h
UNIT_t_s
UNIT_g_s
UNIT_lb_h
UNIT_lb_s
UNIT_klb_s
UNIT_oz_s
UNIT_oz_h
UNIT_shton_s
UNIT_shton_h
UNIT_lgton_s
UNIT_lgton_h
UNIT_mg_s
UNIT_g_h
UNIT_mg_h
UNIT_mug_s
UNIT_mug_h
6
Power DIM_kW kW UNIT_kW UNIT_kW
UNIT_MW
UNIT_hp
UNIT_W
UNIT_kcal_h
UNIT_PS
UNIT_btu_h
UNIT_kbtu_h
UNIT_Mbtu_h
UNIT_GW
UNIT_TW
UNIT_GJ_h
UNIT_MJ_h
UNIT_kJ_h
UNIT_J_h
UNIT_J_s
7
Specific volume DIM_m3_kg m³/kg UNIT_m3_kg UNIT_m3_kg
UNIT_ft3_lb
UNIT_l_kg
UNIT_cm3_g
8
Volume flow DIM_m3_s m³/s UNIT_m3_s UNIT_m3_s
UNIT_Mft3_h
UNIT_m3_h
UNIT_l_min
UNIT_l_h
UNIT_tm3_h
UNIT_Mm3_h
UNIT_l_s
UNIT_y3_s
UNIT_ft3_s
UNIT_in3_s
UNIT_gal_s
UNIT_y3_h
UNIT_ft3_h
UNIT_in3_h
UNIT_gal_h
UNIT_kft3_s
UNIT_kft3_h
UNIT_gal_min
UNIT_impgal_s
UNIT_impgal_min
UNIT_impgal_h
UNIT_impgal_d
UNIT_Mimpgal_d
UNIT_ml_s
UNIT_cm3_s
UNIT_mm3_s
UNIT_m3_min
9
Temperature difference DIM_K K UNIT_K UNIT_K
UNIT_R
UNIT_C
UNIT_F
12
Stoichiometric ratio DIM_kmol_kmol kmol/kmol UNIT_kmol_kmol UNIT_kmol_kmol
UNIT_lbmole_lbmole
UNIT_kmol_lbmole
UNIT_lbmole_kmol
UNIT_mol_mol
UNIT_mol_prz
UNIT_mol_ppm
UNIT_mol_promille
13
Mass ratio DIM_kg_kg kg/kg UNIT_kg_kg UNIT_kg_kg
UNIT_lb_lb
UNIT_g_kg
UNIT_mg_kg
UNIT_ppm_kg
UNIT_Prz_kg
UNIT_1_kg
UNIT_mass_prz
UNIT_Promille_kg
UNIT_mass_promille
14
Heat transfer coefficient / thermal transmittance DIM_kW_K kW/K UNIT_kW_K UNIT_kW_K
UNIT_kbtu_hF
15
Specific heat transfer DIM_W_m2K W/m²K UNIT_W_m2K UNIT_W_m2K
UNIT_btu_ft2hF
UNIT_kW_m2K
16
Rotary speed DIM_1_min 1/min UNIT_1_min UNIT_1_min
UNIT_rpm
UNIT_Hz
UNIT_1_s
UNIT_1_h
UNIT_rad_s
UNIT_rad_min
17
Heat rate DIM_kJ_kWh kJ/kWh UNIT_kJ_kWh UNIT_kJ_kWh
UNIT_btu_kWh
UNIT_kcal_kWh
UNIT_MJ_kWh
UNIT_GJ_kWh
UNIT_J_kWh
18
Energy density DIM_kJ_m3 kJ/m³ UNIT_kJ_m3 UNIT_kJ_m3
UNIT_btu_ft3
UNIT_MJ_m3
UNIT_kWs_m3
UNIT_kWh_m3
UNIT_Wh_m3
UNIT_GJ_m3
UNIT_J_m3
21
Specific heat capacity per volume DIM_kJ_m3K kJ/m³K UNIT_kJ_m3K UNIT_kJ_m3K
UNIT_btu_ft3F
UNIT_MJ_m3K
UNIT_GJ_m3K
UNIT_J_m3K
22
Density DIM_kg_m3 kg/m³ UNIT_kg_m3 UNIT_kg_m3
UNIT_lb_ft3
UNIT_mg_m3
UNIT_mg_l
UNIT_g_m3
UNIT_kg_l
UNIT_g_l
UNIT_g_cm3
23
Length DIM_m m UNIT_m UNIT_m
UNIT_ft
UNIT_mm
UNIT_cm
UNIT_km
UNIT_yd
UNIT_in
UNIT_mi
UNIT_mum
UNIT_mil
24
Specific heat capacity (per mass) DIM_kJ_kgK_cp kJ/kgK UNIT_kJ_kgK_cp UNIT_kJ_kgK_cp
UNIT_btu_lbF_cp
UNIT_kcal_kgK_cp
UNIT_MJ_kgK_cp
UNIT_GJ_kgK_cp
UNIT_J_kgK_cp
26
Area DIM_m2 UNIT_m2 UNIT_m2
UNIT_ft2
UNIT_mm2
UNIT_cm2
UNIT_km2
UNIT_yd2
UNIT_in2
UNIT_mi2
27
Entropy DIM_kJ_kgK_S kJ/kgK [S] UNIT_kJ_kgK_S UNIT_kJ_kgK_S
UNIT_btu_lbF_S
UNIT_kcal_kgK_S
UNIT_MJ_kgK_S
UNIT_GJ_kgK_S
UNIT_J_kgK_S
28
Phase fraction DIM_kg_kg_x kg/kg [x] UNIT_kg_kg_x UNIT_kg_kg_x
UNIT_lb_lb_x
UNIT_Prz_x
UNIT_ppm_x
UNIT_g_kg_x
UNIT_mg_kg_x
UNIT_Promille_x
29
Saturation water ratio DIM_kg_kg_xg kg/kg [xg] UNIT_kg_kg_xg UNIT_kg_kg_xg
UNIT_lb_lb_xg
UNIT_Prz_xg
UNIT_ppm_xg
UNIT_g_kg_xg
UNIT_mg_kg_xg
UNIT_kg_kg_1xg
UNIT_Promille_xg
30
Mole weight DIM_kg_kmol kg/kmol UNIT_kg_kmol UNIT_kg_kmol
UNIT_lb_kmol
UNIT_g_mol
UNIT_lb_lbmole
31
Calorific value (per mass unit) DIM_kJ_kg_ncv kJ/kg [ncv] UNIT_kJ_kg_ncv UNIT_kJ_kg_ncv
UNIT_btu_lb_ncv
UNIT_kcal_kg_ncv
UNIT_MJ_kg_ncv
UNIT_GJ_kg_ncv
UNIT_J_kg_ncv
UNIT_kWh_kg_ncv
UNIT_kWs_kg_ncv
UNIT_Nm_kg_ncv
UNIT_Wh_kg_ncv
32
Speed DIM_m_s m/s UNIT_m_s UNIT_m_s
UNIT_ft_s
UNIT_m_h
UNIT_km_h
UNIT_y_s
UNIT_in_s
UNIT_y_h
UNIT_ft_h
UNIT_mi_h
UNIT_cm_s
UNIT_mm_s
33
Ratio of water DIM_kg_kg_x_rg kg/kg [rg] UNIT_kg_kg_x_rg UNIT_kg_kg_x_rg
UNIT_lb_lb_x_rg
UNIT_ppm_x_rg
UNIT_Prz_x_rg
UNIT_g_kg_x_rg
UNIT_mg_kg_x_rg
UNIT_Promille_x_rg
34
FTYP = 8 DIM_FTYP_8 FTYP_8 UNIT_FTYP_8 UNIT_FTYP_8 35
FTYP = 9 DIM_FTYP_9 FTYP_9 UNIT_FTYP_9 UNIT_FTYP_9 36
Normalized concentration DIM_mg_Nm3 mg/Nm³ UNIT_mg_Nm3 UNIT_mg_Nm3
UNIT_kg_Nm3
UNIT_mg_SCM
UNIT_gr_SCF
37
Price per time DIM_EUR_h €/h UNIT_EUR_h UNIT_EUR_h
UNIT_CENT_min
UNIT_DM_h
UNIT_PFENNIG_min
UNIT_DOLLAR_h
UNIT_POUND_h
UNIT_YEN_h
UNIT_DOLLAR_s
UNIT_POUND_s
UNIT_YEN_s
UNIT_EUR_s
UNIT_CENT_s
UNIT_CENT_h
38
Energy per mass and time DIM_kW_kg kW/kg UNIT_kW_kg UNIT_kW_kg
UNIT_MW_kg
UNIT_hp_lb
UNIT_kJ_kgs
UNIT_kJ_kgh
UNIT_W_kg
39
Friction coefficient DIM_1_m6 1/m^6 UNIT_1_m6 UNIT_1_m6
UNIT_1_ft6
40
Electric current DIM_A Ampere UNIT_A UNIT_A
UNIT_mA
UNIT_kA
41
Price per energy unit DIM_EUR_kWh €/kWh UNIT_EUR_kWh UNIT_EUR_kWh
UNIT_EUR_MWh
UNIT_CENT_kWh
UNIT_DOLLAR_kWh
UNIT_POUND_kWh
UNIT_YEN_kWh
42
Price per mass unit DIM_EUR_kg €/kg UNIT_EUR_kg UNIT_EUR_kg
UNIT_EUR_t
UNIT_CENT_kg
UNIT_DOLLAR_kg
UNIT_POUND_kg
UNIT_YEN_kg
43
Voltage DIM_V Volt UNIT_V UNIT_V
UNIT_kV
UNIT_mV
44
Volume ratio DIM_m3_m3 m³/m³ UNIT_m3_m3 UNIT_m3_m3
UNIT_Prz_vol
UNIT_ppm_vol
UNIT_ft3_ft3
UNIT_Promille_vol
45
Mass DIM_kg kg UNIT_kg UNIT_kg
UNIT_t
UNIT_g
UNIT_mg
UNIT_lb
UNIT_klb
UNIT_kt
UNIT_Mt
UNIT_oz
UNIT_gr
UNIT_mug
46
Price DIM_EUR UNIT_EUR UNIT_EUR
UNIT_CENT
UNIT_DM
UNIT_Pfennig
UNIT_DOLLAR
UNIT_POUND
UNIT_YEN
47
Volume DIM_m3 UNIT_m3 UNIT_m3
UNIT_l
UNIT_ft3
UNIT_mm3
UNIT_cm3
UNIT_km3
UNIT_yd3
UNIT_in3
UNIT_mi3
UNIT_gal
UNIT_impgal
UNIT_ml
48
pH Value DIM_ph pH UNIT_ph UNIT_ph 49
Heat resistance DIM_m2K_W m²K/W UNIT_m2K_W UNIT_m2K_W
UNIT_m2K_kW
UNIT_ft2hF_btu
51
Heat flux density DIM_W_m2 W/m² UNIT_W_m2 UNIT_W_m2
UNIT_kW_m2
UNIT_kcal_m2h
UNIT_W_cm2
UNIT_btu_hft2
UNIT_W_ft2
52
Text DIM_TEXT text UNIT_TEXT UNIT_TEXT 53
Degrees DIM_deg ° UNIT_deg UNIT_deg
UNIT_rad
UNIT_mrad
UNIT_deg_min
UNIT_deg_min_sec
54
Apparent power DIM_kVA kVA UNIT_kVA UNIT_kVA
UNIT_MVA
UNIT_VA
55
Idle power DIM_kVAr kVar UNIT_kVAr UNIT_kVAr
UNIT_MVAr
UNIT_VAr
56
Dynamic Viscosity DIM_kg_ms kg/(m*s) UNIT_kg_ms UNIT_kg_ms
UNIT_Pas
UNIT_mPas
UNIT_P
UNIT_cP
UNIT_muP
57
Thermal conductivity DIM_W_mK W/mK UNIT_W_mK UNIT_W_mK
UNIT_kW_mK
UNIT_btu_hftK
UNIT_mW_mK
UNIT_btu_hftF
UNIT_muW_cmK
58
Geopotential Height DIM_m_geopot m [geopot] UNIT_m_geopot UNIT_m_geopot
UNIT_ft_geopot
UNIT_km_geopot
UNIT_yd_geopot
UNIT_mi_geopot
59
1/Degrees DIM_1_deg 1/° UNIT_1_deg UNIT_1_deg
UNIT_1_rad
60
1/Degrees^2 DIM_1_deg2 1/°² UNIT_1_deg2 UNIT_1_deg2
UNIT_1_rad2
61
1/Degrees^3 DIM_1_deg3 1/°³ UNIT_1_deg3 UNIT_1_deg3
UNIT_1_rad3
62
1/Degrees^4 DIM_1_deg4 1/°^4 UNIT_1_deg4 UNIT_1_deg4
UNIT_1_rad4
63
1/Degrees^5 DIM_1_deg5 1/°^5 UNIT_1_deg5 UNIT_1_deg5
UNIT_1_rad5
64
1/Temperature difference DIM_1_K 1/K UNIT_1_K UNIT_1_K
UNIT_1_R
65
1/Temperature difference^2 DIM_1_K2 1/K² UNIT_1_K2 UNIT_1_K2
UNIT_1_R2
66
1/Temperature difference^3 DIM_1_K3 1/K³ UNIT_1_K3 UNIT_1_K3
UNIT_1_R3
67
1/Temperature difference^4 DIM_1_K4 1/K^4 UNIT_1_K4 UNIT_1_K4
UNIT_1_R4
68
Power/length DIM_W_m W/m UNIT_W_m UNIT_W_m
UNIT_kW_m
UNIT_kcal_mh
UNIT_W_mm
UNIT_W_cm
UNIT_btu_hft
UNIT_W_ft
69
Time DIM_s s UNIT_s UNIT_s
UNIT_min
UNIT_h
UNIT_d
UNIT_ms
UNIT_mus
70
Temperature change per length DIM_K_m K/m UNIT_K_m UNIT_K_m
UNIT_K_cm
UNIT_K_mm
UNIT_K_km
UNIT_K_ft
UNIT_K_yd
UNIT_R_ft
UNIT_R_yd
71
Enthalpy change per length DIM_kJ_kgm (kJ/kg)/m UNIT_kJ_kgm UNIT_kJ_kgm
UNIT_btu_lbft
UNIT_MJ_kgm
UNIT_GJ_kgm
UNIT_J_kgm
72
date/time DIM_datetime datetime UNIT_datetime UNIT_datetime 73
Specific thermal transmittance DIM_kW_kgK kW/kgK UNIT_kW_kgK UNIT_kW_kgK
UNIT_W_kgK
UNIT_W_gK
UNIT_kbtu_lbhF
74
Pressure change per length DIM_bar_m bar/m UNIT_bar_m UNIT_bar_m
UNIT_mbar_m
UNIT_mbar_cm
UNIT_psia_ft
75
Surface tension DIM_mN_m mN/m UNIT_mN_m UNIT_mN_m
UNIT_N_m
76
Heat flow per length per temperature difference^2 DIM_W_mK2 W/mK² UNIT_W_mK2 UNIT_W_mK2 77
Heat flow per length per temperature difference^3 DIM_W_mK3 W/mK³ UNIT_W_mK3 UNIT_W_mK3 78
Heat flow per length per temperature difference^4 DIM_W_mK4 W/mK^4 UNIT_W_mK4 UNIT_W_mK4 79
Length per temperature difference DIM_m_K m/K UNIT_m_K UNIT_m_K 80
Length per temperature difference^2 DIM_m_K2 m/K² UNIT_m_K2 UNIT_m_K2 81
Kinematic viscosity DIM_m2_s m²/s UNIT_m2_s UNIT_m2_s
UNIT_ft2_s
UNIT_mm2_s
UNIT_cm2_s
UNIT_in2_s
UNIT_St
UNIT_cSt
82
Energy/Heat/Work DIM_kJ kJ UNIT_kJ UNIT_kJ
UNIT_J
UNIT_MJ
UNIT_kWh
UNIT_MWh
UNIT_kcal
UNIT_cal
UNIT_btu
UNIT_Wh
UNIT_GJ
83
Normalized volume flow DIM_Nm3_s Nm³/s UNIT_Nm3_s UNIT_Nm3_s
UNIT_Nm3_h
UNIT_kNm3_h
UNIT_SCM_s
UNIT_SCF_s
UNIT_kNm3_s
84
Density change per temperature DIM_kg_m3K (kg/m³)/K UNIT_kg_m3K UNIT_kg_m3K
UNIT_lb_ft3R
UNIT_g_m3K
UNIT_kg_lK
UNIT_g_lK
UNIT_g_cm3K
85
Specific heat capacity change per temperature DIM_kJ_kgK2 (kJ/kg)/K UNIT_kJ_kgK2 UNIT_kJ_kgK2
UNIT_btu_lbR2
86
Mass flow per net calorific value DIM_kg2_kJs (kg/s)/(kJ/kg) UNIT_kg2_kJs UNIT_kg2_kJs
UNIT_lb2_btus
87
Integral DIM_INTEGRAL integral UNIT_INTEGRAL UNIT_INTEGRAL 88
Heat flow per length per temperature DIM_W_mdegC W/(m*°C) UNIT_W_mdegC UNIT_W_mdegC 89
Heat flow per length per temperature^2 DIM_W_mdegC2 W/(m*°C²) UNIT_W_mdegC2 UNIT_W_mdegC2 90
Heat flow per length per temperature^3 DIM_W_mdegC3 W/(m*°C³) UNIT_W_mdegC3 UNIT_W_mdegC3 91
Heat flow per length per temperature^4 DIM_W_mdegC4 W/(m*°C^4) UNIT_W_mdegC4 UNIT_W_mdegC4 92
Length per temperature DIM_m_degC m/°C UNIT_m_degC UNIT_m_degC 93
Length per temperature^2 DIM_m_degC2 m/°C² UNIT_m_degC2 UNIT_m_degC2 94
Pressure per massflow DIM_bars_kg bar/(kg/s) UNIT_bars_kg UNIT_bars_kg 95
Pressure per enthalpy DIM_barkg_kJ bar/(kJ/kg) UNIT_barkg_kJ UNIT_barkg_kJ 96
Pressure per heat transfer coefficient DIM_barK_kW bar/(kW/K) UNIT_barK_kW UNIT_barK_kW 97
Force DIM_N Newton UNIT_N UNIT_N
UNIT_kN
UNIT_mN
UNIT_lbf
UNIT_kp
98
1/Length DIM_1_m 1/m UNIT_1_m UNIT_1_m
UNIT_1_ft
UNIT_1_mm
UNIT_1_cm
UNIT_1_km
UNIT_1_yd
UNIT_1_in
UNIT_1_mi
99
Inverse Heat Flux DIM_m2_W m²/W UNIT_m2_W UNIT_m2_W 100
Energy density per normalized volume DIM_kJ_Nm3 kJ/Nm³ UNIT_kJ_Nm3 UNIT_kJ_Nm3
UNIT_MJ_Nm3
UNIT_MJ_SCM
UNIT_btu_SCF
101
Path DIM_PATH path UNIT_PATH UNIT_PATH 102
Folder DIM_FOLDER folder UNIT_FOLDER UNIT_FOLDER 103
Kernel-expression DIM_KERNELEXPRESSION kernelexpression UNIT_KERNELEXPRESSION UNIT_KERNELEXPRESSION 104
Energy per mole DIM_kJ_mol kJ/mol UNIT_kJ_mol UNIT_kJ_mol
UNIT_J_mol
UNIT_btu_mol
UNIT_kcal_mol
105
Dimension of coefficient CGM (component 73) DIM_mSQRT_K_W m*SQRT(K*W) UNIT_mSQRT_K_W UNIT_mSQRT_K_W
UNIT_mSQRT_K_kW
UNIT_ftSQRT_Rk_W
106
Electric current temperature coefficient DIM_A_K Ampere/Kelvin UNIT_A_K UNIT_A_K
UNIT_mA_K
UNIT_A_F
UNIT_mA_F
107
Electric voltage temperature coefficient DIM_V_K Volt/Kelvin UNIT_V_K UNIT_V_K
UNIT_mV_K
UNIT_V_F
UNIT_mV_F
108
Ohmic Resistance DIM_Ohm Ohm UNIT_Ohm UNIT_Ohm
UNIT_kOhm
UNIT_MOhm
UNIT_milliOhm
109
Capacitance DIM_Farad Farad UNIT_Farad UNIT_Farad
UNIT_mFarad
UNIT_muFarad
UNIT_nFarad
UNIT_pFarad
110
Inductivity DIM_Henry Henry UNIT_Henry UNIT_Henry
UNIT_mHenry
UNIT_kHenry
UNIT_muHenry
111
Torque DIM_Nm Newton*m UNIT_Nm UNIT_Nm
UNIT_kNm
UNIT_lbf_ft
UNIT_ozf_in
UNIT_lbf_in
UNIT_ozf_ft
UNIT_dynm
112
Irradiation/energy per area DIM_kJ_m2 kJ/m² UNIT_kJ_m2 UNIT_J_m2
UNIT_kJ_m2
UNIT_kWh_m2
UNIT_Wh_m2
UNIT_btu_ft2
113
Heat rate per volume DIM_W_m3 W/m³ UNIT_W_m3 UNIT_W_m3
UNIT_kW_m3
UNIT_MW_m3
UNIT_btu_hft3
UNIT_W_ft3
114
Inverse Power DIM_1_W 1/Watt UNIT_1_W UNIT_1_W 115
Inverse Voltage DIM_1_V 1/Volt UNIT_1_V UNIT_1_V 116
String DIM_STRING string UNIT_STRING UNIT_STRING 117
Electrical charge DIM_Coul Coulomb UNIT_Coul UNIT_Coul
UNIT_As
UNIT_Ah
UNIT_kAs
UNIT_kAh
UNIT_mAs
UNIT_mAh
118
Charge rate DIM_A_Ah A/Ah UNIT_A_Ah UNIT_A_Ah
UNIT_mA_mAh
UNIT_A_As
UNIT_1_s_crate
UNIT_1_min_crate
119
Molar mass flow DIM_mol_s mol/s UNIT_mol_s UNIT_mol_s
UNIT_lbmole_s
UNIT_kmol_s
UNIT_mmol_s
UNIT_mol_h
UNIT_kmol_h
UNIT_mmol_h
120
Criteria for laminar flow DIM_m3K m³K UNIT_m3K UNIT_m3K 121
Rate per charge DIM_1_Coul 1/Coulomb UNIT_1_Coul UNIT_1_Coul
UNIT_1_As
UNIT_1_Ah
UNIT_1_Ad
UNIT_1_Ay
122
Rate per energy DIM_1_J 1/Joule UNIT_1_J UNIT_1_J
UNIT_1_Ws
UNIT_1_kWs
UNIT_1_MWs
UNIT_1_Wh
UNIT_1_kWh
UNIT_1_MWh
UNIT_1_Wd
UNIT_1_kWd
UNIT_1_MWd
UNIT_1_Wy
UNIT_1_kWy
UNIT_1_MWy
123
Rate DIM_1_s 1/s UNIT_1_s_rate UNIT_1_s_rate
UNIT_1_min_rate
UNIT_1_h_rate
UNIT_1_d
UNIT_1_week
UNIT_1_y
UNIT_1_ms
124
Power per current DIM_kW_A kW/A UNIT_kW_A UNIT_kW_A
UNIT_W_A
UNIT_kW_kA
UNIT_W_kA
125
Specific Electronic Conductivity DIM_S_m S/m UNIT_S_m UNIT_S_m
UNIT_S_cm
126
Electronic Conductivity per Area DIM_S_m2 S/m2 UNIT_S_m2 UNIT_S_m2
UNIT_S_cm2
127
Current Density DIM_A_m2 A/m2 UNIT_A_m2 UNIT_A_m2
UNIT_mA_cm2
128
Specific Electronic Conductivity Temperature Product DIM_SK_m S*K/m UNIT_SK_m UNIT_SK_m
UNIT_SK_cm
129
Surface area to mass ratio DIM_m2_kg m²/kg UNIT_m2_kg UNIT_m2_kg
UNIT_ft2_lb
130
Electrical Conductivity Temperature Product per Area DIM_SK_m2 S*K/m2 UNIT_SK_m2 UNIT_SK_m2
UNIT_SK_cm2
131
Diffusion Coefficient DIM_m2_s_diff m²/s [diff] UNIT_m2_s_diff UNIT_m2_s_diff
UNIT_ft2_s_diff
UNIT_mm2_s_diff
UNIT_cm2_s_diff
UNIT_in2_s_diff
132
Variant DIM_VARIANT variant UNIT_VARIANT UNIT_VARIANT 133
Heat per mole and temperature (e.g. for universal gas constant) DIM_kJ_kmolK kJ/kmolK UNIT_kJ_kmolK UNIT_kJ_kmolK
UNIT_J_molK
UNIT_btu_kmolF
UNIT_J_kmolK
UNIT_kJ_molK
134
Heat per mass and temperature (e.g. for specific gas constant) DIM_kJ_kgK_R kJ/kgK [R] UNIT_kJ_kgK_R UNIT_kJ_kgK_R
UNIT_btu_lbF_R
UNIT_kcal_kgK_R
UNIT_MJ_kgK_R
UNIT_GJ_kgK_R
UNIT_J_kgK_R
135
Molar mass DIM_mol mol UNIT_mol UNIT_mol
UNIT_lbmole
UNIT_kmol
UNIT_mmol
136
K/bar DIM_K_bar K/bar UNIT_K_bar UNIT_K_bar
UNIT_K_Pa
UNIT_F_psi
137
Moment of inertia DIM_kgm2 kg*m² UNIT_kgm2 UNIT_kgm2
UNIT_tm2
UNIT_lbf_ft_s2
UNIT_lb_ft2
138

Units

Jump to Dimensions
Legend Remarks
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
Area UNIT_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
Volume UNIT_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 1 J/m² = 0.001 kJ/m²
1 kJ/m² = 1000 J/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 1 MW = 1000 kW
1 kW = 0.001 MW
100
t/h Mass flow UNIT_t_h t/h t/h t/h
T/H
UNIT_kg_s 1 t/h = 0.277777777777778 kg/s
1 kg/s = 3.6 t/h
101
°F Temperature UNIT_degF °F °F °F
GrdF
GRDF
F
grdF
DEGF
degF
DegF
UNIT_degC x °F = (x - 32) * 0.555555555555556 °C
x °C = (x * 1.8 + 32) °F
102
% unitless UNIT_Prz % % %
Prz
UNIT_1 1 % = 0.01 -
1 - = 100 %
103
psia Pressure UNIT_psia psia psia psia UNIT_bar 1 psia = 0.0689475729316836 bar
1 bar = 14.5037737730209 psia
104
Btu/lb Specific enthalpy UNIT_btu_lb Btu/lb Btu/lb Btu/lb
btu/lb
UNIT_kJ_kg 1 Btu/lb = 2.32600032491728 kJ/kg
1 kJ/kg = 0.429922553873918 Btu/lb
105
klb/h Mass flow UNIT_klb_h klb/h klb/h klb/h UNIT_kg_s 1 klb/h = 0.125997880555556 kg/s
1 kg/s = 7.93664143865559 klb/h
106
ft³/lb Specific volume UNIT_ft3_lb ft³/lb ft³/lb ft³/lb
ft3/lb
UNIT_m3_kg 1 ft³/lb = 0.0624279605761446 m³/kg
1 m³/kg = 16.0184633739601 ft³/lb
107
Mft³/h Volume flow UNIT_Mft3_h Mft³/h Mft³/h Mft³/h
Mft3/h
UNIT_m3_s 1 Mft³/h = 7.86579072 m³/s
1 m³/s = 0.127132800197359 Mft³/h
108
R [delta] Temperature difference UNIT_R R R [delta] R
R [delta]
°R
Ra
Rk
UNIT_K 1 R = 0.555555555555556 K
1 K = 1.8 R
109
lb/lb Mass ratio UNIT_lb_lb lb/lb lb/lb lb/lb UNIT_kg_kg 1 lb/lb = 1 kg/kg
1 kg/kg = 1 lb/lb
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 1 kBtu/(hF) = 0.527528 kW/K
1 kW/K = 1.89563397582688 kBtu/(hF)
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 1 Btu/(ft²hF) = 5.67826413430605 W/m²K
1 W/m²K = 0.176110159081603 Btu/(ft²hF)
112
lb/ft³ Density UNIT_lb_ft3 lb/ft³ lb/ft³ lb/ft³
lb/ft3
UNIT_kg_m3 1 lb/ft³ = 16.0184633739601 kg/m³
1 kg/m³ = 0.0624279605761446 lb/ft³
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 1 Btu/(lbF) = 4.18680058485111 kJ/kgK
1 kJ/kgK = 0.238845863263288 Btu/(lbF)
114
Btu/kWh Heat rate UNIT_btu_kWh Btu/kWh Btu/kWh Btu/kWh
btu/kWh
UNIT_kJ_kWh 1 Btu/kWh = 1.055056 kJ/kWh
1 kJ/kWh = 0.947816987913438 Btu/kWh
115
Btu/ft³ Energy density UNIT_btu_ft3 Btu/ft³ Btu/ft³ Btu/ft³
Btu/ft3
btu/ft³
btu/ft3
UNIT_kJ_m3 1 Btu/ft³ = 37.2589510125069 kJ/m³
1 kJ/m³ = 0.0268391882440363 Btu/ft³
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 1 Btu/(ft³F) = 67.0661118225124 kJ/m³K
1 kJ/m³K = 0.0149106601355757 Btu/(ft³F)
117
ft Length UNIT_ft ft ft ft UNIT_m 1 ft = 0.3048 m
1 m = 3.28083989501312 ft
118
rpm Rotary speed UNIT_rpm rpm rpm rpm
Rpm
UNIT_1_min 1 rpm = 1 1/min
1 1/min = 1 rpm
119
hp Power UNIT_hp hp hp hp
bhp
hp(I)
hp(mech)
UNIT_kW 1 hp = 0.74569987158227 kW
1 kW = 1.34102208959503 hp
120
ft² Area UNIT_ft2 ft² ft² ft²
ft2
UNIT_m2 1 ft² = 0.09290304 m²
1 m² = 10.7639104167097 ft²
121
m³/h Volume flow UNIT_m3_h m³/h m³/h m³/h
m3/h
M3/H
UNIT_m3_s 1 m³/h = 0.000277777777777778 m³/s
1 m³/s = 3600 m³/h
122
MPa Pressure UNIT_MPa MPa MPa MPa UNIT_bar 1 MPa = 10 bar
1 bar = 0.1 MPa
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 1 Btu/(lbF) = 4.18680058485111 kJ/kgK
1 kJ/kgK = 0.238845863263288 Btu/(lbF)
124
mbar Pressure UNIT_mbar mbar mbar mbar
MBAR
hPa
mbar abs
mbarabs
mbarü
UNIT_bar 1 mbar = 0.001 bar
1 bar = 1000 mbar
125
lb/lb [x] Phase fraction UNIT_lb_lb_x lb/lb lb/lb [x] lb/lb
lb/lb [x]
UNIT_kg_kg_x 1 lb/lb = 1 kg/kg
1 kg/kg = 1 lb/lb
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 1 lb/lb = 1 -
1 - = 1 lb/lb
127
lb/kmol Mole weight UNIT_lb_kmol lb/kmol lb/kmol lb/kmol UNIT_kg_kmol 1 lb/kmol = 0.45359237 kg/kmol
1 kg/kmol = 2.20462262184878 lb/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 1 Btu/lb = 2.32600032491728 kJ/kg
1 kJ/kg = 0.429922553873918 Btu/lb
129
ft/s Speed UNIT_ft_s ft/s ft/s ft/s UNIT_m_s 1 ft/s = 0.3048 m/s
1 m/s = 3.28083989501312 ft/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 1 lb/lb = 1 kg/kg
1 kg/kg = 1 lb/lb
131
ct/min Price per time UNIT_CENT_min ct/min ct/min ct/min
Cent/min
UNIT_EUR_h 1 ct/min = 0.6 €/h
1 €/h = 1.66666666666667 ct/min
132
DM/h Price per time UNIT_DM_h DM/h DM/h DM/h UNIT_EUR_h 1 DM/h = 0.511291881196218 €/h
1 €/h = 1.95583 DM/h
133
Pf/min Price per time UNIT_PFENNIG_min Pf/min Pf/min Pf/min UNIT_EUR_h 1 Pf/min = 0.306775128717731 €/h
1 €/h = 3.25971666666667 Pf/min
134
% [x] Phase fraction UNIT_Prz_x % % [x] %
% [x]
Prz
UNIT_kg_kg_x 1 % = 0.01 kg/kg
1 kg/kg = 100 %
137
% [xg] Saturation water ratio UNIT_Prz_xg % % [xg] %
% [xg]
Prz
UNIT_kg_kg_xg 1 % = 0.01 -
1 - = 100 %
138
g/mol Mole weight UNIT_g_mol g/mol g/mol g/mol UNIT_kg_kmol 1 g/mol = 1 kg/kmol
1 kg/kmol = 1 g/mol
139
ppm unitless UNIT_ppm ppm ppm ppm UNIT_1 1 ppm = 0.000001 -
1 - = 1000000 ppm
140
ppm [xg] Saturation water ratio UNIT_ppm_xg ppm ppm [xg] ppm
ppm [xg]
UNIT_kg_kg_xg 1 ppm = 0.000001 -
1 - = 1000000 ppm
141
MW/kg Energy per mass and time UNIT_MW_kg MW/kg MW/kg MW/kg UNIT_kW_kg 1 MW/kg = 1000 kW/kg
1 kW/kg = 0.001 MW/kg
142
hp/lb Energy per mass and time UNIT_hp_lb hp/lb hp/lb hp/lb UNIT_kW_kg 1 hp/lb = 1.643986806 kW/kg
1 kW/kg = 0.608277387841761 hp/lb
143
mg/m³ Density UNIT_mg_m3 mg/m³ mg/m³ mg/m³
mg/m3
UNIT_kg_m3 1 mg/m³ = 0.000001 kg/m³
1 kg/m³ = 1000000 mg/m³
144
1/ft6 Friction coefficient UNIT_1_ft6 1/ft6 1/ft6 1/ft6 UNIT_1_m6 1 1/ft6 = 1247.12568564981 1/m6
1 1/m6 = 0.000801843800914862 1/ft6
145
kg/h Mass flow UNIT_kg_h kg/h kg/h kg/h UNIT_kg_s 1 kg/h = 0.000277777777777778 kg/s
1 kg/s = 3600 kg/h
146
mA Electric current UNIT_mA mA mA mA UNIT_A 1 mA = 0.001 A
1 A = 1000 mA
147
t/s Mass flow UNIT_t_s t/s t/s t/s UNIT_kg_s 1 t/s = 1000 kg/s
1 kg/s = 0.001 t/s
148
€/MWh Price per energy unit UNIT_EUR_MWh €/MWh €/MWh €/MWh
EUR/MWh
UNIT_EUR_kWh 1 €/MWh = 0.001 €/kWh
1 €/kWh = 1000 €/MWh
149
ct/kWh Price per energy unit UNIT_CENT_kWh ct/kWh ct/kWh ct/kWh
Cent/kWh
UNIT_EUR_kWh 1 ct/kWh = 0.01 €/kWh
1 €/kWh = 100 ct/kWh
150
€/t Price per mass unit UNIT_EUR_t €/t €/t €/t
EUR/t
UNIT_EUR_kg 1 €/t = 0.001 €/kg
1 €/kg = 1000 €/t
151
ct/kg Price per mass unit UNIT_CENT_kg ct/kg ct/kg ct/kg
Cent/kg
UNIT_EUR_kg 1 ct/kg = 0.01 €/kg
1 €/kg = 100 ct/kg
152
kV Voltage UNIT_kV kV kV kV
KV
UNIT_V 1 kV = 1000 V
1 V = 0.001 kV
153
g/kg Mass ratio UNIT_g_kg g/kg g/kg g/kg UNIT_kg_kg 1 g/kg = 0.001 kg/kg
1 kg/kg = 1000 g/kg
158
mg/kg Mass ratio UNIT_mg_kg mg/kg mg/kg mg/kg UNIT_kg_kg 1 mg/kg = 0.000001 kg/kg
1 kg/kg = 1000000 mg/kg
159
Vol% Volume ratio UNIT_Prz_vol Vol% Vol% Vol%
%
Prz
Vol-%
Vol.%
UNIT_m3_m3 1 Vol% = 0.01 m³/m³
1 m³/m³ = 100 Vol%
160
ppm [vol] Volume ratio UNIT_ppm_vol ppm ppm [vol] ppm
ppm [vol]
Vol-ppm
UNIT_m3_m3 1 ppm = 0.000001 m³/m³
1 m³/m³ = 1000000 ppm
161
ft³/ft³ Volume ratio UNIT_ft3_ft3 ft³/ft³ ft³/ft³ ft³/ft³
ft3/ft3
UNIT_m3_m3 1 ft³/ft³ = 1 m³/m³
1 m³/m³ = 1 ft³/ft³
162
t Mass UNIT_t t t t UNIT_kg 1 t = 1000 kg
1 kg = 0.001 t
164
g Mass UNIT_g g g g UNIT_kg 1 g = 0.001 kg
1 kg = 1000 g
165
mg Mass UNIT_mg mg mg mg UNIT_kg 1 mg = 0.000001 kg
1 kg = 1000000 mg
166
lb Mass UNIT_lb lb lb lb UNIT_kg 1 lb = 0.45359237 kg
1 kg = 2.20462262184878 lb
167
klb Mass UNIT_klb klb klb klb UNIT_kg 1 klb = 453.59237 kg
1 kg = 0.00220462262184878 klb
168
ct Price UNIT_CENT ct ct ct
Cent
UNIT_EUR 1 ct = 0.01 €
1 € = 100 ct
169
DM Price UNIT_DM DM DM DM UNIT_EUR 1 DM = 0.511291881196218 €
1 € = 1.95583 DM
170
Pfg Price UNIT_Pfennig Pfg Pfg Pfg
Pfennig
UNIT_EUR 1 Pfg = 0.00511291881196219 €
1 € = 195.583 Pfg
171
l/min Volume flow UNIT_l_min l/min l/min l/min UNIT_m3_s 1 l/min = 0.000016666666666667 m³/s
1 m³/s = 60000 l/min
172
l/h Volume flow UNIT_l_h l/h l/h l/h UNIT_m3_s 1 l/h = 0.000000277777777778 m³/s
1 m³/s = 3600000 l/h
173
mV Voltage UNIT_mV mV mV mV UNIT_V 1 mV = 0.001 V
1 V = 1000 mV
174
mm Length UNIT_mm mm mm mm UNIT_m 1 mm = 0.001 m
1 m = 1000 mm
176
cm Length UNIT_cm cm cm cm UNIT_m 1 cm = 0.01 m
1 m = 100 cm
177
km Length UNIT_km km km km UNIT_m 1 km = 1000 m
1 m = 0.001 km
178
yd Length UNIT_yd yd yd yd UNIT_m 1 yd = 0.9144 m
1 m = 1.09361329833771 yd
179
in Length UNIT_in in in in UNIT_m 1 in = 0.0254 m
1 m = 39.3700787401575 in
180
mi Length UNIT_mi mi mi mi UNIT_m 1 mi = 1609.344 m
1 m = 0.000621371192237334 mi
181
mm² Area UNIT_mm2 mm² mm² mm²
mm2
UNIT_m2 1 mm² = 0.000001 m²
1 m² = 1000000 mm²
182
cm² Area UNIT_cm2 cm² cm² cm²
cm2
qcm
UNIT_m2 1 cm² = 0.0001 m²
1 m² = 10000 cm²
183
l Volume UNIT_l l l l
ltr
UNIT_m3 1 l = 0.001 m³
1 m³ = 1000 l
184
km² Area UNIT_km2 km² km² km²
km2
qkm
UNIT_m2 1 km² = 1000000 m²
1 m² = 0.000001 km²
185
yd² Area UNIT_yd2 yd² yd² yd²
yd2
UNIT_m2 1 yd² = 0.83612736 m²
1 m² = 1.19599004630108 yd²
186
in² Area UNIT_in2 in² in² in²
in2
UNIT_m2 1 in² = 0.00064516 m²
1 m² = 1550.0031000062 in²
187
mi² Area UNIT_mi2 mi² mi² mi²
mi2
UNIT_m2 1 mi² = 2589988.110336 m²
1 m² = 0.000000386102158542 mi²
188
ft³ Volume UNIT_ft3 ft³ ft³ ft³
ft3
UNIT_m3 1 ft³ = 0.028316846592 m³
1 m³ = 35.3146667214886 ft³
189
mm³ Volume UNIT_mm3 mm³ mm³ mm³
mm3
UNIT_m3 1 mm³ = 0.000000001 m³
1 m³ = 1000000000 mm³
190
cm³ Volume UNIT_cm3 cm³ cm³ cm³
cm3
UNIT_m3 1 cm³ = 0.000001 m³
1 m³ = 1000000 cm³
191
km³ Volume UNIT_km3 km³ km³ km³
km3
UNIT_m3 1 km³ = 1000000000 m³
1 m³ = 0.000000001 km³
192
yd³ Volume UNIT_yd3 yd³ yd³ yd³
yd3
UNIT_m3 1 yd³ = 0.764554857984 m³
1 m³ = 1.30795061931439 yd³
193
in³ Volume UNIT_in3 in³ in³ in³
in3
UNIT_m3 1 in³ = 0.000016387064 m³
1 m³ = 61023.7440947323 in³
194
mi³ Volume UNIT_mi3 mi³ mi³ mi³
mi3
UNIT_m3 1 mi³ = 4168181825.44058 m³
1 m³ = 0.000000000239912759 mi³
195
gal Volume UNIT_gal gal gal gal
gal(US)
UNIT_m3 1 gal = 0.003785411784 m³
1 m³ = 264.172052358148 gal
196
kg/Nm³ Normalized concentration UNIT_kg_Nm3 kg/Nm³ kg/Nm³ kg/Nm³
kg/Nm3
UNIT_mg_Nm3 1 kg/Nm³ = 1000000 mg/Nm³
1 mg/Nm³ = 0.000001 kg/Nm³
197
tm³/h Volume flow UNIT_tm3_h tm³/h tm³/h tm³/h
tm3/h
UNIT_m3_s 1 tm³/h = 0.277777777777778 m³/s
1 m³/s = 3.6 tm³/h
198
Mm³/h Volume flow UNIT_Mm3_h Mm³/h Mm³/h Mm³/h
Mm3/h
UNIT_m3_s 1 Mm³/h = 277.777777777778 m³/s
1 m³/s = 0.0036 Mm³/h
199
mmWS Pressure UNIT_mmWS mmWS mmWS mmWS
mmH2O
UNIT_bar 1 mmWS = 0.0000980665 bar
1 bar = 10197.1621297793 mmWS
201
mWS Pressure UNIT_mWS mWS mWS mWS UNIT_bar 1 mWS = 0.0980665 bar
1 bar = 10.1971621297793 mWS
202
Pa Pressure UNIT_Pa Pa Pa Pa UNIT_bar 1 Pa = 0.00001 bar
1 bar = 100000 Pa
203
kA Electric current UNIT_kA kA kA kA UNIT_A 1 kA = 1000 A
1 A = 0.001 kA
204
l/s Volume flow UNIT_l_s l/s l/s l/s
L/S
ltr/s
Ltr/s
UNIT_m3_s 1 l/s = 0.001 m³/s
1 m³/s = 1000 l/s
205
Hz Rotary speed UNIT_Hz Hz Hz Hz
HZ
UNIT_1_min 1 Hz = 60 1/min
1 1/min = 0.0166666666666667 Hz
206
mmHg Pressure UNIT_mmHg mmHg mmHg mmHg
mmHG
UNIT_bar 1 mmHg = 0.00133322368421053 bar
1 bar = 750.06168270417 mmHg
207
mg/l Density UNIT_mg_l mg/l mg/l mg/l
mg/L
UNIT_kg_m3 1 mg/l = 0.001 kg/m³
1 kg/m³ = 1000 mg/l
208
at Pressure UNIT_at at at at
ata
UNIT_bar 1 at = 0.980665 bar
1 bar = 1.01971621297793 at
209
kcal/kg Specific enthalpy UNIT_kcal_kg kcal/kg kcal/kg kcal/kg UNIT_kJ_kg 1 kcal/kg = 4.1868 kJ/kg
1 kJ/kg = 0.238845896627496 kcal/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 1 kcal/kg = 4.1868 kJ/kg
1 kJ/kg = 0.238845896627496 kcal/kg
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 1 kcal/(kg*K) = 4.1868 kJ/kgK
1 kJ/kgK = 0.238845896627496 kcal/(kg*K)
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 1 kcal/kgK = 4.1868 kJ/kgK
1 kJ/kgK = 0.238845896627496 kcal/kgK
213
kW/m² Heat flux density UNIT_kW_m2 kW/m² kW/m² kW/m²
kW/m2
UNIT_W_m2 1 kW/m² = 1000 W/m²
1 W/m² = 0.001 kW/m²
214
kcal/m²h Heat flux density UNIT_kcal_m2h kcal/m²h kcal/m²h kcal/m²h
kcal/m2h
UNIT_W_m2 1 kcal/m²h = 1.163 W/m²
1 W/m² = 0.859845227858985 kcal/m²h
215
W Power UNIT_W W W W UNIT_kW 1 W = 0.001 kW
1 kW = 1000 W
216
kPa Pressure UNIT_kPa kPa kPa kPa UNIT_bar 1 kPa = 0.01 bar
1 bar = 100 kPa
217
Nm/kg Specific enthalpy UNIT_Nm_kg Nm/kg Nm/kg Nm/kg UNIT_kJ_kg 1 Nm/kg = 0.001 kJ/kg
1 kJ/kg = 1000 Nm/kg
218
kVA Apparent power UNIT_kVA kVA kVA kVA 219
MVA Apparent power UNIT_MVA MVA MVA MVA UNIT_kVA 1 MVA = 1000 kVA
1 kVA = 0.001 MVA
220
VA Apparent power UNIT_VA VA VA VA UNIT_kVA 1 VA = 0.001 kVA
1 kVA = 1000 VA
221
kvar Idle power UNIT_kVAr kvar kvar kvar
kVAr
kVAR
222
Mvar Idle power UNIT_MVAr Mvar Mvar Mvar
MVAr
MVAR
UNIT_kVAr 1 Mvar = 1000 kvar
1 kvar = 0.001 Mvar
223
var Idle power UNIT_VAr var var var
VAR
VAr
UNIT_kVAr 1 var = 0.001 kvar
1 kvar = 1000 var
224
atm Pressure UNIT_atm atm atm atm UNIT_bar 1 atm = 1.01325 bar
1 bar = 0.986923266716013 atm
225
g/s Mass flow UNIT_g_s g/s g/s g/s UNIT_kg_s 1 g/s = 0.001 kg/s
1 kg/s = 1000 g/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 1 inHg = 0.0338638815789474 bar
1 bar = 29.5299875080382 inHg
229
ft [geopot] Geopotential Height UNIT_ft_geopot ft ft [geopot] ft
ft [geopot]
UNIT_m_geopot 1 ft = 0.3048 m
1 m = 3.28083989501312 ft
230
km [geopot] Geopotential Height UNIT_km_geopot km km [geopot] km
km [geopot]
UNIT_m_geopot 1 km = 1000 m
1 m = 0.001 km
231
yd [geopot] Geopotential Height UNIT_yd_geopot yd yd [geopot] yd
yd [geopot]
UNIT_m_geopot 1 yd = 0.9144 m
1 m = 1.09361329833771 yd
232
mi [geopot] Geopotential Height UNIT_mi_geopot mi mi [geopot] mi
mi [geopot]
UNIT_m_geopot 1 mi = 1609.344 m
1 m = 0.000621371192237334 mi
233
rad Degrees UNIT_rad rad rad rad UNIT_deg 1 rad = 57.2957795130823 °
1 ° = 0.0174532925199433 rad
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 1 1/rad = 0.0174532925199433 1/°
1 1/° = 57.2957795130823 1/rad
240
1/rad² 1/Degrees^2 UNIT_1_rad2 1/rad² 1/rad² 1/rad²
1/rad2
UNIT_1_deg2 1 1/rad² = 0.000304617419786709 1/°²
1 1/°² = 3282.80635001174 1/rad²
241
1/rad³ 1/Degrees^3 UNIT_1_rad3 1/rad³ 1/rad³ 1/rad³
1/rad3
UNIT_1_deg3 1 1/rad³ = 0.000005316576934208 1/°³
1 1/°³ = 188090.948814419 1/rad³
242
1/rad4 1/Degrees^4 UNIT_1_rad4 1/rad4 1/rad4 1/rad4 UNIT_1_deg4 1 1/rad4 = 0.000000092791772438 1/°4
1 1/°4 = 10776817.5316774 1/rad4
243
1/rad5 1/Degrees^5 UNIT_1_rad5 1/rad5 1/rad5 1/rad5 UNIT_1_deg5 1 1/rad5 = 0.000000001619521948 1/°5
1 1/°5 = 617466161.14771 1/rad5
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 1 1/R = 1.8 1/K
1 1/K = 0.555555555555556 1/R
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 1 1/R² = 3.24 1/K²
1 1/K² = 0.308641975308642 1/R²
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 1 1/R³ = 5.832 1/K³
1 1/K³ = 0.171467764060357 1/R³
251
1/R4 1/Temperature difference^4 UNIT_1_R4 1/R4 1/R4 1/R4
1/°R4
1/Ra4
UNIT_1_K4 1 1/R4 = 10.4976 1/K4
1 1/K4 = 0.0952598689224204 1/R4
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 1 kW/m = 1000 W/m
1 W/m = 0.001 kW/m
254
kcal/mh Power/length UNIT_kcal_mh kcal/mh kcal/mh kcal/mh UNIT_W_m 1 kcal/mh = 1.163 W/m
1 W/m = 0.859845227858985 kcal/mh
255
K Temperature UNIT_degK K K K
°K
GrdK
GRDK
grdK
DegK
DEGK
degK
UNIT_degC x K = (x - 273.15) * 1 °C
x °C = (x * 1 + 273.15) K
256
s Time UNIT_s s s s 257
min Time UNIT_min min min min UNIT_s 1 min = 60 s
1 s = 0.0166666666666667 min
258
h Time UNIT_h h h h UNIT_s 1 h = 3600 s
1 s = 0.000277777777777778 h
259
d Time UNIT_d d d d UNIT_s 1 d = 86400 s
1 s = 0.000011574074074074 d
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 1 K/cm = 100 K/m
1 K/m = 0.01 K/cm
263
K/mm Temperature change per length UNIT_K_mm K/mm K/mm K/mm UNIT_K_m 1 K/mm = 1000 K/m
1 K/m = 0.001 K/mm
264
K/km Temperature change per length UNIT_K_km K/km K/km K/km UNIT_K_m 1 K/km = 0.001 K/m
1 K/m = 1000 K/km
265
K/ft Temperature change per length UNIT_K_ft K/ft K/ft K/ft UNIT_K_m 1 K/ft = 3.28083989501312 K/m
1 K/m = 0.3048 K/ft
266
K/yd Temperature change per length UNIT_K_yd K/yd K/yd K/yd UNIT_K_m 1 K/yd = 1.09361329833771 K/m
1 K/m = 0.9144 K/yd
267
R/ft Temperature change per length UNIT_R_ft R/ft R/ft R/ft
°R/ft
Ra/ft
UNIT_K_m 1 R/ft = 1.82268883056285 K/m
1 K/m = 0.54864 R/ft
268
R/yd Temperature change per length UNIT_R_yd R/yd R/yd R/yd
°R/yd
Ra/yd
UNIT_K_m 1 R/yd = 0.607562943520949 K/m
1 K/m = 1.64592 R/yd
269
Btu/lbft Enthalpy change per length UNIT_btu_lbft Btu/lbft Btu/lbft Btu/lbft
btu/lbft
UNIT_kJ_kgm 1 Btu/lbft = 7.63123466180211 kJ/kgm
1 kJ/kgm = 0.13104039442077 Btu/lbft
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 1 W/kgK = 0.001 kW/kgK
1 kW/kgK = 1000 W/kgK
273
W/gK Specific thermal transmittance UNIT_W_gK W/gK W/gK W/gK UNIT_kW_kgK 1 W/gK = 1 kW/kgK
1 kW/kgK = 1 W/gK
274
kBtu/lbhF Specific thermal transmittance UNIT_kbtu_lbhF kBtu/lbhF kBtu/lbhF kBtu/lbhF
kbtu/lbhF
UNIT_kW_kgK 1 kBtu/lbhF = 1.16300016245864 kW/kgK
1 kW/kgK = 0.859845107747835 kBtu/lbhF
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 1 mbar/m = 0.001 bar/m
1 bar/m = 1000 mbar/m
277
bar/cm Pressure change per length UNIT_mbar_cm bar/cm bar/cm bar/cm UNIT_bar_m 1 bar/cm = 0.1 bar/m
1 bar/m = 10 bar/cm
278
psia/ft Pressure change per length UNIT_psia_ft psia/ft psia/ft psia/ft UNIT_bar_m 1 psia/ft = 0.226205947938595 bar/m
1 bar/m = 4.42075024601678 psia/ft
279
kt Mass UNIT_kt kt kt kt UNIT_kg 1 kt = 1000000 kg
1 kg = 0.000001 kt
280
Mt Mass UNIT_Mt Mt Mt Mt UNIT_kg 1 Mt = 1000000000 kg
1 kg = 0.000000001 Mt
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 1 N/m = 1000 mN/m
1 mN/m = 0.001 N/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 1 ft²/s = 0.09290304 m²/s
1 m²/s = 10.7639104167097 ft²/s
290
mm²/s Kinematic viscosity UNIT_mm2_s mm²/s mm²/s mm²/s
mm2/s
UNIT_m2_s 1 mm²/s = 0.000001 m²/s
1 m²/s = 1000000 mm²/s
291
cm²/s Kinematic viscosity UNIT_cm2_s cm²/s cm²/s cm²/s
cm2/s
UNIT_m2_s 1 cm²/s = 0.0001 m²/s
1 m²/s = 10000 cm²/s
292
in²/s Kinematic viscosity UNIT_in2_s in²/s in²/s in²/s
in2/s
UNIT_m2_s 1 in²/s = 0.00064516 m²/s
1 m²/s = 1550.0031000062 in²/s
293
Pa*s Dynamic Viscosity UNIT_Pas Pa*s Pa*s Pa*s UNIT_kg_ms 1 Pa*s = 1 kg/ms
1 kg/ms = 1 Pa*s
294
mPa*s Dynamic Viscosity UNIT_mPas mPa*s mPa*s mPa*s UNIT_kg_ms 1 mPa*s = 0.001 kg/ms
1 kg/ms = 1000 mPa*s
295
kJ Energy/Heat/Work UNIT_kJ kJ kJ kJ 296
J Energy/Heat/Work UNIT_J J J J UNIT_kJ 1 J = 0.001 kJ
1 kJ = 1000 J
297
MJ Energy/Heat/Work UNIT_MJ MJ MJ MJ UNIT_kJ 1 MJ = 1000 kJ
1 kJ = 0.001 MJ
298
kWh Energy/Heat/Work UNIT_kWh kWh kWh kWh UNIT_kJ 1 kWh = 3600 kJ
1 kJ = 0.000277777777777778 kWh
299
MWh Energy/Heat/Work UNIT_MWh MWh MWh MWh UNIT_kJ 1 MWh = 3600000 kJ
1 kJ = 0.000000277777777778 MWh
300
g/m³ Density UNIT_g_m3 g/m³ g/m³ g/m³
g/m3
UNIT_kg_m3 1 g/m³ = 0.001 kg/m³
1 kg/m³ = 1000 g/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 1 Nm³/h = 0.000277777777777778 Nm³/s
1 Nm³/s = 3600 Nm³/h
303
kNm³/h Normalized volume flow UNIT_kNm3_h kNm³/h kNm³/h kNm³/h
kNm3/h
UNIT_Nm3_s 1 kNm³/h = 0.277777777777778 Nm³/s
1 Nm³/s = 3.6 kNm³/h
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 1 lb/ft³R = 28.8332340731283 kg/m³K
1 kg/m³K = 0.0346822003200803 lb/ft³R
306
g/m³K Density change per temperature UNIT_g_m3K g/m³K g/m³K g/m³K
g/m3K
UNIT_kg_m3K 1 g/m³K = 0.001 kg/m³K
1 kg/m³K = 1000 g/m³K
307
kg/lK Density change per temperature UNIT_kg_lK kg/lK kg/lK kg/lK UNIT_kg_m3K 1 kg/lK = 1000 kg/m³K
1 kg/m³K = 0.001 kg/lK
308
g/lK Density change per temperature UNIT_g_lK g/lK g/lK g/lK UNIT_kg_m3K 1 g/lK = 1 kg/m³K
1 kg/m³K = 1 g/lK
309
g/cm³K Density change per temperature UNIT_g_cm3K g/cm³K g/cm³K g/cm³K
g/cm3K
UNIT_kg_m3K 1 g/cm³K = 1000 kg/m³K
1 kg/m³K = 0.001 g/cm³K
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 1 Btu/lbR² = 7.53624105273199 kJ/kgK²
1 kJ/kgK² = 0.132692146257382 Btu/lbR²
312
kg/l Density UNIT_kg_l kg/l kg/l kg/l UNIT_kg_m3 1 kg/l = 1000 kg/m³
1 kg/m³ = 0.001 kg/l
313
g/l Density UNIT_g_l g/l g/l g/l UNIT_kg_m3 1 g/l = 1 kg/m³
1 kg/m³ = 1 g/l
314
g/cm³ Density UNIT_g_cm3 g/cm³ g/cm³ g/cm³
g/cm3
UNIT_kg_m3 1 g/cm³ = 1000 kg/m³
1 kg/m³ = 0.001 g/cm³
315
kcal/kWh Heat rate UNIT_kcal_kWh kcal/kWh kcal/kWh kcal/kWh UNIT_kJ_kWh 1 kcal/kWh = 4.1868 kJ/kWh
1 kJ/kWh = 0.238845896627496 kcal/kWh
316
mrad Degrees UNIT_mrad mrad mrad mrad UNIT_deg 1 mrad = 0.0572957795130823 °
1 ° = 17.4532925199433 mrad
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 1 lb²/Btus = 0.195009590128123 kg²/kJs
1 kg²/kJs = 5.12795293474024 lb²/Btus
319
kW/m²K Specific heat transfer UNIT_kW_m2K kW/m²K kW/m²K kW/m²K
kW/(m²K)
kW/(m2K)
kW/m2K
UNIT_W_m2K 1 kW/m²K = 1000 W/m²K
1 W/m²K = 0.001 kW/m²K
320
integer Integral UNIT_INTEGRAL integer
integer
integral
no_dim
-
321
P Dynamic Viscosity UNIT_P P P P
Poise
UNIT_kg_ms 1 P = 0.1 kg/ms
1 kg/ms = 10 P
322
cP Dynamic Viscosity UNIT_cP cP cP cP
cPoise
UNIT_kg_ms 1 cP = 0.001 kg/ms
1 kg/ms = 1000 cP
323
St Kinematic viscosity UNIT_St St St St
Stokes
UNIT_m2_s 1 St = 0.0001 m²/s
1 m²/s = 10000 St
324
cSt Kinematic viscosity UNIT_cSt cSt cSt cSt
cStokes
UNIT_m2_s 1 cSt = 0.000001 m²/s
1 m²/s = 1000000 cSt
325
lb/h Mass flow UNIT_lb_h lb/h lb/h lb/h UNIT_kg_s 1 lb/h = 0.000125997880555556 kg/s
1 kg/s = 7936.64143865559 lb/h
326
lb/s Mass flow UNIT_lb_s lb/s lb/s lb/s UNIT_kg_s 1 lb/s = 0.45359237 kg/s
1 kg/s = 2.20462262184878 lb/s
327
klb/s Mass flow UNIT_klb_s klb/s klb/s klb/s UNIT_kg_s 1 klb/s = 453.59237 kg/s
1 kg/s = 0.00220462262184878 klb/s
328
oz/s Mass flow UNIT_oz_s oz/s oz/s oz/s UNIT_kg_s 1 oz/s = 0.028349523125 kg/s
1 kg/s = 35.2739619495804 oz/s
329
oz/h Mass flow UNIT_oz_h oz/h oz/h oz/h UNIT_kg_s 1 oz/h = 0.000007874867534722 kg/s
1 kg/s = 126986.263018489 oz/h
330
y³/s Volume flow UNIT_y3_s y³/s y³/s y³/s
y3/s
UNIT_m3_s 1 y³/s = 0.764554857984 m³/s
1 m³/s = 1.30795061931439 y³/s
331
ft³/s Volume flow UNIT_ft3_s ft³/s ft³/s ft³/s
ft3/s
UNIT_m3_s 1 ft³/s = 0.028316846592 m³/s
1 m³/s = 35.3146667214886 ft³/s
332
in³/s Volume flow UNIT_in3_s in³/s in³/s in³/s
in3/s
UNIT_m3_s 1 in³/s = 0.000016387064 m³/s
1 m³/s = 61023.7440947323 in³/s
333
US-gal/s Volume flow UNIT_gal_s US-gal/s US-gal/s US-gal/s
gal/s
UNIT_m3_s 1 US-gal/s = 0.003785411784 m³/s
1 m³/s = 264.172052358148 US-gal/s
334
y³/h Volume flow UNIT_y3_h y³/h y³/h y³/h
y3/h
UNIT_m3_s 1 y³/h = 0.00021237634944 m³/s
1 m³/s = 4708.62222953181 y³/h
336
ft³/h Volume flow UNIT_ft3_h ft³/h ft³/h ft³/h
ft3/h
UNIT_m3_s 1 ft³/h = 0.00000786579072 m³/s
1 m³/s = 127132.800197359 ft³/h
337
in³/h Volume flow UNIT_in3_h in³/h in³/h in³/h
in3/h
UNIT_m3_s 1 in³/h = 0.000000004551962222 m³/s
1 m³/s = 219685478.741036 in³/h
338
US-gal/h Volume flow UNIT_gal_h US-gal/h US-gal/h US-gal/h
gal/h
UNIT_m3_s 1 US-gal/h = 0.000001051503273333 m³/s
1 m³/s = 951019.388489334 US-gal/h
339
kft³/s Volume flow UNIT_kft3_s kft³/s kft³/s kft³/s
kft3/s
UNIT_m3_s 1 kft³/s = 28.316846592 m³/s
1 m³/s = 0.0353146667214886 kft³/s
340
kft³/h Volume flow UNIT_kft3_h kft³/h kft³/h kft³/h
kft3/h
UNIT_m3_s 1 kft³/h = 0.00786579072 m³/s
1 m³/s = 127.132800197359 kft³/h
341
m/h Speed UNIT_m_h m/h m/h m/h UNIT_m_s 1 m/h = 0.000277777777777778 m/s
1 m/s = 3600 m/h
342
km/h Speed UNIT_km_h km/h km/h km/h UNIT_m_s 1 km/h = 0.277777777777778 m/s
1 m/s = 3.6 km/h
343
y/s Speed UNIT_y_s y/s y/s y/s UNIT_m_s 1 y/s = 0.9144 m/s
1 m/s = 1.09361329833771 y/s
344
in/s Speed UNIT_in_s in/s in/s in/s UNIT_m_s 1 in/s = 0.0254 m/s
1 m/s = 39.3700787401575 in/s
345
y/h Speed UNIT_y_h y/h y/h y/h UNIT_m_s 1 y/h = 0.000254 m/s
1 m/s = 3937.00787401575 y/h
346
ft/h Speed UNIT_ft_h ft/h ft/h ft/h UNIT_m_s 1 ft/h = 0.000084666666666667 m/s
1 m/s = 11811.0236220472 ft/h
347
mi/h Speed UNIT_mi_h mi/h mi/h mi/h
mph
UNIT_m_s 1 mi/h = 0.44704 m/s
1 m/s = 2.2369362920544 mi/h
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 1 ppm = 0.000001 kg/kg
1 kg/kg = 1000000 ppm
359
ppm [x] Phase fraction UNIT_ppm_x ppm ppm [x] ppm
ppm [x]
UNIT_kg_kg_x 1 ppm = 0.000001 kg/kg
1 kg/kg = 1000000 ppm
360
ppm [rg] Ratio of water UNIT_ppm_x_rg ppm ppm [rg] ppm
ppm [rg]
UNIT_kg_kg_x_rg 1 ppm = 0.000001 kg/kg
1 kg/kg = 1000000 ppm
361
% [kg/kg] Mass ratio UNIT_Prz_kg % % [kg/kg] %
% [kg/kg]
Prz
UNIT_kg_kg 1 % = 0.01 kg/kg
1 kg/kg = 100 %
362
% [rg] Ratio of water UNIT_Prz_x_rg % % [rg] %
% [rg]
Prz
UNIT_kg_kg_x_rg 1 % = 0.01 kg/kg
1 kg/kg = 100 %
363
g/kg [x] Phase fraction UNIT_g_kg_x g/kg g/kg [x] g/kg
g/kg [x]
UNIT_kg_kg_x 1 g/kg = 0.001 kg/kg
1 kg/kg = 1000 g/kg
364
mg/kg [x] Phase fraction UNIT_mg_kg_x mg/kg mg/kg [x] mg/kg
mg/kg [x]
UNIT_kg_kg_x 1 mg/kg = 0.000001 kg/kg
1 kg/kg = 1000000 mg/kg
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 1 g/kg = 0.001 -
1 - = 1000 g/kg
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 1 mg/kg = 0.000001 -
1 - = 1000000 mg/kg
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 1 g/kg = 0.001 kg/kg
1 kg/kg = 1000 g/kg
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 1 mg/kg = 0.000001 kg/kg
1 kg/kg = 1000000 mg/kg
369
1/s Rotary speed UNIT_1_s 1/s 1/s 1/s
1/sec
s-1
sec-1
UNIT_1_min 1 1/s = 60 1/min
1 1/min = 0.0166666666666667 1/s
370
1/h Rotary speed UNIT_1_h 1/h 1/h 1/h
h-1
UNIT_1_min 1 1/h = 0.0166666666666667 1/min
1 1/min = 60 1/h
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 1 °C = 1 K
1 K = 1 °C
372
°F [delta] Temperature difference UNIT_F °F °F [delta] °F
°F [delta]
GrdF
GRDF
F
grdF
DegF
DEGF
degF
UNIT_K 1 °F = 0.555555555555556 K
1 K = 1.8 °F
373
inH2O Pressure UNIT_inWS inH2O inH2O inH2O
inWS
UNIT_bar 1 inH2O = 0.0024908891 bar
1 bar = 401.463075975562 inH2O
374
cmWS Pressure UNIT_cmWS cmWS cmWS cmWS
cmH2O
UNIT_bar 1 cmWS = 0.000980665 bar
1 bar = 1019.71621297793 cmWS
375
kcal Energy/Heat/Work UNIT_kcal kcal kcal kcal UNIT_kJ 1 kcal = 4.1868 kJ
1 kJ = 0.238845896627496 kcal
376
cal Energy/Heat/Work UNIT_cal cal cal cal UNIT_kJ 1 cal = 0.0041868 kJ
1 kJ = 238.845896627496 cal
377
kcal/h Power UNIT_kcal_h kcal/h kcal/h kcal/h UNIT_kW 1 kcal/h = 0.001163 kW
1 kW = 859.845227858985 kcal/h
378
lb/lbmole Mole weight UNIT_lb_lbmole lb/lbmole lb/lbmole lb/lbmole UNIT_kg_kmol 1 lb/lbmole = 1 kg/kmol
1 kg/kmol = 1 lb/lbmole
379
lbmole/lbmole Stoichiometric ratio UNIT_lbmole_lbmole lbmole/lbmole lbmole/lbmole lbmole/lbmole UNIT_kmol_kmol 1 lbmole/lbmole = 1 kmol/kmol
1 kmol/kmol = 1 lbmole/lbmole
380
kmol/lbmole Stoichiometric ratio UNIT_kmol_lbmole kmol/lbmole kmol/lbmole kmol/lbmole UNIT_kmol_kmol 1 kmol/lbmole = 2.20462262184878 kmol/kmol
1 kmol/kmol = 0.45359237 kmol/lbmole
381
lbmole/kmol Stoichiometric ratio UNIT_lbmole_kmol lbmole/kmol lbmole/kmol lbmole/kmol UNIT_kmol_kmol 1 lbmole/kmol = 0.45359237 kmol/kmol
1 kmol/kmol = 2.20462262184878 lbmole/kmol
382
MJ/m³ Energy density UNIT_MJ_m3 MJ/m³ MJ/m³ MJ/m³
MJ/m3
UNIT_kJ_m3 1 MJ/m³ = 1000 kJ/m³
1 kJ/m³ = 0.001 MJ/m³
383
Btu Energy/Heat/Work UNIT_btu Btu Btu Btu
btu
BTU
UNIT_kJ 1 Btu = 1.055056 kJ
1 kJ = 0.947816987913438 Btu
384
N Force UNIT_N N N N
kgm/s²
kgm/s2
385
kN Force UNIT_kN kN kN kN UNIT_N 1 kN = 1000 N
1 N = 0.001 kN
386
mN Force UNIT_mN mN mN mN UNIT_N 1 mN = 0.001 N
1 N = 1000 mN
387
lbf Force UNIT_lbf lbf lbf lbf
lb
UNIT_N 1 lbf = 4.4482216152605 N
1 N = 0.224808943099711 lbf
388
kp Force UNIT_kp kp kp kp UNIT_N 1 kp = 9.80665 N
1 N = 0.101971621297793 kp
389
PS Power UNIT_PS PS PS PS
hp(M)
hp(metric)
UNIT_kW 1 PS = 0.73549875 kW
1 kW = 1.3596216173039 PS
390
Torr Pressure UNIT_Torr Torr Torr Torr UNIT_bar 1 Torr = 0.00133322368421053 bar
1 bar = 750.06168270417 Torr
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 1 1/ft = 3.28083989501312 1/m
1 1/m = 0.3048 1/ft
393
1/mm 1/Length UNIT_1_mm 1/mm 1/mm 1/mm UNIT_1_m 1 1/mm = 1000 1/m
1 1/m = 0.001 1/mm
394
1/cm 1/Length UNIT_1_cm 1/cm 1/cm 1/cm UNIT_1_m 1 1/cm = 100 1/m
1 1/m = 0.01 1/cm
395
1/km 1/Length UNIT_1_km 1/km 1/km 1/km UNIT_1_m 1 1/km = 0.001 1/m
1 1/m = 1000 1/km
396
1/yd 1/Length UNIT_1_yd 1/yd 1/yd 1/yd UNIT_1_m 1 1/yd = 1.09361329833771 1/m
1 1/m = 0.9144 1/yd
397
1/in 1/Length UNIT_1_in 1/in 1/in 1/in UNIT_1_m 1 1/in = 39.3700787401575 1/m
1 1/m = 0.0254 1/in
398
1/mi 1/Length UNIT_1_mi 1/mi 1/mi 1/mi UNIT_1_m 1 1/mi = 0.000621371192237334 1/m
1 1/m = 1609.344 1/mi
399
Btu/h Power UNIT_btu_h Btu/h Btu/h Btu/h
btu/h
UNIT_kW 1 Btu/h = 0.000293071111111111 kW
1 kW = 3412.14115648838 Btu/h
400
kBtu/h Power UNIT_kbtu_h kBtu/h kBtu/h kBtu/h
kbtu/h
UNIT_kW 1 kBtu/h = 0.293071111111111 kW
1 kW = 3.41214115648838 kBtu/h
401
MBtu/h Power UNIT_Mbtu_h MBtu/h MBtu/h MBtu/h
Mbtu/h
UNIT_kW 1 MBtu/h = 293.071111111111 kW
1 kW = 0.00341214115648838 MBtu/h
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 1 MJ/Nm³ = 1000 kJ/Nm³
1 kJ/Nm³ = 0.001 MJ/Nm³
405
MJ/SCM Energy density per normalized volume UNIT_MJ_SCM MJ/SCM MJ/SCM MJ/SCM
MJ/scm
UNIT_kJ_Nm3 1 MJ/SCM = 1000 kJ/Nm³
1 kJ/Nm³ = 0.001 MJ/SCM
406
btu/SCF Energy density per normalized volume UNIT_btu_SCF btu/SCF btu/SCF btu/SCF
btu/scf
btu/sft³
UNIT_kJ_Nm3 1 btu/SCF = 37.2589510125069 kJ/Nm³
1 kJ/Nm³ = 0.0268391882440363 btu/SCF
407
oz Mass UNIT_oz oz oz oz UNIT_kg 1 oz = 0.028349523125 kg
1 kg = 35.2739619495804 oz
408
gr Mass UNIT_gr gr gr gr UNIT_kg 1 gr = 0.00006479891 kg
1 kg = 15432.3583529414 gr
409
mg/SCM Normalized concentration UNIT_mg_SCM mg/SCM mg/SCM mg/SCM
mg/sm³
UNIT_mg_Nm3 1 mg/SCM = 1 mg/Nm³
1 mg/Nm³ = 1 mg/SCM
410
gr/SCF Normalized concentration UNIT_gr_SCF gr/SCF gr/SCF gr/SCF
gr/sft³
UNIT_mg_Nm3 1 gr/SCF = 2288.35191056573 mg/Nm³
1 mg/Nm³ = 0.000436995724033012 gr/SCF
411
SCM/s Normalized volume flow UNIT_SCM_s SCM/s SCM/s SCM/s
sm3/s
UNIT_Nm3_s 1 SCM/s = 1 Nm³/s
1 Nm³/s = 1 SCM/s
412
SCF/s Normalized volume flow UNIT_SCF_s SCF/s SCF/s SCF/s
sft3/s
UNIT_Nm3_s 1 SCF/s = 0.028316846592 Nm³/s
1 Nm³/s = 35.3146667214886 SCF/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 1 - = 1 kg/kg
1 kg/kg = 1 -
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 1 kg/kg = 1 -
1 - = 1 kg/kg
418
mol/mol Stoichiometric ratio UNIT_mol_mol mol/mol mol/mol mol/mol UNIT_kmol_kmol 1 mol/mol = 1 kmol/kmol
1 kmol/kmol = 1 mol/mol
419
mol% Stoichiometric ratio UNIT_mol_prz mol% mol% mol%
Mol%
Mol-%
Mol.%
Prz
UNIT_kmol_kmol 1 mol% = 0.01 kmol/kmol
1 kmol/kmol = 100 mol%
420
mass% Mass ratio UNIT_mass_prz mass% mass% mass%
Mass%
Mass-%
Mass.%
Prz
%
UNIT_kg_kg 1 mass% = 0.01 kg/kg
1 kg/kg = 100 mass%
421
mol-ppm Stoichiometric ratio UNIT_mol_ppm mol-ppm mol-ppm mol-ppm
Mol-ppm
molppm
Molppm
ppm
UNIT_kmol_kmol 1 mol-ppm = 0.000001 kmol/kmol
1 kmol/kmol = 1000000 mol-ppm
422
ftH2O Pressure UNIT_ftH2O ftH2O ftH2O ftH2O
ftWS
UNIT_bar 1 ftH2O = 0.0298906692 bar
1 bar = 33.4552563312969 ftH2O
423
mTorr Pressure UNIT_mTorr mTorr mTorr mTorr UNIT_bar 1 mTorr = 0.000001333223684211 bar
1 bar = 750061.68270417 mTorr
424
oz/in2 Pressure UNIT_oz_in2 oz/in2 oz/in2 oz/in2
oz/in²
UNIT_bar 1 oz/in2 = 0.00430922330823023 bar
1 bar = 232.060380368335 oz/in2
425
hPa Pressure UNIT_hPa hPa hPa hPa UNIT_bar 1 hPa = 0.001 bar
1 bar = 1000 hPa
426
cmHg Pressure UNIT_cmHg cmHg cmHg cmHg
cmHG
UNIT_bar 1 cmHg = 0.0133322368421053 bar
1 bar = 75.006168270417 cmHg
427
kg/cm2 Pressure UNIT_kg_cm2 kg/cm2 kg/cm2 kg/cm2
kg/cm²
UNIT_bar 1 kg/cm2 = 0.980665 bar
1 bar = 1.01971621297793 kg/cm2
428
g/cm2 Pressure UNIT_g_cm2 g/cm2 g/cm2 g/cm2
g/cm²
UNIT_bar 1 g/cm2 = 0.000980665 bar
1 bar = 1019.71621297793 g/cm2
429
shton/s Mass flow UNIT_shton_s shton/s shton/s shton/s
short ton/s
UNIT_kg_s 1 shton/s = 907.18474 kg/s
1 kg/s = 0.00110231131092439 shton/s
430
shton/h Mass flow UNIT_shton_h shton/h shton/h shton/h
short ton/h
UNIT_kg_s 1 shton/h = 0.251995761111111 kg/s
1 kg/s = 3.9683207193278 shton/h
431
lgton/s Mass flow UNIT_lgton_s lgton/s lgton/s lgton/s
long ton/s
UNIT_kg_s 1 lgton/s = 1016.0469088 kg/s
1 kg/s = 0.000984206527611061 lgton/s
432
lgton/h Mass flow UNIT_lgton_h lgton/h lgton/h lgton/h
long ton/h
UNIT_kg_s 1 lgton/h = 0.282235252444444 kg/s
1 kg/s = 3.54314349939982 lgton/h
433
$/h Price per time UNIT_DOLLAR_h $/h $/h $/h
USD/h
AUD/h
CAD/h
UNIT_EUR_h 1 $/h = 1 €/h
1 €/h = 1 $/h
434
£/h Price per time UNIT_POUND_h £/h £/h £/h
GBP/h
UNIT_EUR_h 1 £/h = 1 €/h
1 €/h = 1 £/h
435
¥/h Price per time UNIT_YEN_h ¥/h ¥/h ¥/h
JPY/h
UNIT_EUR_h 1 ¥/h = 1 €/h
1 €/h = 1 ¥/h
436
$/kWh Price per energy unit UNIT_DOLLAR_kWh $/kWh $/kWh $/kWh
USD/kWh
AUD/kWh
CAD/kWh
UNIT_EUR_kWh 1 $/kWh = 1 €/kWh
1 €/kWh = 1 $/kWh
437
£/kWh Price per energy unit UNIT_POUND_kWh £/kWh £/kWh £/kWh
GBP/kWh
UNIT_EUR_kWh 1 £/kWh = 1 €/kWh
1 €/kWh = 1 £/kWh
438
¥/kWh Price per energy unit UNIT_YEN_kWh ¥/kWh ¥/kWh ¥/kWh
JPY/kWh
UNIT_EUR_kWh 1 ¥/kWh = 1 €/kWh
1 €/kWh = 1 ¥/kWh
439
$/kg Price per mass unit UNIT_DOLLAR_kg $/kg $/kg $/kg
USD/kg
AUD/kg
CAD/kg
UNIT_EUR_kg 1 $/kg = 1 €/kg
1 €/kg = 1 $/kg
440
£/kg Price per mass unit UNIT_POUND_kg £/kg £/kg £/kg
GBP/kg
UNIT_EUR_kg 1 £/kg = 1 €/kg
1 €/kg = 1 £/kg
441
¥/kg Price per mass unit UNIT_YEN_kg ¥/kg ¥/kg ¥/kg
JPY/kg
UNIT_EUR_kg 1 ¥/kg = 1 €/kg
1 €/kg = 1 ¥/kg
442
$ Price UNIT_DOLLAR $ $ $
USD
AUD
CAD
UNIT_EUR 1 $ = 1 €
1 € = 1 $
443
£ Price UNIT_POUND £ £ £
GBP
UNIT_EUR 1 £ = 1 €
1 € = 1 £
444
¥ Price UNIT_YEN ¥ ¥ ¥
JPY
UNIT_EUR 1 ¥ = 1 €
1 € = 1 ¥
445
$/s Price per time UNIT_DOLLAR_s $/s $/s $/s
USD/s
AUD/s
CAD/s
UNIT_EUR_h 1 $/s = 3600 €/h
1 €/h = 0.000277777777777778 $/s
446
£/s Price per time UNIT_POUND_s £/s £/s £/s
GBP/s
UNIT_EUR_h 1 £/s = 3600 €/h
1 €/h = 0.000277777777777778 £/s
447
¥/s Price per time UNIT_YEN_s ¥/s ¥/s ¥/s
JPY/s
UNIT_EUR_h 1 ¥/s = 3600 €/h
1 €/h = 0.000277777777777778 ¥/s
448
€/s Price per time UNIT_EUR_s €/s €/s €/s
EUR/s
UNIT_EUR_h 1 €/s = 3600 €/h
1 €/h = 0.000277777777777778 €/s
449
ct/s Price per time UNIT_CENT_s ct/s ct/s ct/s
Cent/s
UNIT_EUR_h 1 ct/s = 36 €/h
1 €/h = 0.0277777777777778 ct/s
450
ct/h Price per time UNIT_CENT_h ct/h ct/h ct/h
Cent/h
UNIT_EUR_h 1 ct/h = 0.01 €/h
1 €/h = 100 ct/h
451
kNm³/s Normalized volume flow UNIT_kNm3_s kNm³/s kNm³/s kNm³/s
kNm3/s
UNIT_Nm3_s 1 kNm³/s = 1000 Nm³/s
1 Nm³/s = 0.001 kNm³/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 1 J/mol = 0.001 kJ/mol
1 kJ/mol = 1000 J/mol
454
btu/mol Energy per mole UNIT_btu_mol btu/mol btu/mol btu/mol UNIT_kJ_mol 1 btu/mol = 1.055056 kJ/mol
1 kJ/mol = 0.947816987913438 btu/mol
455
kcal/mol Energy per mole UNIT_kcal_mol kcal/mol kcal/mol kcal/mol UNIT_kJ_mol 1 kcal/mol = 4.1868 kJ/mol
1 kJ/mol = 0.238845896627496 kcal/mol
456
US-gal/min Volume flow UNIT_gal_min US-gal/min US-gal/min US-gal/min
gal/min
UNIT_m3_s 1 US-gal/min = 0.0000630901964 m³/s
1 m³/s = 15850.3231414889 US-gal/min
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 1 m*(K/kW)^0.5 = 0.0316227766033676 m*(K/W)^0.5
1 m*(K/W)^0.5 = 31.6227766 m*(K/kW)^0.5
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 1 ft*(Rk/W)^0.5 = 2.44539368649725 m*(K/W)^0.5
1 m*(K/W)^0.5 = 0.40893211 ft*(Rk/W)^0.5
460
IG Volume UNIT_impgal IG IG IG
ImpGal
UNIT_m3 1 IG = 0.00454609 m³
1 m³ = 219.969248299088 IG
461
IG/s Volume flow UNIT_impgal_s IG/s IG/s IG/s
ImpGal/s
UNIT_m3_s 1 IG/s = 0.00454609 m³/s
1 m³/s = 219.969248299088 IG/s
462
IG/min Volume flow UNIT_impgal_min IG/min IG/min IG/min
ImpGal/min
UNIT_m3_s 1 IG/min = 0.000075768166666667 m³/s
1 m³/s = 13198.1548979453 IG/min
463
IG/h Volume flow UNIT_impgal_h IG/h IG/h IG/h
ImpGal/h
UNIT_m3_s 1 IG/h = 0.000001262802777778 m³/s
1 m³/s = 791889.293876716 IG/h
464
IG/d Volume flow UNIT_impgal_d IG/d IG/d IG/d
ImpGal/d
UNIT_m3_s 1 IG/d = 0.000000052616782407 m³/s
1 m³/s = 19005343.0530412 IG/d
465
MIGD Volume flow UNIT_Mimpgal_d MIGD MIGD MIGD
MImpGal/d
MIG/d
UNIT_m3_s 1 MIGD = 0.0526167824074074 m³/s
1 m³/s = 19.0053430530412 MIGD
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 1 mA/K = 0.001 A/K
1 A/K = 1000 mA/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 1 mV/K = 0.001 V/K
1 V/K = 1000 mV/K
470
A/F Electric current temperature coefficient UNIT_A_F A/F A/F A/F UNIT_A_K 1 A/F = 1.8 A/K
1 A/K = 0.555555555555556 A/F
471
mA/F Electric current temperature coefficient UNIT_mA_F mA/F mA/F mA/F UNIT_A_K 1 mA/F = 0.0018 A/K
1 A/K = 555.555555555556 mA/F
472
V/F Electric voltage temperature coefficient UNIT_V_F V/F V/F V/F UNIT_V_K 1 V/F = 1.8 V/K
1 V/K = 0.555555555555556 V/F
473
mV/F Electric voltage temperature coefficient UNIT_mV_F mV/F mV/F mV/F UNIT_V_K 1 mV/F = 0.0018 V/K
1 V/K = 555.555555555556 mV/F
474
Ohm Ohmic Resistance UNIT_Ohm Ohm Ohm Ohm 475
kOhm Ohmic Resistance UNIT_kOhm kOhm kOhm kOhm UNIT_Ohm 1 kOhm = 1000 Ohm
1 Ohm = 0.001 kOhm
476
MOhm Ohmic Resistance UNIT_MOhm MOhm MOhm MOhm UNIT_Ohm 1 MOhm = 1000000 Ohm
1 Ohm = 0.000001 MOhm
477
F Capacitance UNIT_Farad F F F
Farad
478
mF Capacitance UNIT_mFarad mF mF mF
mFarad
UNIT_Farad 1 mF = 0.001 F
1 F = 1000 mF
479
µF Capacitance UNIT_muFarad µF µF µF
µFarad
muF
muFarad
mcF
mcFarad
uF
uFarad
UNIT_Farad 1 µF = 0.000001 F
1 F = 1000000 µF
480
nF Capacitance UNIT_nFarad nF nF nF
nFarad
UNIT_Farad 1 nF = 0.000000001 F
1 F = 1000000000 nF
481
pF Capacitance UNIT_pFarad pF pF pF
pFarad
UNIT_Farad 1 pF = 0.000000000001 F
1 F = 1000000000000 pF
482
H Inductivity UNIT_Henry H H H
Henry
483
mH Inductivity UNIT_mHenry mH mH mH
mHenry
UNIT_Henry 1 mH = 0.001 H
1 H = 1000 mH
484
kH Inductivity UNIT_kHenry kH kH kH
kHenry
UNIT_Henry 1 kH = 1000 H
1 H = 0.001 kH
485
µH Inductivity UNIT_muHenry µH µH µH
µHenry
muH
muHenry
mcH
mcHenry
uH
uHenry
UNIT_Henry 1 µH = 0.000001 H
1 H = 1000000 µH
486
kJ/kgs Energy per mass and time UNIT_kJ_kgs kJ/kgs kJ/kgs kJ/kgs UNIT_kW_kg 1 kJ/kgs = 1 kW/kg
1 kW/kg = 1 kJ/kgs
487
kJ/kgh Energy per mass and time UNIT_kJ_kgh kJ/kgh kJ/kgh kJ/kgh UNIT_kW_kg 1 kJ/kgh = 0.000277777777777778 kW/kg
1 kW/kg = 3600 kJ/kgh
488
kWs/kg Specific enthalpy UNIT_kWs_kg kWs/kg kWs/kg kWs/kg UNIT_kJ_kg 1 kWs/kg = 1 kJ/kg
1 kJ/kg = 1 kWs/kg
489
kWh/kg Specific enthalpy UNIT_kWh_kg kWh/kg kWh/kg kWh/kg UNIT_kJ_kg 1 kWh/kg = 3600 kJ/kg
1 kJ/kg = 0.000277777777777778 kWh/kg
490
kWs/m³ Energy density UNIT_kWs_m3 kWs/m³ kWs/m³ kWs/m³
kWs/m3
UNIT_kJ_m3 1 kWs/m³ = 1 kJ/m³
1 kJ/m³ = 1 kWs/m³
491
kWh/m³ Energy density UNIT_kWh_m3 kWh/m³ kWh/m³ kWh/m³
kWh/m3
UNIT_kJ_m3 1 kWh/m³ = 3600 kJ/m³
1 kJ/m³ = 0.000277777777777778 kWh/m³
492
R Temperature UNIT_degR R R R
°R
GrdR
GRDR
grdR
DegR
DEGR
degR
UNIT_degC x R = (x - 491.67) * 0.555555555555556 °C
x °C = (x * 1.8 + 491.67) R
493
Nm Torque UNIT_Nm Nm Nm Nm
kgm²/s²
kgm2/s2
494
kNm Torque UNIT_kNm kNm kNm kNm UNIT_Nm 1 kNm = 1000 Nm
1 Nm = 0.001 kNm
495
lbf*ft Torque UNIT_lbf_ft lbf*ft lbf*ft lbf*ft
lbfft
lb*ft
lbft
UNIT_Nm 1 lbf*ft = 1.35581800031187 Nm
1 Nm = 0.737562121 lbf*ft
496
ozf*in Torque UNIT_ozf_in ozf*in ozf*in ozf*in
ozfin
oz*in
ozin
UNIT_Nm 1 ozf*in = 0.0070615519999868 Nm
1 Nm = 141.611928936 ozf*in
497
lbf*in Torque UNIT_lbf_in lbf*in lbf*in lbf*in
lbfin
lb*in
lbin
UNIT_Nm 1 lbf*in = 0.112984833333791 Nm
1 Nm = 8.850745454 lbf*in
498
ozf*ft Torque UNIT_ozf_ft ozf*ft ozf*ft ozf*ft
ozfft
oz*ft
ozft
UNIT_Nm 1 ozf*ft = 0.0847386239998417 Nm
1 Nm = 11.800994078 ozf*ft
499
dyn*m Torque UNIT_dynm dyn*m dyn*m dyn*m
dynm
UNIT_Nm 1 dyn*m = 0.00001 Nm
1 Nm = 100000 dyn*m
500
Wh Energy/Heat/Work UNIT_Wh Wh Wh Wh UNIT_kJ 1 Wh = 3.6 kJ
1 kJ = 0.277777777777778 Wh
501
Wh/kg Specific enthalpy UNIT_Wh_kg Wh/kg Wh/kg Wh/kg UNIT_kJ_kg 1 Wh/kg = 3.6 kJ/kg
1 kJ/kg = 0.277777777777778 Wh/kg
502
Wh/m³ Energy density UNIT_Wh_m3 Wh/m³ Wh/m³ Wh/m³
Wh/m3
UNIT_kJ_m3 1 Wh/m³ = 3.6 kJ/m³
1 kJ/m³ = 0.277777777777778 Wh/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 1 kWh/m² = 3600 kJ/m²
1 kJ/m² = 0.000277777777777778 kWh/m²
505
Wh/m² Irradiation/energy per area UNIT_Wh_m2 Wh/m² Wh/m² Wh/m²
Wh/m2
UNIT_kJ_m2 1 Wh/m² = 3.6 kJ/m²
1 kJ/m² = 0.277777777777778 Wh/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 1 Btu/ft² = 11.3565282686121 kJ/m²
1 kJ/m² = 0.0880550795408016 Btu/ft²
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 1 kW/m³ = 1000 W/m³
1 W/m³ = 0.001 kW/m³
509
m²K/kW Heat resistance UNIT_m2K_kW m²K/kW m²K/kW m²K/kW
m2K/kW
UNIT_m2K_W 1 m²K/kW = 0.001 m²K/W
1 m²K/W = 1000 m²K/kW
510
ft²hF/btu Heat resistance UNIT_ft2hF_btu ft²hF/btu ft²hF/btu ft²hF/btu
ft2hF/btu
ft²hF/Btu
ft2hF/Btu
UNIT_m2K_W 1 ft²hF/btu = 0.176110159081603 m²K/W
1 m²K/W = 5.67826413430605 ft²hF/btu
511
MJ/kg Specific enthalpy UNIT_MJ_kg MJ/kg MJ/kg MJ/kg UNIT_kJ_kg 1 MJ/kg = 1000 kJ/kg
1 kJ/kg = 0.001 MJ/kg
512
GJ/kg Specific enthalpy UNIT_GJ_kg GJ/kg GJ/kg GJ/kg UNIT_kJ_kg 1 GJ/kg = 1000000 kJ/kg
1 kJ/kg = 0.000001 GJ/kg
513
J/kg Specific enthalpy UNIT_J_kg J/kg J/kg J/kg UNIT_kJ_kg 1 J/kg = 0.001 kJ/kg
1 kJ/kg = 1000 J/kg
514
MJ/kWh Heat rate UNIT_MJ_kWh MJ/kWh MJ/kWh MJ/kWh UNIT_kJ_kWh 1 MJ/kWh = 1000 kJ/kWh
1 kJ/kWh = 0.001 MJ/kWh
515
GJ/kWh Heat rate UNIT_GJ_kWh GJ/kWh GJ/kWh GJ/kWh UNIT_kJ_kWh 1 GJ/kWh = 1000000 kJ/kWh
1 kJ/kWh = 0.000001 GJ/kWh
516
J/kWh Heat rate UNIT_J_kWh J/kWh J/kWh J/kWh UNIT_kJ_kWh 1 J/kWh = 0.001 kJ/kWh
1 kJ/kWh = 1000 J/kWh
517
GJ/m³ Energy density UNIT_GJ_m3 GJ/m³ GJ/m³ GJ/m³
GJ/m3
UNIT_kJ_m3 1 GJ/m³ = 1000000 kJ/m³
1 kJ/m³ = 0.000001 GJ/m³
518
J/m³ Energy density UNIT_J_m3 J/m³ J/m³ J/m³
J/m3
UNIT_kJ_m3 1 J/m³ = 0.001 kJ/m³
1 kJ/m³ = 1000 J/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 1 MJ/m³K = 1000 kJ/m³K
1 kJ/m³K = 0.001 MJ/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 1 GJ/m³K = 1000000 kJ/m³K
1 kJ/m³K = 0.000001 GJ/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 1 J/m³K = 0.001 kJ/m³K
1 kJ/m³K = 1000 J/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 1 MJ/kgK = 1000 kJ/kgK
1 kJ/kgK = 0.001 MJ/kgK
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 1 GJ/kgK = 1000000 kJ/kgK
1 kJ/kgK = 0.000001 GJ/kgK
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 1 J/kgK = 0.001 kJ/kgK
1 kJ/kgK = 1000 J/kgK
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 1 MJ/kgK = 1000 kJ/kgK
1 kJ/kgK = 0.001 MJ/kgK
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 1 GJ/kgK = 1000000 kJ/kgK
1 kJ/kgK = 0.000001 GJ/kgK
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 1 J/kgK = 0.001 kJ/kgK
1 kJ/kgK = 1000 J/kgK
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 1 MJ/kg = 1000 kJ/kg
1 kJ/kg = 0.001 MJ/kg
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 1 GJ/kg = 1000000 kJ/kg
1 kJ/kg = 0.000001 GJ/kg
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 1 J/kg = 0.001 kJ/kg
1 kJ/kg = 1000 J/kg
531
MJ/kgm Enthalpy change per length UNIT_MJ_kgm MJ/kgm MJ/kgm MJ/kgm
MJ/(kg*m)
UNIT_kJ_kgm 1 MJ/kgm = 1000 kJ/kgm
1 kJ/kgm = 0.001 MJ/kgm
532
GJ/kgm Enthalpy change per length UNIT_GJ_kgm GJ/kgm GJ/kgm GJ/kgm
GJ/(kg*m)
UNIT_kJ_kgm 1 GJ/kgm = 1000000 kJ/kgm
1 kJ/kgm = 0.000001 GJ/kgm
533
J/kgm Enthalpy change per length UNIT_J_kgm J/kgm J/kgm J/kgm
J/(kg*m)
UNIT_kJ_kgm 1 J/kgm = 0.001 kJ/kgm
1 kJ/kgm = 1000 J/kgm
534
GJ Energy/Heat/Work UNIT_GJ GJ GJ GJ UNIT_kJ 1 GJ = 1000000 kJ
1 kJ = 0.000001 GJ
535
GW Power UNIT_GW GW GW GW UNIT_kW 1 GW = 1000000 kW
1 kW = 0.000001 GW
536
TW Power UNIT_TW TW TW TW UNIT_kW 1 TW = 1000000000 kW
1 kW = 0.000000001 TW
537
GJ/h Power UNIT_GJ_h GJ/h GJ/h GJ/h UNIT_kW 1 GJ/h = 277.777777777778 kW
1 kW = 0.0036 GJ/h
538
MJ/h Power UNIT_MJ_h MJ/h MJ/h MJ/h UNIT_kW 1 MJ/h = 0.277777777777778 kW
1 kW = 3.6 MJ/h
539
kJ/h Power UNIT_kJ_h kJ/h kJ/h kJ/h UNIT_kW 1 kJ/h = 0.000277777777777778 kW
1 kW = 3600 kJ/h
540
J/h Power UNIT_J_h J/h J/h J/h UNIT_kW 1 J/h = 0.000000277777777778 kW
1 kW = 3600000 J/h
541
J/s Power UNIT_J_s J/s J/s J/s UNIT_kW 1 J/s = 0.001 kW
1 kW = 1000 J/s
542
mg/s Mass flow UNIT_mg_s mg/s mg/s mg/s UNIT_kg_s 1 mg/s = 0.000001 kg/s
1 kg/s = 1000000 mg/s
543
g/h Mass flow UNIT_g_h g/h g/h g/h UNIT_kg_s 1 g/h = 0.000000277777777778 kg/s
1 kg/s = 3600000 g/h
544
mg/h Mass flow UNIT_mg_h mg/h mg/h mg/h UNIT_kg_s 1 mg/h = 0.000000000277777778 kg/s
1 kg/s = 3600000000 mg/h
545
µg/s Mass flow UNIT_mug_s µg/s µg/s µg/s
mug/s
mcg/s
ug/s
UNIT_kg_s 1 µg/s = 0.000000001 kg/s
1 kg/s = 1000000000 µg/s
546
µg/h Mass flow UNIT_mug_h µg/h µg/h µg/h
mug/h
mcg/h
ug/h
UNIT_kg_s 1 µg/h = 0.000000000000277778 kg/s
1 kg/s = 3600000000000 µg/h
547
µg Mass UNIT_mug µg µg µg
mug
mcg
ug
UNIT_kg 1 µg = 0.000000001 kg
1 kg = 1000000000 µg
548
µm Length UNIT_mum µm µm µm
mum
mcm
um
UNIT_m 1 µm = 0.000001 m
1 m = 1000000 µm
549
ml Volume UNIT_ml ml ml ml UNIT_m3 1 ml = 0.000001 m³
1 m³ = 1000000 ml
550
ml/s Volume flow UNIT_ml_s ml/s ml/s ml/s UNIT_m3_s 1 ml/s = 0.000001 m³/s
1 m³/s = 1000000 ml/s
551
cm³/s Volume flow UNIT_cm3_s cm³/s cm³/s cm³/s
cm3/s
UNIT_m3_s 1 cm³/s = 0.000001 m³/s
1 m³/s = 1000000 cm³/s
552
mm³/s Volume flow UNIT_mm3_s mm³/s mm³/s mm³/s
mm3/s
UNIT_m3_s 1 mm³/s = 0.000000001 m³/s
1 m³/s = 1000000000 mm³/s
553
kW/mK Thermal conductivity UNIT_kW_mK kW/mK kW/mK kW/mK
kW/(m*K)
UNIT_W_mK 1 kW/mK = 1000 W/mK
1 W/mK = 0.001 kW/mK
554
l/kg Specific volume UNIT_l_kg l/kg l/kg l/kg UNIT_m3_kg 1 l/kg = 0.001 m³/kg
1 m³/kg = 1000 l/kg
555
btu/(hftK) Thermal conductivity UNIT_btu_hftK btu/(hftK) btu/(hftK) btu/(hftK)
btu/hftK
UNIT_W_mK 1 btu/(hftK) = 0.961519393409157 W/mK
1 W/mK = 1.04002062449766 btu/(hftK)
556
W/mm Power/length UNIT_W_mm W/mm W/mm W/mm UNIT_W_m 1 W/mm = 1000 W/m
1 W/m = 0.001 W/mm
557
W/cm Power/length UNIT_W_cm W/cm W/cm W/cm UNIT_W_m 1 W/cm = 100 W/m
1 W/m = 0.01 W/cm
558
btu/(hft) Power/length UNIT_btu_hft btu/(hft) btu/(hft) btu/(hft)
btu/hft
UNIT_W_m 1 btu/(hft) = 0.961519393409157 W/m
1 W/m = 1.04002062449766 btu/(hft)
559
W/ft Power/length UNIT_W_ft W/ft W/ft W/ft UNIT_W_m 1 W/ft = 3.28083989501312 W/m
1 W/m = 0.3048 W/ft
560
W/cm² Heat flux density UNIT_W_cm2 W/cm² W/cm² W/cm²
W/cm2
UNIT_W_m2 1 W/cm² = 10000 W/m²
1 W/m² = 0.0001 W/cm²
561
btu/(hft²) Heat flux density UNIT_btu_hft2 btu/(hft²) btu/(hft²) btu/(hft²)
btu/hft²
btu/hft2
UNIT_W_m2 1 btu/(hft²) = 3.15459118572558 W/m²
1 W/m² = 0.316998286346886 btu/(hft²)
562
W/ft² Heat flux density UNIT_W_ft2 W/ft² W/ft² W/ft²
W/ft2
UNIT_W_m2 1 W/ft² = 10.7639104167097 W/m²
1 W/m² = 0.09290304 W/ft²
563
MW/m³ Heat rate per volume UNIT_MW_m3 MW/m³ MW/m³ MW/m³
MW/m3
UNIT_W_m3 1 MW/m³ = 1000000 W/m³
1 W/m³ = 0.000001 MW/m³
564
btu/(hft³) Heat rate per volume UNIT_btu_hft3 btu/(hft³) btu/(hft³) btu/(hft³)
btu/hft³
btu/hft3
UNIT_W_m3 1 btu/(hft³) = 10.3497086145852 W/m³
1 W/m³ = 0.0966210776785308 btu/(hft³)
565
W/ft³ Heat rate per volume UNIT_W_ft3 W/ft³ W/ft³ W/ft³
W/ft3
UNIT_W_m3 1 W/ft³ = 35.3146667214886 W/m³
1 W/m³ = 0.028316846592 W/ft³
566
W/kg Energy per mass and time UNIT_W_kg W/kg W/kg W/kg UNIT_kW_kg 1 W/kg = 0.001 kW/kg
1 kW/kg = 1000 W/kg
567
ms Time UNIT_ms ms ms ms UNIT_s 1 ms = 0.001 s
1 s = 1000 ms
568
µs Time UNIT_mus µs µs µs
mus
mcs
us
UNIT_s 1 µs = 0.000001 s
1 s = 1000000 µs
569
unitless UNIT_Promille
Promille
1e-3
10^-3
UNIT_1 1 ‰ = 0.001 -
1 - = 1000 ‰
570
‰ [x] Phase fraction UNIT_Promille_x ‰ [x]
‰ [x]
Promille
UNIT_kg_kg_x 1 ‰ = 0.001 kg/kg
1 kg/kg = 1000 ‰
571
‰ [xg] Saturation water ratio UNIT_Promille_xg ‰ [xg]
‰ [xg]
Promille
UNIT_kg_kg_xg 1 ‰ = 0.001 -
1 - = 1000 ‰
572
Vol-‰ Volume ratio UNIT_Promille_vol Vol-‰ Vol-‰ Vol-‰

Promille
Vol-Promille
UNIT_m3_m3 1 Vol-‰ = 0.001 m³/m³
1 m³/m³ = 1000 Vol-‰
573
‰ [kg/kg] Mass ratio UNIT_Promille_kg ‰ [kg/kg]
‰ [kg/kg]
Promille
UNIT_kg_kg 1 ‰ = 0.001 kg/kg
1 kg/kg = 1000 ‰
574
‰ [rg] Ratio of water UNIT_Promille_x_rg ‰ [rg]
‰ [rg]
Promille
UNIT_kg_kg_x_rg 1 ‰ = 0.001 kg/kg
1 kg/kg = 1000 ‰
575
mol-‰ Stoichiometric ratio UNIT_mol_promille mol-‰ mol-‰ mol-‰
Promille
Mol‰
Mol-‰
Mol.‰
UNIT_kmol_kmol 1 mol-‰ = 0.001 kmol/kmol
1 kmol/kmol = 1000 mol-‰
576
mass‰ Mass ratio UNIT_mass_promille mass‰ mass‰ mass‰
Mass‰
Mass-‰
Mass.‰
Promille
UNIT_kg_kg 1 mass‰ = 0.001 kg/kg
1 kg/kg = 1000 mass‰
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 1 As = 1 C
1 C = 1 As
582
Ah Electrical charge UNIT_Ah Ah Ah Ah UNIT_Coul 1 Ah = 3600 C
1 C = 0.000277777777777778 Ah
583
kAs Electrical charge UNIT_kAs kAs kAs kAs UNIT_Coul 1 kAs = 1000 C
1 C = 0.001 kAs
584
kAh Electrical charge UNIT_kAh kAh kAh kAh UNIT_Coul 1 kAh = 3600000 C
1 C = 0.000000277777777778 kAh
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 1 mA/mAh = 1 A/Ah
1 A/Ah = 1 mA/mAh
587
mAs Electrical charge UNIT_mAs mAs mAs mAs UNIT_Coul 1 mAs = 0.001 C
1 C = 1000 mAs
588
mAh Electrical charge UNIT_mAh mAh mAh mAh UNIT_Coul 1 mAh = 3.6 C
1 C = 0.277777777777778 mAh
589
rad/s Rotary speed UNIT_rad_s rad/s rad/s rad/s
rad/sec
UNIT_1_min 1 rad/s = 9.54929658551372 1/min
1 1/min = 0.10471975511966 rad/s
590
rad/min Rotary speed UNIT_rad_min rad/min rad/min rad/min UNIT_1_min 1 rad/min = 0.159154943091895 1/min
1 1/min = 6.28318530717959 rad/min
591
A/As Charge rate UNIT_A_As A/As A/As A/As UNIT_A_Ah 1 A/As = 3600 A/Ah
1 A/Ah = 0.000277777777777778 A/As
592
1/s [crate] Charge rate UNIT_1_s_crate 1/s 1/s [crate] 1/s
1/s [crate]
UNIT_A_Ah 1 1/s = 3600 A/Ah
1 A/Ah = 0.000277777777777778 1/s
593
1/min [crate] Charge rate UNIT_1_min_crate 1/min 1/min [crate] 1/min
1/min [crate]
UNIT_A_Ah 1 1/min = 60 A/Ah
1 A/Ah = 0.0166666666666667 1/min
594
°,' Degrees UNIT_deg_min °,' °,' °,'
deg,min
Grd,min
UNIT_deg 1 °,' = 1 °
1 ° = 1 °,'
595
°,',\" Degrees UNIT_deg_min_sec °,',\" °,',\" °,',\"
deg,min,sec
Grd,min,sec
UNIT_deg 1 °,',\" = 1 °
1 ° = 1 °,',\"
596
m³/min Volume flow UNIT_m3_min m³/min m³/min m³/min
m3/min
UNIT_m3_s 1 m³/min = 0.0166666666666667 m³/s
1 m³/s = 60 m³/min
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 1 lbmole/s = 453.59237 mol/s
1 mol/s = 0.00220462262184878 lbmole/s
599
kmol/s Molar mass flow UNIT_kmol_s kmol/s kmol/s kmol/s UNIT_mol_s 1 kmol/s = 1000 mol/s
1 mol/s = 0.001 kmol/s
600
mmol/s Molar mass flow UNIT_mmol_s mmol/s mmol/s mmol/s UNIT_mol_s 1 mmol/s = 0.001 mol/s
1 mol/s = 1000 mmol/s
601
mol/h Molar mass flow UNIT_mol_h mol/h mol/h mol/h UNIT_mol_s 1 mol/h = 0.000277777777777778 mol/s
1 mol/s = 3600 mol/h
602
kmol/h Molar mass flow UNIT_kmol_h kmol/h kmol/h kmol/h UNIT_mol_s 1 kmol/h = 0.277777777777778 mol/s
1 mol/s = 3.6 kmol/h
603
mmol/h Molar mass flow UNIT_mmol_h mmol/h mmol/h mmol/h UNIT_mol_s 1 mmol/h = 0.000000277777777778 mol/s
1 mol/s = 3600000 mmol/h
604
m³K Criteria for laminar flow UNIT_m3K m³K m³K m³K
m3K
605
mOhm Ohmic Resistance UNIT_milliOhm mOhm mOhm mOhm UNIT_Ohm 1 mOhm = 0.001 Ohm
1 Ohm = 1000 mOhm
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 1 1/As = 1 1/C
1 1/C = 1 1/As
608
1/Ah Rate per charge UNIT_1_Ah 1/Ah 1/Ah 1/Ah UNIT_1_Coul 1 1/Ah = 0.000277777777777778 1/C
1 1/C = 3600 1/Ah
609
1/Ad Rate per charge UNIT_1_Ad 1/Ad 1/Ad 1/Ad UNIT_1_Coul 1 1/Ad = 0.000011574074074074 1/C
1 1/C = 86400 1/Ad
610
1/Ay Rate per charge UNIT_1_Ay 1/Ay 1/Ay 1/Ay UNIT_1_Coul 1 1/Ay = 0.000000031688765358 1/C
1 1/C = 31556925.260928 1/Ay
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 1 1/Ws = 1 1/J
1 1/J = 1 1/Ws
613
1/kWs Rate per energy UNIT_1_kWs 1/kWs 1/kWs 1/kWs UNIT_1_J 1 1/kWs = 0.001 1/J
1 1/J = 1000 1/kWs
614
1/MWs Rate per energy UNIT_1_MWs 1/MWs 1/MWs 1/MWs UNIT_1_J 1 1/MWs = 0.000001 1/J
1 1/J = 1000000 1/MWs
615
1/Wh Rate per energy UNIT_1_Wh 1/Wh 1/Wh 1/Wh UNIT_1_J 1 1/Wh = 0.000277777777777778 1/J
1 1/J = 3600 1/Wh
616
1/kWh Rate per energy UNIT_1_kWh 1/kWh 1/kWh 1/kWh UNIT_1_J 1 1/kWh = 0.000000277777777778 1/J
1 1/J = 3600000 1/kWh
617
1/MWh Rate per energy UNIT_1_MWh 1/MWh 1/MWh 1/MWh UNIT_1_J 1 1/MWh = 0.000000000277777778 1/J
1 1/J = 3600000000 1/MWh
618
1/Wd Rate per energy UNIT_1_Wd 1/Wd 1/Wd 1/Wd UNIT_1_J 1 1/Wd = 0.000011574074074074 1/J
1 1/J = 86400 1/Wd
619
1/kWd Rate per energy UNIT_1_kWd 1/kWd 1/kWd 1/kWd UNIT_1_J 1 1/kWd = 0.000000011574074074 1/J
1 1/J = 86400000 1/kWd
620
1/MWd Rate per energy UNIT_1_MWd 1/MWd 1/MWd 1/MWd UNIT_1_J 1 1/MWd = 0.000000000011574074 1/J
1 1/J = 86400000000 1/MWd
621
1/Wy Rate per energy UNIT_1_Wy 1/Wy 1/Wy 1/Wy UNIT_1_J 1 1/Wy = 0.000000031688765358 1/J
1 1/J = 31556925.260928 1/Wy
622
1/kWy Rate per energy UNIT_1_kWy 1/kWy 1/kWy 1/kWy UNIT_1_J 1 1/kWy = 0.000000000031688765 1/J
1 1/J = 31556925260.928 1/kWy
623
1/MWy Rate per energy UNIT_1_MWy 1/MWy 1/MWy 1/MWy UNIT_1_J 1 1/MWy = 0.000000000000031689 1/J
1 1/J = 31556925260928 1/MWy
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 1 1/min = 0.0166666666666667 1/s
1 1/s = 60 1/min
626
1/h [rate] Rate UNIT_1_h_rate 1/h 1/h [rate] 1/h
1/h [rate]
UNIT_1_s_rate 1 1/h = 0.000277777777777778 1/s
1 1/s = 3600 1/h
627
1/d Rate UNIT_1_d 1/d 1/d 1/d UNIT_1_s_rate 1 1/d = 0.000011574074074074 1/s
1 1/s = 86400 1/d
628
1/week Rate UNIT_1_week 1/week 1/week 1/week UNIT_1_s_rate 1 1/week = 0.000001653439153439 1/s
1 1/s = 604800 1/week
629
1/year Rate UNIT_1_y 1/year 1/year 1/year UNIT_1_s_rate 1 1/year = 0.000000031688765358 1/s
1 1/s = 31556925.260928 1/year
630
1/ms Rate UNIT_1_ms 1/ms 1/ms 1/ms UNIT_1_s_rate 1 1/ms = 1000 1/s
1 1/s = 0.001 1/ms
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 1 W/A = 0.001 kW/A
1 kW/A = 1000 W/A
633
kW/kA Power per current UNIT_kW_kA kW/kA kW/kA kW/kA UNIT_kW_A 1 kW/kA = 0.001 kW/A
1 kW/A = 1000 kW/kA
634
W/kA Power per current UNIT_W_kA W/kA W/kA W/kA UNIT_kW_A 1 W/kA = 0.000001 kW/A
1 kW/A = 1000000 W/kA
635
mW/mK Thermal conductivity UNIT_mW_mK mW/mK mW/mK mW/mK
mW/(m*K)
UNIT_W_mK 1 mW/mK = 0.001 W/mK
1 W/mK = 1000 mW/mK
636
btu/(hftF) Thermal conductivity UNIT_btu_hftF btu/(hftF) btu/(hftF) btu/(hftF)
btu/hftF
UNIT_W_mK 1 btu/(hftF) = 1.73073490813648 W/mK
1 W/mK = 0.577789235832032 btu/(hftF)
637
cm³/g Specific volume UNIT_cm3_g cm³/g cm³/g cm³/g
ccm/g
UNIT_m3_kg 1 cm³/g = 0.001 m³/kg
1 m³/kg = 1000 cm³/g
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 1 S/cm = 100 S/m
1 S/m = 0.01 S/cm
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 1 S/cm2 = 10000 S/m2
1 S/m2 = 0.0001 S/cm2
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 1 mA/cm2 = 10 A/m2
1 A/m2 = 0.1 mA/cm2
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 1 S*K/cm = 100 S*K/m
1 S*K/m = 0.01 S*K/cm
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 1 ft²/lb = 0.204816143622522 m²/kg
1 m²/kg = 4.88242763638305 ft²/lb
648
mil Length UNIT_mil mil mil mil
thou
UNIT_m 1 mil = 0.0000254 m
1 m = 39370.0787401575 mil
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 1 S*K/cm2 = 10000 S*K/m2
1 S*K/m2 = 0.0001 S*K/cm2
651
µP Dynamic Viscosity UNIT_muP µP µP µP
µPoise
muP
muPoise
UNIT_kg_ms 1 µP = 0.0000001 kg/ms
1 kg/ms = 10000000 µP
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 1 µW/cmK = 0.0001 W/mK
1 W/mK = 10000 µW/cmK
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 1 ft²/s = 0.09290304 m²/s
1 m²/s = 10.7639104167097 ft²/s
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 1 mm²/s = 0.000001 m²/s
1 m²/s = 1000000 mm²/s
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 1 cm²/s = 0.0001 m²/s
1 m²/s = 10000 cm²/s
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 1 in²/s = 0.00064516 m²/s
1 m²/s = 1550.0031000062 in²/s
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 1 J/molK = 1 kJ/kmolK
1 kJ/kmolK = 1 J/molK
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 1 btu/kmolF = 1.8991008 kJ/kmolK
1 kJ/kmolK = 0.526564993285243 btu/kmolF
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 1 J/kmolK = 0.001 kJ/kmolK
1 kJ/kmolK = 1000 J/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 1 kJ/molK = 1000 kJ/kmolK
1 kJ/kmolK = 0.001 kJ/molK
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 1 Btu/(lbF) = 4.18680058485111 kJ/kgK
1 kJ/kgK = 0.238845863263288 Btu/(lbF)
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 1 kcal/kgK = 4.1868 kJ/kgK
1 kJ/kgK = 0.238845896627496 kcal/kgK
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 1 MJ/kgK = 1000 kJ/kgK
1 kJ/kgK = 0.001 MJ/kgK
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 1 GJ/kgK = 1000000 kJ/kgK
1 kJ/kgK = 0.000001 GJ/kgK
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 1 J/kgK = 0.001 kJ/kgK
1 kJ/kgK = 1000 J/kgK
670
mol Molar mass UNIT_mol mol mol mol 671
lbmole Molar mass UNIT_lbmole lbmole lbmole lbmole UNIT_mol 1 lbmole = 453.59237 mol
1 mol = 0.00220462262184878 lbmole
672
kmol Molar mass UNIT_kmol kmol kmol kmol UNIT_mol 1 kmol = 1000 mol
1 mol = 0.001 kmol
673
mmol Molar mass UNIT_mmol mmol mmol mmol UNIT_mol 1 mmol = 0.001 mol
1 mol = 1000 mmol
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 1 kWh/kg = 3600 kJ/kg
1 kJ/kg = 0.000277777777777778 kWh/kg
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 1 kWs/kg = 1 kJ/kg
1 kJ/kg = 1 kWs/kg
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 1 Nm/kg = 0.001 kJ/kg
1 kJ/kg = 1000 Nm/kg
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 1 Wh/kg = 3.6 kJ/kg
1 kJ/kg = 0.277777777777778 Wh/kg
678
cm/s Speed UNIT_cm_s cm/s cm/s cm/s UNIT_m_s 1 cm/s = 0.01 m/s
1 m/s = 100 cm/s
679
mm/s Speed UNIT_mm_s mm/s mm/s mm/s UNIT_m_s 1 mm/s = 0.001 m/s
1 m/s = 1000 mm/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 1 K/Pa = 100000 K/bar
1 K/bar = 0.00001 K/Pa
682
F/psia K/bar UNIT_F_psi F/psia F/psia F/psia UNIT_K_bar 1 F/psia = 8.05765209612274 K/bar
1 K/bar = 0.12410563127703 F/psia
683
kgm2 Moment of inertia UNIT_kgm2 kgm2 kgm2 kgm2 684
tm2 Moment of inertia UNIT_tm2 tm2 tm2 tm2 UNIT_kgm2 1 tm2 = 1000 kgm2
1 kgm2 = 0.001 tm2
685
lbf*ft*s2 Moment of inertia UNIT_lbf_ft_s2 lbf*ft*s2 lbf*ft*s2 lbf*ft*s2
lbffts2
UNIT_kgm2 1 lbf*ft*s2 = 0.0421401108116354 kgm2
1 kgm2 = 23.73036 lbf*ft*s2
686
lb*ft2 Moment of inertia UNIT_lb_ft2 lb*ft2 lb*ft2 lb*ft2
lbft2
UNIT_kgm2 1 lb*ft2 = 1.3558179618926 kgm2
1 kgm2 = 0.7375621419 lb*ft2
687
thousand unitless UNIT_1e3 thousand thousand thousand
1e3
10^3
K
k
thsnd
kilo
UNIT_1 1 thousand = 1000 -
1 - = 0.001 thousand
688
million unitless UNIT_1e6 million million million
1e6
10^6
M
mil
mega
UNIT_1 1 million = 1000000 -
1 - = 0.000001 million
689
1e9 unitless UNIT_1e9 1e9 1e9 1e9
10^9
G
giga
UNIT_1 1 1e9 = 1000000000 -
1 - = 0.000000001 1e9
690
1e12 unitless UNIT_1e12 1e12 1e12 1e12
10^12
T
tera
UNIT_1 1 1e12 = 1000000000000 -
1 - = 0.000000000001 1e12
691
1e15 unitless UNIT_1e15 1e15 1e15 1e15
10^15
P
peta
UNIT_1 1 1e15 = 1000000000000000 -
1 - = 0.000000000000001 1e15
692
1e18 unitless UNIT_1e18 1e18 1e18 1e18
10^18
E
exa
UNIT_1 1 1e18 = 1000000000000000000 -
1 - = 0.000000000000000001 1e18
693
1e-3 unitless UNIT_1e_minus_3 1e-3 1e-3 1e-3
10^-3
milli
UNIT_1 1 1e-3 = 0.001 -
1 - = 1000 1e-3
694
1e-6 unitless UNIT_1e_minus_6 1e-6 1e-6 1e-6
10^-6
micro
UNIT_1 1 1e-6 = 0.000001 -
1 - = 1000000 1e-6
695
1e-9 unitless UNIT_1e_minus_9 1e-9 1e-9 1e-9
10^-9
nano
UNIT_1 1 1e-9 = 0.000000001 -
1 - = 1000000000 1e-9
696
1e-12 unitless UNIT_1e_minus_12 1e-12 1e-12 1e-12
10^-12
pico
UNIT_1 1 1e-12 = 0.000000000001 -
1 - = 1000000000000 1e-12
697
1e-15 unitless UNIT_1e_minus_15 1e-15 1e-15 1e-15
10^-15
femto
UNIT_1 1 1e-15 = 0.000000000000001 -
1 - = 1000000000000000 1e-15
698
1e-18 unitless UNIT_1e_minus_18 1e-18 1e-18 1e-18
10^-18
atto
UNIT_1 1 1e-18 = 0.000000000000000001 -
1 - = 1000000000000000000 1e-18
699

There is absolutely no warranty for the correctness, completeness or any other kind for the data.