EBSILON®Professional: Dimensions und Units

Dimensions

Legend

Dimension: physical quantity / EBSILON®Professional specific quantity
EbsScript name: identifier used in EbsScript
Identifier: string to identify the dimension
Standard Unit: EbsScript name of the standard unit used in EBSILON®Professional
- internally, all values are stored in the standard unit
- reading/writing values at components, lines etc., where no unit conversion is explicitly applied, return/expect the value in the standard unit.
  E.g. the EbsScript code
  println("mass flow: ", steam.M, "; pressure: ", steam.P, "; specific enthalpy: ", steam.H);
  will print out
  - mass flow in kg/s
  - pressure in bar
  - specific enthalpy in kJ/kg
Units: EbsScript names of all available units for the dimension
Index: index of the dimension. Usage is discouraged, but may be required in programming languages that don't support enumerations

Remarks

EbsOpen names for dimensions/units: prepend ep to the resp. EbsScript name. E.g. DIM_bar → epDIM_bar
The usage of dimensions/units Index for programming is discouraged, please use EbsScript/EbsOpen identifiers instead.

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	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	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	mSQRT(KW)	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

Unit: physical unit / EBSILON®Professional specific unit
Dimension: associated dimension
EbsScript name: identifier used in EbsScript
Primary identifier: identifier used e.g. in drop-down list. Usualy the most commonly used identifier for the unit.
The primary identifier CANNOT be used to unambigously determine the unit. Use the Unique identifier for that purpose.
E.g. the identifier "C" may refer to Temperatur, Temperature difference or Electrical charge.
Unique identifier: unambigously identifies a unit and its associated dimension
Identifiers: all identifiers for the unit (only unique within the realm of the associated dimension)
Standard Unit: the EbsScript name of the standard unit used in EBSILON®Professional. If this cell is empty, then the unit itself is the standard unit.
- internally, all values are stored in the standard unit
- reading/writing values at components, lines etc., where no unit conversion is explicitly applied, return/expect the value in the standard unit.
  E.g. the EbsScript code
  println("mass flow: ", steam.M, "; pressure: ", steam.P, "; specific enthalpy: ", steam.H);
  will print out
  - mass flow in kg/s
  - pressure in bar
  - specific enthalpy in kJ/kg
Conversion to standard unit: numerical conversion from unit to/from standard unit (up to numerical accuracy)
Index: index of the unit. Usage is discouraged, but may be required in programming languages that don't support enumerations.

Remarks

EbsOpen names for dimensions/units: prepend ep to the resp. EbsScript name. E.g. DIM_bar → epDIM_bar
The usage of dimensions/units 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	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/(kgK) kcal/(kgK) [S]	UNIT_kJ_kgK_S	1 kcal/(kgK) = 4.1868 kJ/kgK 1 kJ/kgK = 0.238845896627496 kcal/(kgK)	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 Pas = 1 kg/ms 1 kg/ms = 1 Pas	294
mPa*s	Dynamic Viscosity	UNIT_mPas	mPa*s	mPa*s	mPa*s	UNIT_kg_ms	1 mPas = 0.001 kg/ms 1 kg/ms = 1000 mPas	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 mSQRT(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 mSQRT(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 ftSQRT(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	lbfft lbfft lbft lbft	UNIT_Nm	1 lbfft = 1.35581800031187 Nm 1 Nm = 0.737562121 lbfft	496
ozf*in	Torque	UNIT_ozf_in	ozf*in	ozf*in	ozfin ozfin ozin ozin	UNIT_Nm	1 ozfin = 0.0070615519999868 Nm 1 Nm = 141.611928936 ozfin	497
lbf*in	Torque	UNIT_lbf_in	lbf*in	lbf*in	lbfin lbfin lbin lbin	UNIT_Nm	1 lbfin = 0.112984833333791 Nm 1 Nm = 8.850745454 lbfin	498
ozf*ft	Torque	UNIT_ozf_ft	ozf*ft	ozf*ft	ozfft ozfft ozft ozft	UNIT_Nm	1 ozfft = 0.0847386239998417 Nm 1 Nm = 11.800994078 ozfft	499
dyn*m	Torque	UNIT_dynm	dyn*m	dyn*m	dyn*m dynm	UNIT_Nm	1 dynm = 0.00001 Nm 1 Nm = 100000 dynm	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 SK/cm = 100 SK/m 1 SK/m = 0.01 SK/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 SK/cm2 = 10000 SK/m2 1 SK/m2 = 0.0001 SK/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/(cmK) muW/cmK muW/(cmK)	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
lbffts2	Moment of inertia	UNIT_lbf_ft_s2	lbffts2	lbffts2	lbffts2 lbffts2	UNIT_kgm2	1 lbffts2 = 0.0421401108116354 kgm2 1 kgm2 = 23.73036 lbffts2	686
lb*ft2	Moment of inertia	UNIT_lb_ft2	lb*ft2	lb*ft2	lb*ft2 lbft2	UNIT_kgm2	1 lbft2 = 1.3558179618926 kgm2 1 kgm2 = 0.7375621419 lbft2	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.