<?xml version="1.0" encoding="ascii"?>

<root xmlns="http://unitsofmeasure.org/ucum-essence" version="2.2" revision="N/A"

revision-date="2024-06-17">

<prefix Code="Y" CODE="YA">

<name>yotta</name>

<printSymbol>Y</printSymbol>

<value value="1e24">1 &#215; 10²⁴

</value>

</prefix>

<prefix Code="Z" CODE="ZA">

<name>zetta</name>

<printSymbol>Z</printSymbol>

<value value="1e21">1 &#215; 10²¹

</value>

</prefix>

<prefix Code="E" CODE="EX">

<name>exa</name>

<printSymbol>E</printSymbol>

<value value="1e18">1 &#215; 10¹⁸

</value>

</prefix>

<prefix Code="P" CODE="PT">

<name>peta</name>

<printSymbol>P</printSymbol>

<value value="1e15">1 &#215; 10¹⁵

</value>

</prefix>

<prefix Code="T" CODE="TR">

<name>tera</name>

<printSymbol>T</printSymbol>

<value value="1e12">1 &#215; 10¹²

</value>

</prefix>

<prefix Code="G" CODE="GA">

<name>giga</name>

<printSymbol>G</printSymbol>

<value value="1e9">1 &#215; 10⁹

</value>

</prefix>

<prefix Code="M" CODE="MA">

<name>mega</name>

<printSymbol>M</printSymbol>

<value value="1e6">1 &#215; 10⁶

</value>

</prefix>

<prefix Code="k" CODE="K">

<name>kilo</name>

<printSymbol>k</printSymbol>

<value value="1e3">1 &#215; 10³

</value>

</prefix>

<prefix Code="h" CODE="H">

<name>hecto</name>

<printSymbol>h</printSymbol>

<value value="1e2">1 &#215; 10²

</value>

</prefix>

<prefix Code="da" CODE="DA">

<name>deka</name>

<printSymbol>da</printSymbol>

<value value="1e1">1 &#215; 10¹

</value>

</prefix>

<prefix Code="d" CODE="D">

<name>deci</name>

<printSymbol>d</printSymbol>

<value value="1e-1">1 &#215; 10^-1

</value>

</prefix>

<prefix Code="c" CODE="C">

<name>centi</name>

<printSymbol>c</printSymbol>

<value value="1e-2">1 &#215; 10^-2

</value>

</prefix>

<prefix Code="m" CODE="M">

<name>milli</name>

<printSymbol>m</printSymbol>

<value value="1e-3">1 &#215; 10^-3

</value>

</prefix>

<prefix Code="u" CODE="U">

<name>micro</name>

<printSymbol>&#956;</printSymbol>

<value value="1e-6">1 &#215; 10^-6

</value>

</prefix>

<prefix Code="n" CODE="N">

<name>nano</name>

<printSymbol>n</printSymbol>

<value value="1e-9">1 &#215; 10^-9

</value>

</prefix>

<prefix Code="p" CODE="P">

<name>pico</name>

<printSymbol>p</printSymbol>

<value value="1e-12">1 &#215; 10^-12

</value>

</prefix>

<prefix Code="f" CODE="F">

<name>femto</name>

<printSymbol>f</printSymbol>

<value value="1e-15">1 &#215; 10^-15

</value>

</prefix>

<prefix Code="a" CODE="A">

<name>atto</name>

<printSymbol>a</printSymbol>

<value value="1e-18">1 &#215; 10^-18

</value>

</prefix>

<prefix Code="z" CODE="ZO">

<name>zepto</name>

<printSymbol>z</printSymbol>

<value value="1e-21">1 &#215; 10^-21

</value>

</prefix>

<prefix Code="y" CODE="YO">

<name>yocto</name>

<printSymbol>y</printSymbol>

<value value="1e-24">1 &#215; 10^-24

</value>

</prefix>

<base-unit Code="m" CODE="M" dim="L">

<name>meter</name>

<printSymbol>m</printSymbol>

<property>length</property>

</base-unit>

<base-unit Code="s" CODE="S" dim="T">

<name>second</name>

<printSymbol>s</printSymbol>

<property>time</property>

</base-unit>

<base-unit Code="g" CODE="G" dim="M">

<name>gram</name>

<printSymbol>g</printSymbol>

<property>mass</property>

</base-unit>

<base-unit Code="rad" CODE="RAD" dim="A">

<name>radian</name>

<printSymbol>rad</printSymbol>

<property>plane angle</property>

</base-unit>

<base-unit Code="K" CODE="K" dim="C">

<name>kelvin</name>

<printSymbol>K</printSymbol>

<property>temperature</property>

</base-unit>

<base-unit Code="C" CODE="C" dim="Q">

<name>coulomb</name>

<printSymbol>C</printSymbol>

<property>electric charge</property>

</base-unit>

<base-unit Code="cd" CODE="CD" dim="F">

<name>candela</name>

<printSymbol>cd</printSymbol>

<property>luminous intensity</property>

</base-unit>

<unit Code="10*" CODE="10*" isMetric="no" class="dimless">

<name>the number ten for arbitrary powers</name>

<printSymbol>10</printSymbol>

<property>number</property>

<value Unit="1" UNIT="1" value="10">10</value>

</unit>

<unit Code="10^" CODE="10^" isMetric="no" class="dimless">

<name>the number ten for arbitrary powers</name>

<printSymbol>10</printSymbol>

<property>number</property>

<value Unit="1" UNIT="1" value="10">10</value>

</unit>

<unit Code="[pi]" CODE="[PI]" isMetric="no" class="dimless">

<name>the number pi</name>

<printSymbol>&#960;</printSymbol>

<property>number</property>

<value Unit="1" UNIT="1"

value="3.1415926535897932384626433832795028841971693993751058209749445923">&#960;</value>

</unit>

<unit Code="%" CODE="%" isMetric="no" class="dimless">

<name>percent</name>

<printSymbol>%</printSymbol>

<property>fraction</property>

<value Unit="10*-2" UNIT="10*-2" value="1">1</value>

</unit>

<unit Code="[ppth]" CODE="[PPTH]" isMetric="no" class="dimless">

<name>parts per thousand</name>

<printSymbol>ppth</printSymbol>

<property>fraction</property>

<value Unit="10*-3" UNIT="10*-3" value="1">1</value>

</unit>

<unit Code="[ppm]" CODE="[PPM]" isMetric="no" class="dimless">

<name>parts per million</name>

<printSymbol>ppm</printSymbol>

<property>fraction</property>

<value Unit="10*-6" UNIT="10*-6" value="1">1</value>

</unit>

<unit Code="[ppb]" CODE="[PPB]" isMetric="no" class="dimless">

<name>parts per billion</name>

<printSymbol>ppb</printSymbol>

<property>fraction</property>

<value Unit="10*-9" UNIT="10*-9" value="1">1</value>

</unit>

<unit Code="[pptr]" CODE="[PPTR]" isMetric="no" class="dimless">

<name>parts per trillion</name>

<printSymbol>pptr</printSymbol>

<property>fraction</property>

<value Unit="10*-12" UNIT="10*-12" value="1">1</value>

</unit>

<unit Code="mol" CODE="MOL" isMetric="yes" class="si">

<name>mole</name>

<printSymbol>mol</printSymbol>

<property>amount of substance</property>

<value Unit="10*23" UNIT="10*23" value="6.02214076">6.02214076</value>

</unit>

<unit Code="sr" CODE="SR" isMetric="yes" class="si">

<name>steradian</name>

<printSymbol>sr</printSymbol>

<property>solid angle</property>

<value Unit="rad2" UNIT="RAD2" value="1">1</value>

</unit>

<unit Code="Hz" CODE="HZ" isMetric="yes" class="si">

<name>hertz</name>

<printSymbol>Hz</printSymbol>

<property>frequency</property>

<value Unit="s-1" UNIT="S-1" value="1">1</value>

</unit>

<unit Code="N" CODE="N" isMetric="yes" class="si">

<name>newton</name>

<printSymbol>N</printSymbol>

<property>force</property>

<value Unit="kg.m/s2" UNIT="KG.M/S2" value="1">1</value>

</unit>

<unit Code="Pa" CODE="PAL" isMetric="yes" class="si">

<name>pascal</name>

<printSymbol>Pa</printSymbol>

<property>pressure</property>

<value Unit="N/m2" UNIT="N/M2" value="1">1</value>

</unit>

<unit Code="J" CODE="J" isMetric="yes" class="si">

<name>joule</name>

<printSymbol>J</printSymbol>

<property>energy</property>

<value Unit="N.m" UNIT="N.M" value="1">1</value>

</unit>

<unit Code="W" CODE="W" isMetric="yes" class="si">

<name>watt</name>

<printSymbol>W</printSymbol>

<property>power</property>

<value Unit="J/s" UNIT="J/S" value="1">1</value>

</unit>

<unit Code="A" CODE="A" isMetric="yes" class="si">

<name>amp&#232;re</name>

<printSymbol>A</printSymbol>

<property>electric current</property>

<value Unit="C/s" UNIT="C/S" value="1">1</value>

</unit>

<unit Code="V" CODE="V" isMetric="yes" class="si">

<name>volt</name>

<printSymbol>V</printSymbol>

<property>electric potential</property>

<value Unit="J/C" UNIT="J/C" value="1">1</value>

</unit>

<unit Code="F" CODE="F" isMetric="yes" class="si">

<name>farad</name>

<printSymbol>F</printSymbol>

<property>electric capacitance</property>

<value Unit="C/V" UNIT="C/V" value="1">1</value>

</unit>

<unit Code="Ohm" CODE="OHM" isMetric="yes" class="si">

<name>ohm</name>

<printSymbol>&#937;</printSymbol>

<property>electric resistance</property>

<value Unit="V/A" UNIT="V/A" value="1">1</value>

</unit>

<unit Code="S" CODE="SIE" isMetric="yes" class="si">

<name>siemens</name>

<printSymbol>S</printSymbol>

<property>electric conductance</property>

<value Unit="Ohm-1" UNIT="OHM-1" value="1">1</value>

</unit>

<unit Code="Wb" CODE="WB" isMetric="yes" class="si">

<name>weber</name>

<printSymbol>Wb</printSymbol>

<property>magnetic flux</property>

<value Unit="V.s" UNIT="V.S" value="1">1</value>

</unit>

<unit Code="Cel" CODE="CEL" isMetric="yes" isSpecial="yes" class="si">

<name>degree Celsius</name>

<printSymbol>&#176;C</printSymbol>

<property>temperature</property>

<value Unit="cel(1 K)" UNIT="CEL(1 K)">

<function name="Cel" value="1" Unit="K"/>

</value>

</unit>

<unit Code="T" CODE="T" isMetric="yes" class="si">

<name>tesla</name>

<printSymbol>T</printSymbol>

<property>magnetic flux density</property>

<value Unit="Wb/m2" UNIT="WB/M2" value="1">1</value>

</unit>

<unit Code="H" CODE="H" isMetric="yes" class="si">

<name>henry</name>

<printSymbol>H</printSymbol>

<property>inductance</property>

<value Unit="Wb/A" UNIT="WB/A" value="1">1</value>

</unit>

<unit Code="lm" CODE="LM" isMetric="yes" class="si">

<name>lumen</name>

<printSymbol>lm</printSymbol>

<property>luminous flux</property>

<value Unit="cd.sr" UNIT="CD.SR" value="1">1</value>

</unit>

<unit Code="lx" CODE="LX" isMetric="yes" class="si">

<name>lux</name>

<printSymbol>lx</printSymbol>

<property>illuminance</property>

<value Unit="lm/m2" UNIT="LM/M2" value="1">1</value>

</unit>

<unit Code="Bq" CODE="BQ" isMetric="yes" class="si">

<name>becquerel</name>

<printSymbol>Bq</printSymbol>

<property>radioactivity</property>

<value Unit="s-1" UNIT="S-1" value="1">1</value>

</unit>

<unit Code="Gy" CODE="GY" isMetric="yes" class="si">

<name>gray</name>

<printSymbol>Gy</printSymbol>

<property>energy dose</property>

<value Unit="J/kg" UNIT="J/KG" value="1">1</value>

</unit>

<unit Code="Sv" CODE="SV" isMetric="yes" class="si">

<name>sievert</name>

<printSymbol>Sv</printSymbol>

<property>dose equivalent</property>

<value Unit="J/kg" UNIT="J/KG" value="1">1</value>

</unit>

<unit Code="gon" CODE="GON" isMetric="no" class="iso1000">

<name>gon</name>

<name>grade</name>

<printSymbol>

^g

</printSymbol>

<property>plane angle</property>

<value Unit="deg" UNIT="DEG" value="0.9">0.9</value>

</unit>

<unit Code="deg" CODE="DEG" isMetric="no" class="iso1000">

<name>degree</name>

<printSymbol>&#176;</printSymbol>

<property>plane angle</property>

<value Unit="[pi].rad/360" UNIT="[PI].RAD/360" value="2">2</value>

</unit>

<unit Code="'" CODE="'" isMetric="no" class="iso1000">

<name>minute</name>

<printSymbol>'</printSymbol>

<property>plane angle</property>

<value Unit="deg/60" UNIT="DEG/60" value="1">1</value>

</unit>

<unit Code="''" CODE="''" isMetric="no" class="iso1000">

<name>second</name>

<printSymbol>''</printSymbol>

<property>plane angle</property>

<value Unit="'/60" UNIT="'/60" value="1">1</value>

</unit>

<unit Code="l" CODE="L" isMetric="yes" class="iso1000">

<name>liter</name>

<printSymbol>l</printSymbol>

<property>volume</property>

<value Unit="dm3" UNIT="DM3" value="1">1</value>

</unit>

<unit Code="L" CODE="L" isMetric="yes" class="iso1000">

<name>liter</name>

<printSymbol>L</printSymbol>

<property>volume</property>

<value Unit="l" UNIT="L" value="1">1</value>

</unit>

<unit Code="ar" CODE="AR" isMetric="yes" class="iso1000">

<name>are</name>

<printSymbol>a</printSymbol>

<property>area</property>

<value Unit="m2" UNIT="M2" value="100">100</value>

</unit>

<unit Code="min" CODE="MIN" isMetric="no" class="iso1000">

<name>minute</name>

<printSymbol>min</printSymbol>

<property>time</property>

<value Unit="s" UNIT="S" value="60">60</value>

</unit>

<unit Code="h" CODE="HR" isMetric="no" class="iso1000">

<name>hour</name>

<printSymbol>h</printSymbol>

<property>time</property>

<value Unit="min" UNIT="MIN" value="60">60</value>

</unit>

<unit Code="d" CODE="D" isMetric="no" class="iso1000">

<name>day</name>

<printSymbol>d</printSymbol>

<property>time</property>

<value Unit="h" UNIT="HR" value="24">24</value>

</unit>

<unit Code="a_t" CODE="ANN_T" isMetric="no" class="iso1000">

<name>tropical year</name>

<printSymbol>a_t

</printSymbol>

<property>time</property>

<value Unit="d" UNIT="D" value="365.24219">365.24219</value>

</unit>

<unit Code="a_j" CODE="ANN_J" isMetric="no" class="iso1000">

<name>mean Julian year</name>

<printSymbol>a_j

</printSymbol>

<property>time</property>

<value Unit="d" UNIT="D" value="365.25">365.25</value>

</unit>

<unit Code="a_g" CODE="ANN_G" isMetric="no" class="iso1000">

<name>mean Gregorian year</name>

<printSymbol>a_g

</printSymbol>

<property>time</property>

<value Unit="d" UNIT="D" value="365.2425">365.2425</value>

</unit>

<unit Code="a" CODE="ANN" isMetric="no" class="iso1000">

<name>year</name>

<printSymbol>a</printSymbol>

<property>time</property>

<value Unit="a_j" UNIT="ANN_J" value="1">1</value>

</unit>

<unit Code="wk" CODE="WK" isMetric="no" class="iso1000">

<name>week</name>

<printSymbol>wk</printSymbol>

<property>time</property>

<value Unit="d" UNIT="D" value="7">7</value>

</unit>

<unit Code="mo_s" CODE="MO_S" isMetric="no" class="iso1000">

<name>synodal month</name>

<printSymbol>mo_s

</printSymbol>

<property>time</property>

<value Unit="d" UNIT="D" value="29.53059">29.53059</value>

</unit>

<unit Code="mo_j" CODE="MO_J" isMetric="no" class="iso1000">

<name>mean Julian month</name>

<printSymbol>mo_j

</printSymbol>

<property>time</property>

<value Unit="a_j/12" UNIT="ANN_J/12" value="1">1</value>

</unit>

<unit Code="mo_g" CODE="MO_G" isMetric="no" class="iso1000">

<name>mean Gregorian month</name>

<printSymbol>mo_g

</printSymbol>

<property>time</property>

<value Unit="a_g/12" UNIT="ANN_G/12" value="1">1</value>

</unit>

<unit Code="mo" CODE="MO" isMetric="no" class="iso1000">

<name>month</name>

<printSymbol>mo</printSymbol>

<property>time</property>

<value Unit="mo_j" UNIT="MO_J" value="1">1</value>

</unit>

<unit Code="t" CODE="TNE" isMetric="yes" class="iso1000">

<name>tonne</name>

<printSymbol>t</printSymbol>

<property>mass</property>

<value Unit="kg" UNIT="KG" value="1e3">1 &#215; 10³

</value>

</unit>

<unit Code="bar" CODE="BAR" isMetric="yes" class="iso1000">

<name>bar</name>

<printSymbol>bar</printSymbol>

<property>pressure</property>

<value Unit="Pa" UNIT="PAL" value="1e5">1 &#215; 10⁵

</value>

</unit>

<unit Code="u" CODE="AMU" isMetric="yes" class="iso1000">

<name>unified atomic mass unit</name>

<printSymbol>u</printSymbol>

<property>mass</property>

<value Unit="g" UNIT="G" value="1.66053906660e-24">1.66053906660 &#215; 10^-24

</value>

</unit>

<unit Code="eV" CODE="EV" isMetric="yes" class="iso1000">

<name>electronvolt</name>

<printSymbol>eV</printSymbol>

<property>energy</property>

<value Unit="[e].V" UNIT="[E].V" value="1">1</value>

</unit>

<unit Code="AU" CODE="ASU" isMetric="no" class="iso1000">

<name>astronomic unit</name>

<printSymbol>AU</printSymbol>

<property>length</property>

<value Unit="Mm" UNIT="MAM" value="149597.870691">149597.870691</value>

</unit>

<unit Code="pc" CODE="PRS" isMetric="yes" class="iso1000">

<name>parsec</name>

<printSymbol>pc</printSymbol>

<property>length</property>

<value Unit="m" UNIT="M" value="3.085678e16">3.085678 &#215; 10¹⁶

</value>

</unit>

<unit Code="[c]" CODE="[C]" isMetric="yes" class="const">

<name>velocity of light</name>

<printSymbol>

<i>c</i>

</printSymbol>

<property>velocity</property>

<value Unit="m/s" UNIT="M/S" value="299792458">299792458</value>

</unit>

<unit Code="[h]" CODE="[H]" isMetric="yes" class="const">

<name>Planck constant</name>

<printSymbol>

<i>h</i>

</printSymbol>

<property>action</property>

<value Unit="J.s" UNIT="J.S" value="6.62607015e-34">6.62607015 &#215; 10^-34

</value>

</unit>

<unit Code="[k]" CODE="[K]" isMetric="yes" class="const">

<name>Boltzmann constant</name>

<printSymbol>

<i>k</i>

</printSymbol>

<property>(unclassified)</property>

<value Unit="J/K" UNIT="J/K" value="1.380649e-23">1.380649 &#215; 10^-23

</value>

</unit>

<unit Code="[eps_0]" CODE="[EPS_0]" isMetric="yes" class="const">

<name>permittivity of vacuum</name>

<printSymbol>

<i>&#949;<sub>

<r>0</r>

</sub>

</i>

</printSymbol>

<property>electric permittivity</property>

<value Unit="F/m" UNIT="F/M" value="8.854187817e-12">8.854187817 &#215; 10^-12

</value>

</unit>

<unit Code="[mu_0]" CODE="[MU_0]" isMetric="yes" class="const">

<name>permeability of vacuum</name>

<printSymbol>

<i>&#956;<sub>

<r>0</r>

</sub>

</i>

</printSymbol>

<property>magnetic permeability</property>

<value Unit="4.[pi].10*-7.N/A2" UNIT="4.[PI].10*-7.N/A2" value="1">1</value>

</unit>

<unit Code="[e]" CODE="[E]" isMetric="yes" class="const">

<name>elementary charge</name>

<printSymbol>

<i>e</i>

</printSymbol>

<property>electric charge</property>

<value Unit="C" UNIT="C" value="1.602176634e-19">1.602176634 &#215; 10^-19

</value>

</unit>

<unit Code="[m_e]" CODE="[M_E]" isMetric="yes" class="const">

<name>electron mass</name>

<printSymbol>

<i>m<sub>

<r>e</r>

</sub>

</i>

</printSymbol>

<property>mass</property>

<value Unit="kg" UNIT="kg" value="9.1093837139e-31">9.1093837139 &#215; 10^-31

</value>

</unit>

<unit Code="[m_p]" CODE="[M_P]" isMetric="yes" class="const">

<name>proton mass</name>

<printSymbol>

<i>m<sub>

<r>p</r>

</sub>

</i>

</printSymbol>

<property>mass</property>

<value Unit="kg" UNIT="kg" value="1.67262192595e-27">1.67262192595 &#215; 10^-27

</value>

</unit>

<unit Code="[G]" CODE="[GC]" isMetric="yes" class="const">

<name>Newtonian constant of gravitation</name>

<printSymbol>

<i>G</i>

</printSymbol>

<property>(unclassified)</property>

<value Unit="m3.kg-1.s-2" UNIT="M3.KG-1.S-2" value="6.67430e-11">6.67430 &#215; 10^-11

</value>

</unit>

<unit Code="[g]" CODE="[G]" isMetric="yes" class="const">

<name>standard acceleration of free fall</name>

<printSymbol>

<i>g_n

</i>

</printSymbol>

<property>acceleration</property>

<value Unit="m/s2" UNIT="M/S2" value="980665e-5">9.80665</value>

</unit>

<unit Code="atm" CODE="ATM" isMetric="no" class="const">

<name>standard atmosphere</name>

<printSymbol>atm</printSymbol>

<property>pressure</property>

<value Unit="Pa" UNIT="PAL" value="101325">101325</value>

</unit>

<unit Code="[ly]" CODE="[LY]" isMetric="yes" class="const">

<name>light-year</name>

<printSymbol>l.y.</printSymbol>

<property>length</property>

<value Unit="[c].a_j" UNIT="[C].ANN_J" value="1">1</value>

</unit>

<unit Code="gf" CODE="GF" isMetric="yes" class="const">

<name>gram-force</name>

<printSymbol>gf</printSymbol>

<property>force</property>

<value Unit="g.[g]" UNIT="G.[G]" value="1">1</value>

</unit>

<unit Code="[lbf_av]" CODE="[LBF_AV]" isMetric="no" class="const">

<name>pound force</name>

<printSymbol>lbf</printSymbol>

<property>force</property>

<value Unit="[lb_av].[g]" UNIT="[LB_AV].[G]" value="1">1</value>

</unit>

<unit Code="Ky" CODE="KY" isMetric="yes" class="cgs">

<name>Kayser</name>

<printSymbol>K</printSymbol>

<property>lineic number</property>

<value Unit="cm-1" UNIT="CM-1" value="1">1</value>

</unit>

<unit Code="Gal" CODE="GL" isMetric="yes" class="cgs">

<name>Gal</name>

<printSymbol>Gal</printSymbol>

<property>acceleration</property>

<value Unit="cm/s2" UNIT="CM/S2" value="1">1</value>

</unit>

<unit Code="dyn" CODE="DYN" isMetric="yes" class="cgs">

<name>dyne</name>

<printSymbol>dyn</printSymbol>

<property>force</property>

<value Unit="g.cm/s2" UNIT="G.CM/S2" value="1">1</value>

</unit>

<unit Code="erg" CODE="ERG" isMetric="yes" class="cgs">

<name>erg</name>

<printSymbol>erg</printSymbol>

<property>energy</property>

<value Unit="dyn.cm" UNIT="DYN.CM" value="1">1</value>

</unit>

<unit Code="P" CODE="P" isMetric="yes" class="cgs">

<name>Poise</name>

<printSymbol>P</printSymbol>

<property>dynamic viscosity</property>

<value Unit="dyn.s/cm2" UNIT="DYN.S/CM2" value="1">1</value>

</unit>

<unit Code="Bi" CODE="BI" isMetric="yes" class="cgs">

<name>Biot</name>

<printSymbol>Bi</printSymbol>

<property>electric current</property>

<value Unit="A" UNIT="A" value="10">10</value>

</unit>

<unit Code="St" CODE="ST" isMetric="yes" class="cgs">

<name>Stokes</name>

<printSymbol>St</printSymbol>

<property>kinematic viscosity</property>

<value Unit="cm2/s" UNIT="CM2/S" value="1">1</value>

</unit>

<unit Code="Mx" CODE="MX" isMetric="yes" class="cgs">

<name>Maxwell</name>

<printSymbol>Mx</printSymbol>

<property>flux of magnetic induction</property>

<value Unit="Wb" UNIT="WB" value="1e-8">1 &#215; 10^-8

</value>

</unit>

<unit Code="G" CODE="GS" isMetric="yes" class="cgs">

<name>Gauss</name>

<printSymbol>Gs</printSymbol>

<property>magnetic flux density</property>

<value Unit="T" UNIT="T" value="1e-4">1 &#215; 10^-4

</value>

</unit>

<unit Code="Oe" CODE="OE" isMetric="yes" class="cgs">

<name>Oersted</name>

<printSymbol>Oe</printSymbol>

<property>magnetic field intensity</property>

<value Unit="/[pi].A/m" UNIT="/[PI].A/M" value="250">250</value>

</unit>

<unit Code="Gb" CODE="GB" isMetric="yes" class="cgs">

<name>Gilbert</name>

<printSymbol>Gb</printSymbol>

<property>magnetic tension</property>

<value Unit="Oe.cm" UNIT="OE.CM" value="1">1</value>

</unit>

<unit Code="sb" CODE="SB" isMetric="yes" class="cgs">

<name>stilb</name>

<printSymbol>sb</printSymbol>

<property>lum. intensity density</property>

<value Unit="cd/cm2" UNIT="CD/CM2" value="1">1</value>

</unit>

<unit Code="Lmb" CODE="LMB" isMetric="yes" class="cgs">

<name>Lambert</name>

<printSymbol>L</printSymbol>

<property>brightness</property>

<value Unit="cd/cm2/[pi]" UNIT="CD/CM2/[PI]" value="1">1</value>

</unit>

<unit Code="ph" CODE="PHT" isMetric="yes" class="cgs">

<name>phot</name>

<printSymbol>ph</printSymbol>

<property>illuminance</property>

<value Unit="lx" UNIT="LX" value="1e-4">1 &#215; 10^-4

</value>

</unit>

<unit Code="Ci" CODE="CI" isMetric="yes" class="cgs">

<name>Curie</name>

<printSymbol>Ci</printSymbol>

<property>radioactivity</property>

<value Unit="Bq" UNIT="BQ" value="37e9">3.7 &#215; 10¹⁰

</value>

</unit>

<unit Code="R" CODE="ROE" isMetric="yes" class="cgs">

<name>Roentgen</name>

<printSymbol>R</printSymbol>

<property>ion dose</property>

<value Unit="C/kg" UNIT="C/KG" value="2.58e-4">2.58 &#215; 10^-4

</value>

</unit>

<unit Code="RAD" CODE="[RAD]" isMetric="yes" class="cgs">

<name>radiation absorbed dose</name>

<printSymbol>RAD</printSymbol>

<property>energy dose</property>

<value Unit="erg/g" UNIT="ERG/G" value="100">100</value>

</unit>

<unit Code="REM" CODE="[REM]" isMetric="yes" class="cgs">

<name>radiation equivalent man</name>

<printSymbol>REM</printSymbol>

<property>dose equivalent</property>

<value Unit="RAD" UNIT="[RAD]" value="1">1</value>

</unit>

<unit Code="[in_i]" CODE="[IN_I]" isMetric="no" class="intcust">

<name>inch</name>

<printSymbol>in</printSymbol>

<property>length</property>

<value Unit="cm" UNIT="CM" value="254e-2">2.54</value>

</unit>

<unit Code="[ft_i]" CODE="[FT_I]" isMetric="no" class="intcust">

<name>foot</name>

<printSymbol>ft</printSymbol>

<property>length</property>

<value Unit="[in_i]" UNIT="[IN_I]" value="12">12</value>

</unit>

<unit Code="[yd_i]" CODE="[YD_I]" isMetric="no" class="intcust">

<name>yard</name>

<printSymbol>yd</printSymbol>

<property>length</property>

<value Unit="[ft_i]" UNIT="[FT_I]" value="3">3</value>

</unit>

<unit Code="[mi_i]" CODE="[MI_I]" isMetric="no" class="intcust">

<name>mile</name>

<printSymbol>mi</printSymbol>

<property>length</property>

<value Unit="[ft_i]" UNIT="[FT_I]" value="5280">5280</value>

</unit>

<unit Code="[fth_i]" CODE="[FTH_I]" isMetric="no" class="intcust">

<name>fathom</name>

<printSymbol>fth</printSymbol>

<property>depth of water</property>

<value Unit="[ft_i]" UNIT="[FT_I]" value="6">6</value>

</unit>

<unit Code="[nmi_i]" CODE="[NMI_I]" isMetric="no" class="intcust">

<name>nautical mile</name>

<printSymbol>n.mi</printSymbol>

<property>length</property>

<value Unit="m" UNIT="M" value="1852">1852</value>

</unit>

<unit Code="[kn_i]" CODE="[KN_I]" isMetric="no" class="intcust">

<name>knot</name>

<printSymbol>knot</printSymbol>

<property>velocity</property>

<value Unit="[nmi_i]/h" UNIT="[NMI_I]/H" value="1">1</value>

</unit>

<unit Code="[sin_i]" CODE="[SIN_I]" isMetric="no" class="intcust">

<name>square inch</name>

<property>area</property>

<value Unit="[in_i]2" UNIT="[IN_I]2" value="1">1</value>

</unit>

<unit Code="[sft_i]" CODE="[SFT_I]" isMetric="no" class="intcust">

<name>square foot</name>

<property>area</property>

<value Unit="[ft_i]2" UNIT="[FT_I]2" value="1">1</value>

</unit>

<unit Code="[syd_i]" CODE="[SYD_I]" isMetric="no" class="intcust">