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<?xml version="1.0" encoding="UTF-8"?> |
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<!-- |
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$Id$ |
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|
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Copyright (C) 2008 Nicklas Nordborg |
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|
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This file is part of BASE - BioArray Software Environment. |
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Available at http://base.thep.lu.se/ |
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|
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BASE is free software; you can redistribute it and/or |
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modify it under the terms of the GNU General Public License |
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as published by the Free Software Foundation; either version 3 |
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of the License, or (at your option) any later version. |
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|
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BASE is distributed in the hope that it will be useful, |
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but WITHOUT ANY WARRANTY; without even the implied warranty of |
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the |
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GNU General Public License for more details. |
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|
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You should have received a copy of the GNU General Public License |
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along with BASE. If not, see <http://www.gnu.org/licenses/>. |
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--> |
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<quantities |
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xmlns="http://base.thep.lu.se/units.xsd" |
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> |
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<quantity system-id="net.sf.basedb.core.Quantity.LENGTH"> |
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<name>Distance</name> |
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<reference-unit>1 meter</reference-unit> |
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<description> |
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Distance is defined by distance light travels in vacuum during |
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1/299 792 458 of a second. See http://physics.nist.gov/cuu/Units/meter.html |
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and http://en.wikipedia.org/wiki/Meter |
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</description> |
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<unit> |
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<name>Kilometer</name> |
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<symbol>km</symbol> |
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<factor>1000</factor> |
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<description>1 kilometer is 1000 meters.</description> |
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</unit> |
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<unit> |
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<name>Meter</name> |
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<symbol>m</symbol> |
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<factor>1</factor> |
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<description>1 meter is the standard unit of distance.</description> |
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</unit> |
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<unit> |
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<name>Centimeter</name> |
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<symbol>cm</symbol> |
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<factor>0.01</factor> |
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<description>1 centimeter is 1/100 of a meter.</description> |
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</unit> |
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<unit> |
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<name>Millimeter</name> |
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<symbol>mm</symbol> |
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<factor>0.001</factor> |
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<description>1 millimeter is 1/1 000 of a meter.</description> |
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</unit> |
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<unit> |
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<name>Micrometer</name> |
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<symbol>µm</symbol> |
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<alias>um</alias> |
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<factor>1E-6</factor> |
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<description>1 micrometer is 1/1 000 of a millimeter.</description> |
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</unit> |
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<unit> |
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<name>Nanometer</name> |
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<symbol>nm</symbol> |
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<factor>1E-9</factor> |
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<description>1 nanometer is 1/1 000 of a micrometer.</description> |
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</unit> |
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</quantity> |
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<quantity system-id="net.sf.basedb.core.Quantity.MASS"> |
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<name>Mass</name> |
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<reference-unit>1 kilogram</reference-unit> |
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<description> |
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Mass is defined by the kilogram prototype. |
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See http://physics.nist.gov/cuu/Units/kilogram.html and |
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http://en.wikipedia.org/wiki/Mass |
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</description> |
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<unit> |
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<name>Kilogram</name> |
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<symbol>kg</symbol> |
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<factor>1</factor> |
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<description>1 kilogram is the reference unit of mass.</description> |
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</unit> |
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<unit> |
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<name>Gram</name> |
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<symbol>g</symbol> |
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<factor>1E-3</factor> |
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<description>1 gram is 1/1 000 of a kilogram.</description> |
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</unit> |
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<unit> |
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<name>Milligram</name> |
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<symbol>mg</symbol> |
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<factor>1E-6</factor> |
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<description>1 milligram is 1/1 000 of a gram.</description> |
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</unit> |
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<unit> |
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<name>Microgram</name> |
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<symbol>µg</symbol> |
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<alias>ug</alias> |
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<factor>1E-9</factor> |
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<description>1 mikrogram is 1/1 000 of a milligram.</description> |
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</unit> |
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</quantity> |
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<quantity system-id="net.sf.basedb.core.Quantity.TIME"> |
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<name>Time</name> |
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<reference-unit>1 second</reference-unit> |
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<description> |
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Time is defined by the duration of 9 192 631 770 periods of the |
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radiation corresponding to the transition between the two hyperfine |
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levels of the ground state of the cesium 133 atom. |
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See http://physics.nist.gov/cuu/Units/second.html and |
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http://en.wikipedia.org/wiki/Second |
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</description> |
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<unit> |
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<name>Year</name> |
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<symbol>y</symbol> |
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<alias>year</alias> |
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<alias>years</alias> |
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<factor>31557600</factor> |
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<description>1 year is 365.25 days in average or 31 557 600 seconds.</description> |
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</unit> |
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<unit> |
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<name>Month</name> |
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<symbol>mo</symbol> |
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<alias>month</alias> |
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<alias>months</alias> |
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<factor>2629800</factor> |
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<description>1 month is 30.4375 days in average or 2 629 800 seconds.</description> |
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</unit> |
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<unit> |
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<name>Week</name> |
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<symbol>w</symbol> |
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<alias>week</alias> |
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<alias>weeks</alias> |
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<factor>604800</factor> |
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<description>1 week is 7 days or 604 800 seconds.</description> |
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</unit> |
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<unit> |
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<name>Day</name> |
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<symbol>d</symbol> |
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<alias>day</alias> |
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<alias>days</alias> |
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<factor>86400</factor> |
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<description>1 day is 24 hours or 86 400 seconds.</description> |
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</unit> |
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<unit> |
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<name>Hour</name> |
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<symbol>h</symbol> |
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<alias>hour</alias> |
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<alias>hours</alias> |
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<factor>3600</factor> |
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<description>1 hour is 60 minutes or 3600 seconds.</description> |
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</unit> |
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<unit> |
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<name>Minute</name> |
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<symbol>min</symbol> |
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<alias>minute</alias> |
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<alias>minutes</alias> |
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<factor>60</factor> |
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<description>1 minute is 60 seconds.</description> |
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</unit> |
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<unit> |
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<name>Second</name> |
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<symbol>s</symbol> |
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<alias>sec</alias> |
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<factor>1</factor> |
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<description>1 second is the reference unit of time.</description> |
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</unit> |
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<unit> |
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<name>Millisecond</name> |
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<symbol>ms</symbol> |
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<factor>1E-3</factor> |
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<description>1 millisecond is 1/1 000 of a second.</description> |
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</unit> |
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<unit> |
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<name>Microsecond</name> |
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<symbol>µs</symbol> |
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<alias>ug</alias> |
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<factor>1E-6</factor> |
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<description>1 microsecond is 1/1 000 of a millisecond.</description> |
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</unit> |
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<unit> |
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<name>Nanosecond</name> |
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<symbol>ns</symbol> |
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<factor>1E-9</factor> |
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<description>1 nanosecond is 1/1 000 of a microsecond.</description> |
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</unit> |
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</quantity> |
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<quantity system-id="net.sf.basedb.core.Quantity.TEMPERATURE"> |
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<name>Temperature</name> |
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<reference-unit>1 kelvin</reference-unit> |
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<description> |
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Temperature is defined as 1/273.16 of the triple point of water. |
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See http://physics.nist.gov/cuu/Units/kelvin.html and |
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http://en.wikipedia.org/wiki/Kelvin |
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</description> |
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<unit> |
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<name>Kelvin</name> |
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<symbol>K</symbol> |
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<factor>1</factor> |
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<description>Kelvin is the reference unit of temperature.</description> |
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</unit> |
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<unit> |
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<name>Celsius</name> |
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<symbol>°C</symbol> |
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<alias>C</alias> |
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<factor>1</factor> |
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<offset>273.15</offset> |
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<description> |
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The Celcius scale has 0 = freezing point of water |
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and 100 = boiling point of water and is related to Kelvin by an |
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offset of 273.15. |
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</description> |
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</unit> |
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<unit> |
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<name>Fahrenheit</name> |
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<symbol>°F</symbol> |
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<alias>F</alias> |
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<factor>0.55555555555555555555555555555556</factor> |
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<offset>255.3722</offset> |
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<description> |
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In the Fahrenheit scale the water freezes as 32 degrees |
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and boils at 212. |
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</description> |
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</unit> |
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</quantity> |
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<quantity system-id="net.sf.basedb.core.Quantity.CURRENT"> |
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<name>Electric current</name> |
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<reference-unit>1 ampere</reference-unit> |
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<description> |
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The ampere is that constant current which, if maintained in two straight parallel |
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conductors of infinite length, of negligible circular cross section, and placed 1 |
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meter apart in vacuum, would produce between these conductors a force equal to 2 × 10-7 |
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newton per meter of length. See http://physics.nist.gov/cuu/Units/ampere.html and |
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http://en.wikipedia.org/wiki/Ampere |
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</description> |
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<unit> |
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<name>Ampere</name> |
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<symbol>A</symbol> |
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<factor>1</factor> |
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<description>1 ampere is the reference unit of electric current.</description> |
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</unit> |
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<unit> |
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<name>Milliampere</name> |
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<symbol>mA</symbol> |
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<factor>1E-3</factor> |
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<description>1 milliampere is 1/1 000 of an ampere.</description> |
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</unit> |
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<unit> |
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<name>Microampere</name> |
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<symbol>µA</symbol> |
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<alias>uA</alias> |
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<factor>1E-6</factor> |
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<description>1 microampere is 1/1 000 of a milliampere.</description> |
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</unit> |
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<unit> |
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<name>Nanoampere</name> |
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<symbol>nA</symbol> |
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<factor>1E-9</factor> |
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<description>1 nanoampere is 1/1 000 of a microampere.</description> |
4545 |
25 Sep 08 |
nicklas |
263 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
264 |
</quantity> |
4545 |
25 Sep 08 |
nicklas |
265 |
<quantity system-id="net.sf.basedb.core.Quantity.SUBSTANCE"> |
4545 |
25 Sep 08 |
nicklas |
266 |
<name>Amount of substance</name> |
4545 |
25 Sep 08 |
nicklas |
267 |
<reference-unit>1 mol</reference-unit> |
4545 |
25 Sep 08 |
nicklas |
268 |
<description> |
4545 |
25 Sep 08 |
nicklas |
269 |
The mole is the amount of substance of a system which contains as many elementary |
4545 |
25 Sep 08 |
nicklas |
270 |
entities as there are atoms in 0.012 kilogram of carbon 12. See |
4545 |
25 Sep 08 |
nicklas |
271 |
http://physics.nist.gov/cuu/Units/mole.html and |
4549 |
26 Sep 08 |
nicklas |
272 |
http://en.wikipedia.org/wiki/Mole_(unit) |
4545 |
25 Sep 08 |
nicklas |
273 |
</description> |
4545 |
25 Sep 08 |
nicklas |
274 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
275 |
<name>Kilomole</name> |
4545 |
25 Sep 08 |
nicklas |
276 |
<symbol>kmol</symbol> |
4545 |
25 Sep 08 |
nicklas |
277 |
<factor>1000</factor> |
4545 |
25 Sep 08 |
nicklas |
278 |
<description>1 kilomole is 1000 moles.</description> |
4545 |
25 Sep 08 |
nicklas |
279 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
280 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
281 |
<name>Mole</name> |
4545 |
25 Sep 08 |
nicklas |
282 |
<symbol>mol</symbol> |
4545 |
25 Sep 08 |
nicklas |
283 |
<factor>1</factor> |
4545 |
25 Sep 08 |
nicklas |
284 |
<description>1 mole is the reference unit of amount of substance.</description> |
4545 |
25 Sep 08 |
nicklas |
285 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
286 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
287 |
<name>Millimole</name> |
4545 |
25 Sep 08 |
nicklas |
288 |
<symbol>mmol</symbol> |
4545 |
25 Sep 08 |
nicklas |
289 |
<factor>1E-3</factor> |
4545 |
25 Sep 08 |
nicklas |
290 |
<description>1 millimole is 1/1 000 of a mole.</description> |
4545 |
25 Sep 08 |
nicklas |
291 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
292 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
293 |
<name>Micromole</name> |
4545 |
25 Sep 08 |
nicklas |
294 |
<symbol>µmol</symbol> |
4545 |
25 Sep 08 |
nicklas |
295 |
<factor>1E-6</factor> |
4545 |
25 Sep 08 |
nicklas |
296 |
<description>1 micromole is 1/1 000 of a millimole.</description> |
4545 |
25 Sep 08 |
nicklas |
297 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
298 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
299 |
<name>Nanomole</name> |
4545 |
25 Sep 08 |
nicklas |
300 |
<symbol>nmol</symbol> |
4545 |
25 Sep 08 |
nicklas |
301 |
<factor>1E-9</factor> |
4545 |
25 Sep 08 |
nicklas |
302 |
<description>1 nanomole is 1/1 000 of a micromole.</description> |
4545 |
25 Sep 08 |
nicklas |
303 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
304 |
</quantity> |
4545 |
25 Sep 08 |
nicklas |
305 |
<quantity system-id="net.sf.basedb.core.Quantity.AREA"> |
4545 |
25 Sep 08 |
nicklas |
306 |
<name>Area</name> |
4545 |
25 Sep 08 |
nicklas |
307 |
<reference-unit>1 m²</reference-unit> |
4545 |
25 Sep 08 |
nicklas |
308 |
<description> |
4545 |
25 Sep 08 |
nicklas |
309 |
1 square meter is defined as the area of a square whose sides measure exactly one metre. |
4549 |
26 Sep 08 |
nicklas |
310 |
See http://en.wikipedia.org/wiki/Area |
4545 |
25 Sep 08 |
nicklas |
311 |
</description> |
4545 |
25 Sep 08 |
nicklas |
312 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
313 |
<name>Square kilometer</name> |
4545 |
25 Sep 08 |
nicklas |
314 |
<symbol>km²</symbol> |
4545 |
25 Sep 08 |
nicklas |
315 |
<alias>km2</alias> |
4545 |
25 Sep 08 |
nicklas |
316 |
<factor>1E6</factor> |
4545 |
25 Sep 08 |
nicklas |
317 |
<description>1 square kilometer is 1 000 000 square meters.</description> |
4545 |
25 Sep 08 |
nicklas |
318 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
319 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
320 |
<name>Square meter</name> |
4545 |
25 Sep 08 |
nicklas |
321 |
<symbol>m²</symbol> |
4545 |
25 Sep 08 |
nicklas |
322 |
<alias>m2</alias> |
4545 |
25 Sep 08 |
nicklas |
323 |
<factor>1</factor> |
4545 |
25 Sep 08 |
nicklas |
324 |
<description>1 square meter is the reference unit of area.</description> |
4545 |
25 Sep 08 |
nicklas |
325 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
326 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
327 |
<name>Square centimeter</name> |
4545 |
25 Sep 08 |
nicklas |
328 |
<symbol>cm²</symbol> |
4545 |
25 Sep 08 |
nicklas |
329 |
<alias>cm2</alias> |
4545 |
25 Sep 08 |
nicklas |
330 |
<factor>1E-4</factor> |
4545 |
25 Sep 08 |
nicklas |
331 |
<description>1 square centimeter is 1/10 000 of a square meter.</description> |
4545 |
25 Sep 08 |
nicklas |
332 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
333 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
334 |
<name>Square millimeter</name> |
4545 |
25 Sep 08 |
nicklas |
335 |
<symbol>mm²</symbol> |
4545 |
25 Sep 08 |
nicklas |
336 |
<alias>mm2</alias> |
4545 |
25 Sep 08 |
nicklas |
337 |
<factor>1E-6</factor> |
4545 |
25 Sep 08 |
nicklas |
338 |
<description>1 square millimeter is 1/1 000 000 of a square meter.</description> |
4545 |
25 Sep 08 |
nicklas |
339 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
340 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
341 |
<name>Square micrometer</name> |
4545 |
25 Sep 08 |
nicklas |
342 |
<symbol>µm²</symbol> |
4545 |
25 Sep 08 |
nicklas |
343 |
<alias>um2</alias> |
4545 |
25 Sep 08 |
nicklas |
344 |
<factor>1E-12</factor> |
4545 |
25 Sep 08 |
nicklas |
345 |
<description>1 square microimeter is 1/1 000 000 of a square millimeter.</description> |
4545 |
25 Sep 08 |
nicklas |
346 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
347 |
</quantity> |
4545 |
25 Sep 08 |
nicklas |
348 |
<quantity system-id="net.sf.basedb.core.Quantity.VOLUME"> |
4545 |
25 Sep 08 |
nicklas |
349 |
<name>Volume</name> |
4565 |
07 Oct 08 |
nicklas |
350 |
<reference-unit>1 m³</reference-unit> |
4545 |
25 Sep 08 |
nicklas |
351 |
<description> |
4565 |
07 Oct 08 |
nicklas |
352 |
1 cubic meter is the volume a cube whose sides measure exactly 1 meter. |
4549 |
26 Sep 08 |
nicklas |
353 |
See http://en.wikipedia.org/wiki/Volume |
4545 |
25 Sep 08 |
nicklas |
354 |
</description> |
4545 |
25 Sep 08 |
nicklas |
355 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
356 |
<name>Cubic meter</name> |
4545 |
25 Sep 08 |
nicklas |
357 |
<symbol>m³</symbol> |
4545 |
25 Sep 08 |
nicklas |
358 |
<alias>m3</alias> |
4565 |
07 Oct 08 |
nicklas |
359 |
<factor>1</factor> |
4565 |
07 Oct 08 |
nicklas |
360 |
<description>1 cubic meter is the reference unit of volume.</description> |
4545 |
25 Sep 08 |
nicklas |
361 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
362 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
363 |
<name>Liter</name> |
4545 |
25 Sep 08 |
nicklas |
364 |
<symbol>l</symbol> |
4565 |
07 Oct 08 |
nicklas |
365 |
<factor>1E-3</factor> |
4565 |
07 Oct 08 |
nicklas |
366 |
<description>1 liter is the 1/1 000 of a cubic meter.</description> |
4545 |
25 Sep 08 |
nicklas |
367 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
368 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
369 |
<name>Milliliter</name> |
4545 |
25 Sep 08 |
nicklas |
370 |
<symbol>ml</symbol> |
4545 |
25 Sep 08 |
nicklas |
371 |
<alias>cm³</alias> |
4545 |
25 Sep 08 |
nicklas |
372 |
<alias>cm3</alias> |
4565 |
07 Oct 08 |
nicklas |
373 |
<factor>1E-6</factor> |
4545 |
25 Sep 08 |
nicklas |
374 |
<description> |
4545 |
25 Sep 08 |
nicklas |
375 |
1 milliliter is 1/1 000 of a liter. A milliliter is equal |
4545 |
25 Sep 08 |
nicklas |
376 |
to 1 cm³. |
4545 |
25 Sep 08 |
nicklas |
377 |
</description> |
4545 |
25 Sep 08 |
nicklas |
378 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
379 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
380 |
<name>Microliter</name> |
4545 |
25 Sep 08 |
nicklas |
381 |
<symbol>µl</symbol> |
4545 |
25 Sep 08 |
nicklas |
382 |
<alias>mm³</alias> |
4545 |
25 Sep 08 |
nicklas |
383 |
<alias>mm3</alias> |
4565 |
07 Oct 08 |
nicklas |
384 |
<factor>1E-9</factor> |
4545 |
25 Sep 08 |
nicklas |
385 |
<description> |
4545 |
25 Sep 08 |
nicklas |
386 |
1 microliter is 1/1 000 of a milliliter. A microliter is |
4545 |
25 Sep 08 |
nicklas |
387 |
equal to 1 mm³. |
4545 |
25 Sep 08 |
nicklas |
388 |
</description> |
4545 |
25 Sep 08 |
nicklas |
389 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
390 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
391 |
<name>Nanoliter</name> |
4545 |
25 Sep 08 |
nicklas |
392 |
<symbol>nl</symbol> |
4565 |
07 Oct 08 |
nicklas |
393 |
<factor>1E-12</factor> |
4545 |
25 Sep 08 |
nicklas |
394 |
<description>1 nanoliter is 1/1 000 of a microliter.</description> |
4545 |
25 Sep 08 |
nicklas |
395 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
396 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
397 |
<name>Picoliter</name> |
4545 |
25 Sep 08 |
nicklas |
398 |
<symbol>pl</symbol> |
4565 |
07 Oct 08 |
nicklas |
399 |
<factor>1E-15</factor> |
4545 |
25 Sep 08 |
nicklas |
400 |
<description>1 picoliter is 1/1 000 of a nanoliter.</description> |
4545 |
25 Sep 08 |
nicklas |
401 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
402 |
</quantity> |
4545 |
25 Sep 08 |
nicklas |
403 |
<quantity system-id="net.sf.basedb.core.Quantity.VELOCITY"> |
4545 |
25 Sep 08 |
nicklas |
404 |
<name>Velocity</name> |
4545 |
25 Sep 08 |
nicklas |
405 |
<reference-unit>1 m/s</reference-unit> |
4545 |
25 Sep 08 |
nicklas |
406 |
<description> |
4545 |
25 Sep 08 |
nicklas |
407 |
The volocity is the distance traveled during a specified unit of time. |
4549 |
26 Sep 08 |
nicklas |
408 |
See http://en.wikipedia.org/wiki/Speed |
4545 |
25 Sep 08 |
nicklas |
409 |
</description> |
4545 |
25 Sep 08 |
nicklas |
410 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
411 |
<name>Meter per second</name> |
4545 |
25 Sep 08 |
nicklas |
412 |
<symbol>m/s</symbol> |
4545 |
25 Sep 08 |
nicklas |
413 |
<factor>1</factor> |
4545 |
25 Sep 08 |
nicklas |
414 |
<description>1 m/s is the reference unit of velocity.</description> |
4545 |
25 Sep 08 |
nicklas |
415 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
416 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
417 |
<name>Kilometers per hour</name> |
4545 |
25 Sep 08 |
nicklas |
418 |
<symbol>km/h</symbol> |
4545 |
25 Sep 08 |
nicklas |
419 |
<alias>km/hour</alias> |
4545 |
25 Sep 08 |
nicklas |
420 |
<factor>3.6</factor> |
4545 |
25 Sep 08 |
nicklas |
421 |
<description>1 m/s is the same as 3.6 km/hour.</description> |
4545 |
25 Sep 08 |
nicklas |
422 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
423 |
</quantity> |
4545 |
25 Sep 08 |
nicklas |
424 |
<quantity system-id="net.sf.basedb.core.Quantity.ANGLE"> |
4545 |
25 Sep 08 |
nicklas |
425 |
<name>Angle</name> |
4545 |
25 Sep 08 |
nicklas |
426 |
<reference-unit>1 radian</reference-unit> |
4545 |
25 Sep 08 |
nicklas |
427 |
<description> |
4545 |
25 Sep 08 |
nicklas |
428 |
One radian is the angle subtended at the center of a circle by an arc that |
4545 |
25 Sep 08 |
nicklas |
429 |
is equal in length to the radius of the circle. See |
4549 |
26 Sep 08 |
nicklas |
430 |
http://en.wikipedia.org/wiki/Radian |
4545 |
25 Sep 08 |
nicklas |
431 |
</description> |
4545 |
25 Sep 08 |
nicklas |
432 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
433 |
<name>Radian</name> |
4545 |
25 Sep 08 |
nicklas |
434 |
<symbol>rad</symbol> |
4545 |
25 Sep 08 |
nicklas |
435 |
<factor>1</factor> |
4545 |
25 Sep 08 |
nicklas |
436 |
<description>1 radian is the reference unit of angle.</description> |
4545 |
25 Sep 08 |
nicklas |
437 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
438 |
<unit> |
4545 |
25 Sep 08 |
nicklas |
439 |
<name>Degree</name> |
4545 |
25 Sep 08 |
nicklas |
440 |
<symbol>°</symbol> |
4549 |
26 Sep 08 |
nicklas |
441 |
<alias>deg</alias> |
4549 |
26 Sep 08 |
nicklas |
442 |
<factor>0.017453292519943295</factor> |
4545 |
25 Sep 08 |
nicklas |
443 |
<description>1 degree is π/180 radians (≈0.0175).</description> |
4545 |
25 Sep 08 |
nicklas |
444 |
</unit> |
4549 |
26 Sep 08 |
nicklas |
445 |
<unit> |
4549 |
26 Sep 08 |
nicklas |
446 |
<name>Minute (angle)</name> |
4549 |
26 Sep 08 |
nicklas |
447 |
<symbol>'</symbol> |
4549 |
26 Sep 08 |
nicklas |
448 |
<factor>2.908882086657216E-4</factor> |
4549 |
26 Sep 08 |
nicklas |
449 |
<description>1' = 1/60°</description> |
4549 |
26 Sep 08 |
nicklas |
450 |
</unit> |
4549 |
26 Sep 08 |
nicklas |
451 |
<unit> |
4549 |
26 Sep 08 |
nicklas |
452 |
<name>Second (angle)</name> |
4549 |
26 Sep 08 |
nicklas |
453 |
<symbol>"</symbol> |
4549 |
26 Sep 08 |
nicklas |
454 |
<factor>4.84813681109536E-6</factor> |
4549 |
26 Sep 08 |
nicklas |
455 |
<description>1" = 1/60' = 1/3 600°</description> |
4549 |
26 Sep 08 |
nicklas |
456 |
</unit> |
4545 |
25 Sep 08 |
nicklas |
457 |
</quantity> |
4549 |
26 Sep 08 |
nicklas |
458 |
<quantity system-id="net.sf.based.core.Quantity.FORCE"> |
4549 |
26 Sep 08 |
nicklas |
459 |
<name>Force</name> |
4549 |
26 Sep 08 |
nicklas |
460 |
<reference-unit>1 newton</reference-unit> |
4549 |
26 Sep 08 |
nicklas |
461 |
<description> |
4549 |
26 Sep 08 |
nicklas |
462 |
A force is what causes a mass to accelerate. 1 newton is the force required |
4549 |
26 Sep 08 |
nicklas |
463 |
to give a mass of one kilogram an acceleration of one meter per second |
4549 |
26 Sep 08 |
nicklas |
464 |
squared. See http://en.wikipedia.org/wiki/Newton |
4549 |
26 Sep 08 |
nicklas |
465 |
</description> |
4549 |
26 Sep 08 |
nicklas |
466 |
<unit> |
4549 |
26 Sep 08 |
nicklas |
467 |
<name>Kilonewton</name> |
4549 |
26 Sep 08 |
nicklas |
468 |
<symbol>kN</symbol> |
4549 |
26 Sep 08 |
nicklas |
469 |
<factor>1000</factor> |
4549 |
26 Sep 08 |
nicklas |
470 |
<description>1 kilonewton is 1 000 N.</description> |
4549 |
26 Sep 08 |
nicklas |
471 |
</unit> |
4549 |
26 Sep 08 |
nicklas |
472 |
<unit> |
4549 |
26 Sep 08 |
nicklas |
473 |
<name>Newton</name> |
4549 |
26 Sep 08 |
nicklas |
474 |
<symbol>N</symbol> |
4549 |
26 Sep 08 |
nicklas |
475 |
<factor>1</factor> |
4549 |
26 Sep 08 |
nicklas |
476 |
<description>1 newton is the reference unit of force.</description> |
4549 |
26 Sep 08 |
nicklas |
477 |
</unit> |
4549 |
26 Sep 08 |
nicklas |
478 |
<unit> |
4549 |
26 Sep 08 |
nicklas |
479 |
<name>Millinewton</name> |
4549 |
26 Sep 08 |
nicklas |
480 |
<symbol>mN</symbol> |
4549 |
26 Sep 08 |
nicklas |
481 |
<factor>1E-3</factor> |
4549 |
26 Sep 08 |
nicklas |
482 |
<description>1 millinewton is 1/1 000 N.</description> |
4549 |
26 Sep 08 |
nicklas |
483 |
</unit> |
4549 |
26 Sep 08 |
nicklas |
484 |
<unit> |
4549 |
26 Sep 08 |
nicklas |
485 |
<name>Micronewton</name> |
4549 |
26 Sep 08 |
nicklas |
486 |
<symbol>µN</symbol> |
4549 |
26 Sep 08 |
nicklas |
487 |
<factor>1E-6</factor> |
4549 |
26 Sep 08 |
nicklas |
488 |
<description>1 micronewton is 1/1 000 mN.</description> |
4549 |
26 Sep 08 |
nicklas |
489 |
</unit> |
4549 |
26 Sep 08 |
nicklas |
490 |
</quantity> |
4549 |
26 Sep 08 |
nicklas |
491 |
<quantity system-id="net.sf.basedb.core.Quantity.FREQUENCY"> |
4549 |
26 Sep 08 |
nicklas |
492 |
<name>Frequency</name> |
4549 |
26 Sep 08 |
nicklas |
493 |
<reference-unit>1 hertz</reference-unit> |
4549 |
26 Sep 08 |
nicklas |
494 |
<description> |
4549 |
26 Sep 08 |
nicklas |
495 |
The definition of hertz follows directly from the definition of |
4549 |
26 Sep 08 |
nicklas |
496 |
a second such that the hyperfine splitting in the ground state of the |
4549 |
26 Sep 08 |
nicklas |
497 |
caesium 133 atom is exactly 9 192 631 770 hertz. |
4549 |
26 Sep 08 |
nicklas |
498 |
See http://en.wikipedia.org/wiki/Hertz |
4549 |
26 Sep 08 |
nicklas |
499 |
</description> |
4549 |
26 Sep 08 |
nicklas |
500 |
<unit> |
4549 |
26 Sep 08 |
nicklas |
501 |
<name>Hertz</name> |
4549 |
26 Sep 08 |
nicklas |
502 |
<symbol>Hz</symbol> |
4549 |
26 Sep 08 |
nicklas |
503 |
<factor>1</factor> |
4552 |
29 Sep 08 |
nicklas |
504 |
<description>1 hertz is the reference unit of frequency.</description> |
4549 |
26 Sep 08 |
nicklas |
505 |
</unit> |
4549 |
26 Sep 08 |
nicklas |
506 |
<unit> |
4549 |
26 Sep 08 |
nicklas |
507 |
<name>Kilohertz</name> |
4549 |
26 Sep 08 |
nicklas |
508 |
<symbol>kHz</symbol> |
4549 |
26 Sep 08 |
nicklas |
509 |
<factor>1000</factor> |
4549 |
26 Sep 08 |
nicklas |
510 |
<description>1 kilohertz is 1 000 hertz.</description> |
4549 |
26 Sep 08 |
nicklas |
511 |
</unit> |
4549 |
26 Sep 08 |
nicklas |
512 |
<unit> |
4549 |
26 Sep 08 |
nicklas |
513 |
<name>Megahertz</name> |
4549 |
26 Sep 08 |
nicklas |
514 |
<symbol>MHz</symbol> |
4549 |
26 Sep 08 |
nicklas |
515 |
<factor>1E6</factor> |
4549 |
26 Sep 08 |
nicklas |
516 |
<description>1 megahertz is 1 000 000 hertz.</description> |
4549 |
26 Sep 08 |
nicklas |
517 |
</unit> |
4549 |
26 Sep 08 |
nicklas |
518 |
<unit> |
4549 |
26 Sep 08 |
nicklas |
519 |
<name>Gigahertz</name> |
4549 |
26 Sep 08 |
nicklas |
520 |
<symbol>GHz</symbol> |
4549 |
26 Sep 08 |
nicklas |
521 |
<factor>1E9</factor> |
4549 |
26 Sep 08 |
nicklas |
522 |
<description>1 gigahertz is 1 000 000 000 hertz.</description> |
4549 |
26 Sep 08 |
nicklas |
523 |
</unit> |
4549 |
26 Sep 08 |
nicklas |
524 |
<unit> |
4549 |
26 Sep 08 |
nicklas |
525 |
<name>Terahertz</name> |
4549 |
26 Sep 08 |
nicklas |
526 |
<symbol>THz</symbol> |
4549 |
26 Sep 08 |
nicklas |
527 |
<factor>1E12</factor> |
4549 |
26 Sep 08 |
nicklas |
528 |
<description>1 terahertz is 1 000 gigahertz.</description> |
4549 |
26 Sep 08 |
nicklas |
529 |
</unit> |
4549 |
26 Sep 08 |
nicklas |
530 |
</quantity> |
4549 |
26 Sep 08 |
nicklas |
531 |
|
4552 |
29 Sep 08 |
nicklas |
532 |
<quantity system-id="net.sf.basedb.core.Quantity.DENSITY"> |
4552 |
29 Sep 08 |
nicklas |
533 |
<name>Density</name> |
4565 |
07 Oct 08 |
nicklas |
534 |
<reference-unit>1 kg/m³</reference-unit> |
4552 |
29 Sep 08 |
nicklas |
535 |
<description> |
4552 |
29 Sep 08 |
nicklas |
536 |
The density of a material is the mass per unit volumne. See |
4552 |
29 Sep 08 |
nicklas |
537 |
http://en.wikipedia.org/wiki/Density |
4552 |
29 Sep 08 |
nicklas |
538 |
</description> |
4552 |
29 Sep 08 |
nicklas |
539 |
<unit> |
4552 |
29 Sep 08 |
nicklas |
540 |
<name>Grams per cubic centimeter</name> |
4552 |
29 Sep 08 |
nicklas |
541 |
<symbol>g/cm³</symbol> |
4552 |
29 Sep 08 |
nicklas |
542 |
<alias>g/cm3</alias> |
4552 |
29 Sep 08 |
nicklas |
543 |
<alias>g/mL</alias> |
4565 |
07 Oct 08 |
nicklas |
544 |
<factor>1000</factor> |
4552 |
29 Sep 08 |
nicklas |
545 |
<description> |
4565 |
07 Oct 08 |
nicklas |
546 |
1 g/cm³ is the is the same as 1 g/mL and is 1 000 kilograms per |
4565 |
07 Oct 08 |
nicklas |
547 |
cubic metre. |
4552 |
29 Sep 08 |
nicklas |
548 |
</description> |
4552 |
29 Sep 08 |
nicklas |
549 |
</unit> |
4552 |
29 Sep 08 |
nicklas |
550 |
<unit> |
4552 |
29 Sep 08 |
nicklas |
551 |
<name>Kilograms per cubic meter</name> |
4552 |
29 Sep 08 |
nicklas |
552 |
<symbol>kg/m³</symbol> |
4552 |
29 Sep 08 |
nicklas |
553 |
<alias>kg/m3</alias> |
4565 |
07 Oct 08 |
nicklas |
554 |
<alias>g/L</alias> |
4565 |
07 Oct 08 |
nicklas |
555 |
<factor>1</factor> |
4552 |
29 Sep 08 |
nicklas |
556 |
<description> |
4565 |
07 Oct 08 |
nicklas |
557 |
1 kg/m³ is the reference unit of density. |
4552 |
29 Sep 08 |
nicklas |
558 |
</description> |
4552 |
29 Sep 08 |
nicklas |
559 |
</unit> |
7345 |
26 Apr 17 |
nicklas |
560 |
<unit> |
7345 |
26 Apr 17 |
nicklas |
561 |
<name>Nanograms per microliter</name> |
7345 |
26 Apr 17 |
nicklas |
562 |
<symbol>ng/µl</symbol> |
7345 |
26 Apr 17 |
nicklas |
563 |
<alias>ng/ul</alias> |
7345 |
26 Apr 17 |
nicklas |
564 |
<factor>0.001</factor> |
7345 |
26 Apr 17 |
nicklas |
565 |
<description> |
7345 |
26 Apr 17 |
nicklas |
566 |
1 ng/µl is the the same as 1 gram per cubic metre. |
7345 |
26 Apr 17 |
nicklas |
567 |
</description> |
7345 |
26 Apr 17 |
nicklas |
568 |
</unit> |
4552 |
29 Sep 08 |
nicklas |
569 |
</quantity> |
4552 |
29 Sep 08 |
nicklas |
570 |
<quantity system-id="net.sf.basedb.core.Quantity.ENERGY"> |
4552 |
29 Sep 08 |
nicklas |
571 |
<name>Energy</name> |
4552 |
29 Sep 08 |
nicklas |
572 |
<reference-unit>1 joule</reference-unit> |
4552 |
29 Sep 08 |
nicklas |
573 |
<description> |
4552 |
29 Sep 08 |
nicklas |
574 |
One joule is the work done, or energy expended, by a force of one newton moving one |
4552 |
29 Sep 08 |
nicklas |
575 |
meter along the direction of the force. See http://en.wikipedia.org/wiki/Joule |
4552 |
29 Sep 08 |
nicklas |
576 |
</description> |
4552 |
29 Sep 08 |
nicklas |
577 |
<unit> |
4552 |
29 Sep 08 |
nicklas |
578 |
<name>Kilowatt hour</name> |
4552 |
29 Sep 08 |
nicklas |
579 |
<symbol>kWh</symbol> |
4552 |
29 Sep 08 |
nicklas |
580 |
<factor>3.6E6</factor> |
4552 |
29 Sep 08 |
nicklas |
581 |
<description>1 kilowatt hour is 3 600 000 joules.</description> |
4552 |
29 Sep 08 |
nicklas |
582 |
</unit> |
4552 |
29 Sep 08 |
nicklas |
583 |
<unit> |
4552 |
29 Sep 08 |
nicklas |
584 |
<name>Megajoule</name> |
4552 |
29 Sep 08 |
nicklas |
585 |
<symbol>MJ</symbol> |
4552 |
29 Sep 08 |
nicklas |
586 |
<factor>1E6</factor> |
4552 |
29 Sep 08 |
nicklas |
587 |
<description>1 megajoule is 1 000 000 joules.</description> |
4552 |
29 Sep 08 |
nicklas |
588 |
</unit> |
4552 |
29 Sep 08 |
nicklas |
589 |
<unit> |
4552 |
29 Sep 08 |
nicklas |
590 |
<name>Kilojoule</name> |
4552 |
29 Sep 08 |
nicklas |
591 |
<symbol>kJ</symbol> |
4552 |
29 Sep 08 |
nicklas |
592 |
<factor>1E3</factor> |
4552 |
29 Sep 08 |
nicklas |
593 |
<description>1 kilojoule is 1 000 joules.</description> |
4552 |
29 Sep 08 |
nicklas |
594 |
</unit> |
4552 |
29 Sep 08 |
nicklas |
595 |
<unit> |
4552 |
29 Sep 08 |
nicklas |
596 |
<name>Joule</name> |
4552 |
29 Sep 08 |
nicklas |
597 |
<symbol>J</symbol> |
4552 |
29 Sep 08 |
nicklas |
598 |
<alias>Ws</alias> |
4552 |
29 Sep 08 |
nicklas |
599 |
<factor>1</factor> |
4552 |
29 Sep 08 |
nicklas |
600 |
<description> |
4552 |
29 Sep 08 |
nicklas |
601 |
1 joule is the reference unit of energy. A joule is also |
4552 |
29 Sep 08 |
nicklas |
602 |
equal to one watt-second (Ws) |
4552 |
29 Sep 08 |
nicklas |
603 |
</description> |
4552 |
29 Sep 08 |
nicklas |
604 |
</unit> |
4552 |
29 Sep 08 |
nicklas |
605 |
<unit> |
4552 |
29 Sep 08 |
nicklas |
606 |
<name>Millijoule</name> |
4552 |
29 Sep 08 |
nicklas |
607 |
<symbol>mJ</symbol> |
4552 |
29 Sep 08 |
nicklas |
608 |
<factor>1E-3</factor> |
4552 |
29 Sep 08 |
nicklas |
609 |
<description>1 millijoule is 1/1 000 of a joule.</description> |
4552 |
29 Sep 08 |
nicklas |
610 |
</unit> |
4552 |
29 Sep 08 |
nicklas |
611 |
<unit> |
4552 |
29 Sep 08 |
nicklas |
612 |
<name>Mikrojoule</name> |
4552 |
29 Sep 08 |
nicklas |
613 |
<symbol>µJ</symbol> |
4552 |
29 Sep 08 |
nicklas |
614 |
<factor>1E-6</factor> |
4552 |
29 Sep 08 |
nicklas |
615 |
<description>1 microjoule is 1/1 000 of a millijoule.</description> |
4552 |
29 Sep 08 |
nicklas |
616 |
</unit> |
4552 |
29 Sep 08 |
nicklas |
617 |
<unit> |
4552 |
29 Sep 08 |
nicklas |
618 |
<name>Megaelectronvolt</name> |
4552 |
29 Sep 08 |
nicklas |
619 |
<symbol>MeV</symbol> |
4552 |
29 Sep 08 |
nicklas |
620 |
<factor>1.60217653E-12</factor> |
4552 |
29 Sep 08 |
nicklas |
621 |
<description> |
4552 |
29 Sep 08 |
nicklas |
622 |
1 kiloelectronvolt is 1 000 000 electronvolts. |
4552 |
29 Sep 08 |
nicklas |
623 |
</description> |
4552 |
29 Sep 08 |
nicklas |
624 |
</unit> |
4552 |
29 Sep 08 |
nicklas |
625 |
<unit> |
4552 |
29 Sep 08 |
nicklas |
626 |
<name>Kiloelectronvolt</name> |
4552 |
29 Sep 08 |
nicklas |
627 |
<symbol>keV</symbol> |
4552 |
29 Sep 08 |
nicklas |
628 |
<factor>1.60217653E-15</factor> |
4552 |
29 Sep 08 |
nicklas |
629 |
<description> |
4552 |
29 Sep 08 |
nicklas |
630 |
1 kiloelectronvolt is 1 000 electronvolts. |
4552 |
29 Sep 08 |
nicklas |
631 |
</description> |
4552 |
29 Sep 08 |
nicklas |
632 |
</unit> |
4552 |
29 Sep 08 |
nicklas |
633 |
<unit> |
4552 |
29 Sep 08 |
nicklas |
634 |
<name>Electronvolt</name> |
4552 |
29 Sep 08 |
nicklas |
635 |
<symbol>eV</symbol> |
4552 |
29 Sep 08 |
nicklas |
636 |
<factor>1.60217653E-19</factor> |
4552 |
29 Sep 08 |
nicklas |
637 |
<description> |
4552 |
29 Sep 08 |
nicklas |
638 |
1 electronvolt is the amount of kinetic energy gained by a single unbound electron |
4552 |
29 Sep 08 |
nicklas |
639 |
when it passes through an electrostatic potential difference of one volt, in vacuum. |
4552 |
29 Sep 08 |
nicklas |
640 |
1 eV ≈ 1.602 176 53E−19 J. |
4552 |
29 Sep 08 |
nicklas |
641 |
</description> |
4552 |
29 Sep 08 |
nicklas |
642 |
</unit> |
4552 |
29 Sep 08 |
nicklas |
643 |
</quantity> |
4558 |
03 Oct 08 |
nicklas |
644 |
<quantity system-id="net.sf.basedb.core.Quantity.POWER"> |
4558 |
03 Oct 08 |
nicklas |
645 |
<name>Power</name> |
4558 |
03 Oct 08 |
nicklas |
646 |
<reference-unit>1 watt</reference-unit> |
4558 |
03 Oct 08 |
nicklas |
647 |
<description> |
4558 |
03 Oct 08 |
nicklas |
648 |
Power measures the rate of energy conversion. The reference unit |
4558 |
03 Oct 08 |
nicklas |
649 |
is 1 watt which is equal to 1 joule of energy per second. |
4558 |
03 Oct 08 |
nicklas |
650 |
See http://en.wikipedia.org/wiki/Watt |
4558 |
03 Oct 08 |
nicklas |
651 |
</description> |
4558 |
03 Oct 08 |
nicklas |
652 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
653 |
<name>Megawatt</name> |
4558 |
03 Oct 08 |
nicklas |
654 |
<symbol>MW</symbol> |
4558 |
03 Oct 08 |
nicklas |
655 |
<alias>MJ/s</alias> |
4558 |
03 Oct 08 |
nicklas |
656 |
<factor>1E6</factor> |
4558 |
03 Oct 08 |
nicklas |
657 |
<description>1 megawatt is 1 000 000 watts.</description> |
4558 |
03 Oct 08 |
nicklas |
658 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
659 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
660 |
<name>Kilowatt</name> |
4558 |
03 Oct 08 |
nicklas |
661 |
<symbol>kW</symbol> |
4558 |
03 Oct 08 |
nicklas |
662 |
<alias>kJ/s</alias> |
4558 |
03 Oct 08 |
nicklas |
663 |
<factor>1000</factor> |
4558 |
03 Oct 08 |
nicklas |
664 |
<description>1 kilowatt is 1 000 watts.</description> |
4558 |
03 Oct 08 |
nicklas |
665 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
666 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
667 |
<name>Watt</name> |
4558 |
03 Oct 08 |
nicklas |
668 |
<symbol>W</symbol> |
4558 |
03 Oct 08 |
nicklas |
669 |
<alias>J/s</alias> |
4558 |
03 Oct 08 |
nicklas |
670 |
<factor>1.0</factor> |
4558 |
03 Oct 08 |
nicklas |
671 |
<description>1 watt is the reference unit of power.</description> |
4558 |
03 Oct 08 |
nicklas |
672 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
673 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
674 |
<name>Milliwatt</name> |
4558 |
03 Oct 08 |
nicklas |
675 |
<symbol>mW</symbol> |
4558 |
03 Oct 08 |
nicklas |
676 |
<alias>mJ/s</alias> |
4558 |
03 Oct 08 |
nicklas |
677 |
<factor>1E-3</factor> |
4558 |
03 Oct 08 |
nicklas |
678 |
<description>1 milliwatt is 1/1 000 watt.</description> |
4558 |
03 Oct 08 |
nicklas |
679 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
680 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
681 |
<name>Microwatt</name> |
4635 |
11 Nov 08 |
nicklas |
682 |
<symbol>µW</symbol> |
4558 |
03 Oct 08 |
nicklas |
683 |
<alias>uW</alias> |
4635 |
11 Nov 08 |
nicklas |
684 |
<alias>µJ/s</alias> |
4558 |
03 Oct 08 |
nicklas |
685 |
<factor>1E-3</factor> |
4558 |
03 Oct 08 |
nicklas |
686 |
<description>1 microwatt is 1/1 000 milliwatt.</description> |
4558 |
03 Oct 08 |
nicklas |
687 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
688 |
</quantity> |
4558 |
03 Oct 08 |
nicklas |
689 |
<quantity system-id="net.sf.basedb.core.Quantity.PRESSURE"> |
4558 |
03 Oct 08 |
nicklas |
690 |
<name>Pressure</name> |
4558 |
03 Oct 08 |
nicklas |
691 |
<reference-unit>1 pascal</reference-unit> |
4558 |
03 Oct 08 |
nicklas |
692 |
<description> |
4558 |
03 Oct 08 |
nicklas |
693 |
Pressure is a measure of perpendicular force per unit area i.e. equivalent |
4558 |
03 Oct 08 |
nicklas |
694 |
to one newton per square meter. See http://en.wikipedia.org/wiki/Pascal_(unit) |
4558 |
03 Oct 08 |
nicklas |
695 |
</description> |
4558 |
03 Oct 08 |
nicklas |
696 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
697 |
<name>Megapascal</name> |
4558 |
03 Oct 08 |
nicklas |
698 |
<symbol>MPa</symbol> |
4558 |
03 Oct 08 |
nicklas |
699 |
<alias>MN/m²</alias> |
4558 |
03 Oct 08 |
nicklas |
700 |
<alias>MN/m2</alias> |
4558 |
03 Oct 08 |
nicklas |
701 |
<factor>1E6</factor> |
4558 |
03 Oct 08 |
nicklas |
702 |
<description>1 megapascal is 1 000 000 Pa.</description> |
4558 |
03 Oct 08 |
nicklas |
703 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
704 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
705 |
<name>Kilopascal</name> |
4558 |
03 Oct 08 |
nicklas |
706 |
<symbol>kPa</symbol> |
4558 |
03 Oct 08 |
nicklas |
707 |
<alias>kN/m²</alias> |
4558 |
03 Oct 08 |
nicklas |
708 |
<alias>kN/m2</alias> |
4558 |
03 Oct 08 |
nicklas |
709 |
<factor>1000</factor> |
4558 |
03 Oct 08 |
nicklas |
710 |
<description>1 kilopascal is 1 000 Pa.</description> |
4558 |
03 Oct 08 |
nicklas |
711 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
712 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
713 |
<name>Pascal</name> |
4558 |
03 Oct 08 |
nicklas |
714 |
<symbol>Pa</symbol> |
4558 |
03 Oct 08 |
nicklas |
715 |
<alias>N/m²</alias> |
4558 |
03 Oct 08 |
nicklas |
716 |
<alias>N/m2</alias> |
4558 |
03 Oct 08 |
nicklas |
717 |
<factor>1.0</factor> |
4558 |
03 Oct 08 |
nicklas |
718 |
<description>1 pascal is the reference unit of pressure.</description> |
4558 |
03 Oct 08 |
nicklas |
719 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
720 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
721 |
<name>Millipascal</name> |
4558 |
03 Oct 08 |
nicklas |
722 |
<symbol>mPa</symbol> |
4558 |
03 Oct 08 |
nicklas |
723 |
<alias>mN/m²</alias> |
4558 |
03 Oct 08 |
nicklas |
724 |
<alias>mN/m2</alias> |
4558 |
03 Oct 08 |
nicklas |
725 |
<factor>1E-3</factor> |
4558 |
03 Oct 08 |
nicklas |
726 |
<description>1 millipascal is 1/1 000 of a pascal.</description> |
4558 |
03 Oct 08 |
nicklas |
727 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
728 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
729 |
<name>Micropascal</name> |
4635 |
11 Nov 08 |
nicklas |
730 |
<symbol>µPa</symbol> |
4558 |
03 Oct 08 |
nicklas |
731 |
<alias>uPa</alias> |
4635 |
11 Nov 08 |
nicklas |
732 |
<alias>µN/m²</alias> |
4558 |
03 Oct 08 |
nicklas |
733 |
<alias>uN/m2</alias> |
4558 |
03 Oct 08 |
nicklas |
734 |
<factor>1E-6</factor> |
4558 |
03 Oct 08 |
nicklas |
735 |
<description>1 micropascal is 1/1 000 of a millipascal.</description> |
4558 |
03 Oct 08 |
nicklas |
736 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
737 |
</quantity> |
4558 |
03 Oct 08 |
nicklas |
738 |
<quantity system-id="net.sf.basedb.core.Quantity.POTENTIAL"> |
4558 |
03 Oct 08 |
nicklas |
739 |
<name>Electric potential</name> |
4558 |
03 Oct 08 |
nicklas |
740 |
<reference-unit>1 volt</reference-unit> |
4558 |
03 Oct 08 |
nicklas |
741 |
<description> |
4558 |
03 Oct 08 |
nicklas |
742 |
The volt is defined as the potential difference across a conductor |
4558 |
03 Oct 08 |
nicklas |
743 |
when a current of one ampere dissipates one watt of power. See |
4558 |
03 Oct 08 |
nicklas |
744 |
http://en.wikipedia.org/wiki/Volt |
4558 |
03 Oct 08 |
nicklas |
745 |
</description> |
4558 |
03 Oct 08 |
nicklas |
746 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
747 |
<name>Kilovolt</name> |
4558 |
03 Oct 08 |
nicklas |
748 |
<symbol>kV</symbol> |
4558 |
03 Oct 08 |
nicklas |
749 |
<factor>1000</factor> |
4558 |
03 Oct 08 |
nicklas |
750 |
<description>1 kilovolt is 1 000 volts.</description> |
4558 |
03 Oct 08 |
nicklas |
751 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
752 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
753 |
<name>Volt</name> |
4558 |
03 Oct 08 |
nicklas |
754 |
<symbol>V</symbol> |
4558 |
03 Oct 08 |
nicklas |
755 |
<factor>1</factor> |
4558 |
03 Oct 08 |
nicklas |
756 |
<description>1 volt is the reference unit of electrical potential.</description> |
4558 |
03 Oct 08 |
nicklas |
757 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
758 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
759 |
<name>Millivolt</name> |
4558 |
03 Oct 08 |
nicklas |
760 |
<symbol>mV</symbol> |
4558 |
03 Oct 08 |
nicklas |
761 |
<factor>1E-3</factor> |
4558 |
03 Oct 08 |
nicklas |
762 |
<description>1 millivolt is 1/1 000 of a volt.</description> |
4558 |
03 Oct 08 |
nicklas |
763 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
764 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
765 |
<name>Microvolt</name> |
4635 |
11 Nov 08 |
nicklas |
766 |
<symbol>µV</symbol> |
4558 |
03 Oct 08 |
nicklas |
767 |
<alias>uV</alias> |
4558 |
03 Oct 08 |
nicklas |
768 |
<factor>1E-6</factor> |
4558 |
03 Oct 08 |
nicklas |
769 |
<description>1 microvolt is 1/1 000 of a millivolt.</description> |
4558 |
03 Oct 08 |
nicklas |
770 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
771 |
</quantity> |
4558 |
03 Oct 08 |
nicklas |
772 |
<quantity system-id="net.sf.basedb.core.Quantity.RESISTANCE"> |
4558 |
03 Oct 08 |
nicklas |
773 |
<name>Electric resistance</name> |
4558 |
03 Oct 08 |
nicklas |
774 |
<reference-unit>1 ohm</reference-unit> |
4558 |
03 Oct 08 |
nicklas |
775 |
<description> |
4558 |
03 Oct 08 |
nicklas |
776 |
The ohm is the electric resistance between two points of a conductor when |
4558 |
03 Oct 08 |
nicklas |
777 |
a constant potential difference of 1 volt, applied to these points, produces |
4558 |
03 Oct 08 |
nicklas |
778 |
in the conductor a current of 1 ampere. |
4558 |
03 Oct 08 |
nicklas |
779 |
See http://en.wikipedia.org/wiki/Ohm |
4558 |
03 Oct 08 |
nicklas |
780 |
</description> |
4558 |
03 Oct 08 |
nicklas |
781 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
782 |
<name>Megaohm</name> |
4635 |
11 Nov 08 |
nicklas |
783 |
<symbol>MΩ</symbol> |
4558 |
03 Oct 08 |
nicklas |
784 |
<alias>MO</alias> |
4558 |
03 Oct 08 |
nicklas |
785 |
<factor>1E6</factor> |
4558 |
03 Oct 08 |
nicklas |
786 |
<description>1 megaohm is 1 000 000 ohms.</description> |
4558 |
03 Oct 08 |
nicklas |
787 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
788 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
789 |
<name>Kiloohm</name> |
4635 |
11 Nov 08 |
nicklas |
790 |
<symbol>kΩ</symbol> |
4558 |
03 Oct 08 |
nicklas |
791 |
<alias>kO</alias> |
4558 |
03 Oct 08 |
nicklas |
792 |
<factor>1000</factor> |
4558 |
03 Oct 08 |
nicklas |
793 |
<description>1 kiloohm is 1 000 ohms.</description> |
4558 |
03 Oct 08 |
nicklas |
794 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
795 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
796 |
<name>Ohm</name> |
4635 |
11 Nov 08 |
nicklas |
797 |
<symbol>Ω</symbol> |
4558 |
03 Oct 08 |
nicklas |
798 |
<alias>O</alias> |
4558 |
03 Oct 08 |
nicklas |
799 |
<factor>1</factor> |
4558 |
03 Oct 08 |
nicklas |
800 |
<description>1 ohm is the reference unit of electrical resistance.</description> |
4558 |
03 Oct 08 |
nicklas |
801 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
802 |
<unit> |
4558 |
03 Oct 08 |
nicklas |
803 |
<name>Milliohm</name> |
4635 |
11 Nov 08 |
nicklas |
804 |
<symbol>mΩ</symbol> |
4558 |
03 Oct 08 |
nicklas |
805 |
<alias>mO</alias> |
4558 |
03 Oct 08 |
nicklas |
806 |
<factor>1E-3</factor> |
4558 |
03 Oct 08 |
nicklas |
807 |
<description>1 milliohm is 1/1 000 ohm.</description> |
4558 |
03 Oct 08 |
nicklas |
808 |
</unit> |
4558 |
03 Oct 08 |
nicklas |
809 |
</quantity> |
4562 |
06 Oct 08 |
nicklas |
810 |
<quantity system-id="net.sf.basedb.core.Quantity.CHARGE"> |
4562 |
06 Oct 08 |
nicklas |
811 |
<name>Electrical charge</name> |
4562 |
06 Oct 08 |
nicklas |
812 |
<reference-unit>1 coulomb</reference-unit> |
4562 |
06 Oct 08 |
nicklas |
813 |
<description> |
4562 |
06 Oct 08 |
nicklas |
814 |
1 coulomb is the amount of electric charge transported by a current of 1 ampere in 1 second. |
4562 |
06 Oct 08 |
nicklas |
815 |
See http://en.wikipedia.org/wiki/Coulomb |
4562 |
06 Oct 08 |
nicklas |
816 |
</description> |
4562 |
06 Oct 08 |
nicklas |
817 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
818 |
<name>Ampere-hour</name> |
4562 |
06 Oct 08 |
nicklas |
819 |
<symbol>Ah</symbol> |
4562 |
06 Oct 08 |
nicklas |
820 |
<factor>3600</factor> |
4562 |
06 Oct 08 |
nicklas |
821 |
<description>1 ampere-hour is 3 600 coulombs.</description> |
4562 |
06 Oct 08 |
nicklas |
822 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
823 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
824 |
<name>Kilocoulomb</name> |
4562 |
06 Oct 08 |
nicklas |
825 |
<symbol>kC</symbol> |
4562 |
06 Oct 08 |
nicklas |
826 |
<alias>kAs</alias> |
4562 |
06 Oct 08 |
nicklas |
827 |
<factor>1000</factor> |
4562 |
06 Oct 08 |
nicklas |
828 |
<description>1 kilocoulomb is 1 000 coulombs.</description> |
4562 |
06 Oct 08 |
nicklas |
829 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
830 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
831 |
<name>Coulomb</name> |
4562 |
06 Oct 08 |
nicklas |
832 |
<symbol>C</symbol> |
4562 |
06 Oct 08 |
nicklas |
833 |
<alias>As</alias> |
4562 |
06 Oct 08 |
nicklas |
834 |
<factor>1</factor> |
4562 |
06 Oct 08 |
nicklas |
835 |
<description>1 coulomb is the reference unit of charge.</description> |
4562 |
06 Oct 08 |
nicklas |
836 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
837 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
838 |
<name>Millicoulomb</name> |
4562 |
06 Oct 08 |
nicklas |
839 |
<symbol>mC</symbol> |
4562 |
06 Oct 08 |
nicklas |
840 |
<alias>mAs</alias> |
4562 |
06 Oct 08 |
nicklas |
841 |
<factor>1E-3</factor> |
4562 |
06 Oct 08 |
nicklas |
842 |
<description>1 millicoulomb is 1/1 000 of a coulomb.</description> |
4562 |
06 Oct 08 |
nicklas |
843 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
844 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
845 |
<name>Microoulomb</name> |
4635 |
11 Nov 08 |
nicklas |
846 |
<symbol>µC</symbol> |
4562 |
06 Oct 08 |
nicklas |
847 |
<alias>uC</alias> |
4635 |
11 Nov 08 |
nicklas |
848 |
<alias>µAs</alias> |
4562 |
06 Oct 08 |
nicklas |
849 |
<alias>uAs</alias> |
4562 |
06 Oct 08 |
nicklas |
850 |
<factor>1E-6</factor> |
4562 |
06 Oct 08 |
nicklas |
851 |
<description>1 microcoulomb is 1/1 000 of a millicoulomb.</description> |
4562 |
06 Oct 08 |
nicklas |
852 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
853 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
854 |
<name>Nanooulomb</name> |
4562 |
06 Oct 08 |
nicklas |
855 |
<symbol>nC</symbol> |
4562 |
06 Oct 08 |
nicklas |
856 |
<alias>nAs</alias> |
4562 |
06 Oct 08 |
nicklas |
857 |
<factor>1E-9</factor> |
4562 |
06 Oct 08 |
nicklas |
858 |
<description>1 nanocoulomb is 1/1 000 of a microcoulomb.</description> |
4562 |
06 Oct 08 |
nicklas |
859 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
860 |
</quantity> |
4562 |
06 Oct 08 |
nicklas |
861 |
<quantity system-id="net.sf.basedb.core.Quantity.CAPACITANCE"> |
4562 |
06 Oct 08 |
nicklas |
862 |
<name>Capacitance</name> |
4562 |
06 Oct 08 |
nicklas |
863 |
<reference-unit>1 farad</reference-unit> |
4562 |
06 Oct 08 |
nicklas |
864 |
<description> |
4562 |
06 Oct 08 |
nicklas |
865 |
One farad is the capacitance for which a potential difference of one volt results in |
4562 |
06 Oct 08 |
nicklas |
866 |
a static charge of one coulomb. |
4562 |
06 Oct 08 |
nicklas |
867 |
</description> |
4562 |
06 Oct 08 |
nicklas |
868 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
869 |
<name>Farad</name> |
4562 |
06 Oct 08 |
nicklas |
870 |
<symbol>F</symbol> |
4562 |
06 Oct 08 |
nicklas |
871 |
<factor>1</factor> |
4562 |
06 Oct 08 |
nicklas |
872 |
<description>1 farad is the reference unit of capacitance.</description> |
4562 |
06 Oct 08 |
nicklas |
873 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
874 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
875 |
<name>Millifarad</name> |
4562 |
06 Oct 08 |
nicklas |
876 |
<symbol>mF</symbol> |
4562 |
06 Oct 08 |
nicklas |
877 |
<factor>1E-3</factor> |
4562 |
06 Oct 08 |
nicklas |
878 |
<description>1 millifarad is 1/1 000 of a farad.</description> |
4562 |
06 Oct 08 |
nicklas |
879 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
880 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
881 |
<name>Microfarad</name> |
4635 |
11 Nov 08 |
nicklas |
882 |
<symbol>µF</symbol> |
4562 |
06 Oct 08 |
nicklas |
883 |
<alias>uF</alias> |
4562 |
06 Oct 08 |
nicklas |
884 |
<factor>1E-6</factor> |
4562 |
06 Oct 08 |
nicklas |
885 |
<description>1 microfarad is 1/1 000 of a millifarad.</description> |
4562 |
06 Oct 08 |
nicklas |
886 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
887 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
888 |
<name>Nanofarad</name> |
4562 |
06 Oct 08 |
nicklas |
889 |
<symbol>nF</symbol> |
4562 |
06 Oct 08 |
nicklas |
890 |
<factor>1E-9</factor> |
4562 |
06 Oct 08 |
nicklas |
891 |
<description>1 nanofarad is 1/1 000 of a microfarad.</description> |
4562 |
06 Oct 08 |
nicklas |
892 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
893 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
894 |
<name>Picofarad</name> |
4562 |
06 Oct 08 |
nicklas |
895 |
<symbol>pF</symbol> |
4562 |
06 Oct 08 |
nicklas |
896 |
<factor>1E-12</factor> |
4562 |
06 Oct 08 |
nicklas |
897 |
<description>1 picofarad is 1/1 000 of a nanofarad.</description> |
4562 |
06 Oct 08 |
nicklas |
898 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
899 |
</quantity> |
4562 |
06 Oct 08 |
nicklas |
900 |
<quantity system-id="net.sf.basedb.core.Quantity.MAGNETIC_FIELD"> |
4562 |
06 Oct 08 |
nicklas |
901 |
<name>Magnetic field</name> |
4562 |
06 Oct 08 |
nicklas |
902 |
<reference-unit>1 tesla</reference-unit> |
4562 |
06 Oct 08 |
nicklas |
903 |
<description> |
4562 |
06 Oct 08 |
nicklas |
904 |
One tesla is equal to one weber per square meter. See |
4562 |
06 Oct 08 |
nicklas |
905 |
http://en.wikipedia.org/wiki/Tesla_(unit) |
4562 |
06 Oct 08 |
nicklas |
906 |
</description> |
4562 |
06 Oct 08 |
nicklas |
907 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
908 |
<name>Tesla</name> |
4562 |
06 Oct 08 |
nicklas |
909 |
<symbol>T</symbol> |
4562 |
06 Oct 08 |
nicklas |
910 |
<factor>1</factor> |
4635 |
11 Nov 08 |
nicklas |
911 |
<description>1 tesla is the reference unit of magnetic field.</description> |
4562 |
06 Oct 08 |
nicklas |
912 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
913 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
914 |
<name>Millitesla</name> |
4562 |
06 Oct 08 |
nicklas |
915 |
<symbol>mT</symbol> |
4562 |
06 Oct 08 |
nicklas |
916 |
<factor>1E-3</factor> |
4562 |
06 Oct 08 |
nicklas |
917 |
<description>1 millitesla is 1/1 000 of a tesla.</description> |
4562 |
06 Oct 08 |
nicklas |
918 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
919 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
920 |
<name>Microtesla</name> |
4635 |
11 Nov 08 |
nicklas |
921 |
<symbol>µT</symbol> |
4562 |
06 Oct 08 |
nicklas |
922 |
<alias>uT</alias> |
4562 |
06 Oct 08 |
nicklas |
923 |
<factor>1E-6</factor> |
4562 |
06 Oct 08 |
nicklas |
924 |
<description>1 microtesla is 1/1 000 of a millitesla.</description> |
4562 |
06 Oct 08 |
nicklas |
925 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
926 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
927 |
<name>Nanotesla</name> |
4562 |
06 Oct 08 |
nicklas |
928 |
<symbol>nT</symbol> |
4562 |
06 Oct 08 |
nicklas |
929 |
<factor>1E-9</factor> |
4562 |
06 Oct 08 |
nicklas |
930 |
<description>1 nanotesla is 1/1 000 of a microtesla.</description> |
4562 |
06 Oct 08 |
nicklas |
931 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
932 |
</quantity> |
4562 |
06 Oct 08 |
nicklas |
933 |
<quantity system-id="net.sf.basedb.core.Quantity.MAGNETIC_FLUX"> |
4562 |
06 Oct 08 |
nicklas |
934 |
<name>Magnetic flux</name> |
4562 |
06 Oct 08 |
nicklas |
935 |
<reference-unit>1 weber</reference-unit> |
4562 |
06 Oct 08 |
nicklas |
936 |
<description> |
4562 |
06 Oct 08 |
nicklas |
937 |
One weber is the magnetic flux which, linking a circuit of one turn, would produce |
4562 |
06 Oct 08 |
nicklas |
938 |
in it an electromotive force of 1 volt if it were reduced to zero at a uniform rate in 1 second. |
4562 |
06 Oct 08 |
nicklas |
939 |
See http://en.wikipedia.org/wiki/Weber_(unit) |
4562 |
06 Oct 08 |
nicklas |
940 |
</description> |
4562 |
06 Oct 08 |
nicklas |
941 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
942 |
<name>Weber</name> |
4562 |
06 Oct 08 |
nicklas |
943 |
<symbol>Wb</symbol> |
4562 |
06 Oct 08 |
nicklas |
944 |
<factor>1</factor> |
4635 |
11 Nov 08 |
nicklas |
945 |
<description>1 weber is the reference unit of magnetic flux.</description> |
4562 |
06 Oct 08 |
nicklas |
946 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
947 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
948 |
<name>Milliweber</name> |
4562 |
06 Oct 08 |
nicklas |
949 |
<symbol>mWb</symbol> |
4562 |
06 Oct 08 |
nicklas |
950 |
<factor>1E-3</factor> |
4562 |
06 Oct 08 |
nicklas |
951 |
<description>1 milliweber is 1/1 000 of a weber.</description> |
4562 |
06 Oct 08 |
nicklas |
952 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
953 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
954 |
<name>Microweber</name> |
4635 |
11 Nov 08 |
nicklas |
955 |
<symbol>µWb</symbol> |
4562 |
06 Oct 08 |
nicklas |
956 |
<alias>uWb</alias> |
4562 |
06 Oct 08 |
nicklas |
957 |
<factor>1E-6</factor> |
4562 |
06 Oct 08 |
nicklas |
958 |
<description>1 microweber is 1/1 000 of a milliweber.</description> |
4562 |
06 Oct 08 |
nicklas |
959 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
960 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
961 |
<name>Nanoweber</name> |
4562 |
06 Oct 08 |
nicklas |
962 |
<symbol>nWb</symbol> |
4562 |
06 Oct 08 |
nicklas |
963 |
<factor>1E-9</factor> |
4562 |
06 Oct 08 |
nicklas |
964 |
<description>1 nanoweber is 1/1 000 of a microweber.</description> |
4562 |
06 Oct 08 |
nicklas |
965 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
966 |
</quantity> |
4562 |
06 Oct 08 |
nicklas |
967 |
<quantity system-id="net.sf.basedb.core.Quantity.ABSORBED_DOSE"> |
4562 |
06 Oct 08 |
nicklas |
968 |
<name>Dose (absorbed)</name> |
4562 |
06 Oct 08 |
nicklas |
969 |
<reference-unit>1 gray</reference-unit> |
4562 |
06 Oct 08 |
nicklas |
970 |
<description> |
4562 |
06 Oct 08 |
nicklas |
971 |
One gray is the absorption of one joule of radiation energy by one kilogram of matter. |
4562 |
06 Oct 08 |
nicklas |
972 |
See http://en.wikipedia.org/wiki/Gray_(unit) and http://en.wikipedia.org/wiki/Absorbed_dose |
4562 |
06 Oct 08 |
nicklas |
973 |
</description> |
4562 |
06 Oct 08 |
nicklas |
974 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
975 |
<name>Gray</name> |
4562 |
06 Oct 08 |
nicklas |
976 |
<symbol>Gy</symbol> |
4562 |
06 Oct 08 |
nicklas |
977 |
<factor>1</factor> |
4562 |
06 Oct 08 |
nicklas |
978 |
<description>1 gray is the reference unit of absorbed dose.</description> |
4562 |
06 Oct 08 |
nicklas |
979 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
980 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
981 |
<name>Milligray</name> |
4562 |
06 Oct 08 |
nicklas |
982 |
<symbol>mGy</symbol> |
4562 |
06 Oct 08 |
nicklas |
983 |
<factor>1E-3</factor> |
4562 |
06 Oct 08 |
nicklas |
984 |
<description>1 milligray is 1/1 000 of a gray.</description> |
4562 |
06 Oct 08 |
nicklas |
985 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
986 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
987 |
<name>Microgray</name> |
4635 |
11 Nov 08 |
nicklas |
988 |
<symbol>µGy</symbol> |
4562 |
06 Oct 08 |
nicklas |
989 |
<alias>uGy</alias> |
4562 |
06 Oct 08 |
nicklas |
990 |
<factor>1E-6</factor> |
4562 |
06 Oct 08 |
nicklas |
991 |
<description>1 microgray is 1/1 000 of a milligray.</description> |
4562 |
06 Oct 08 |
nicklas |
992 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
993 |
</quantity> |
4562 |
06 Oct 08 |
nicklas |
994 |
<quantity system-id="net.sf.basedb.core.Quantity.EQUIVALENT_DOSE"> |
4562 |
06 Oct 08 |
nicklas |
995 |
<name>Dose (equivalent)</name> |
4562 |
06 Oct 08 |
nicklas |
996 |
<reference-unit>1 sievert</reference-unit> |
4562 |
06 Oct 08 |
nicklas |
997 |
<description> |
4562 |
06 Oct 08 |
nicklas |
998 |
The equivalent dose attempts to reflect the biological effects of radiation as |
4562 |
06 Oct 08 |
nicklas |
999 |
opposed to the physical aspects, which are characterised by the absorbed dose. |
4562 |
06 Oct 08 |
nicklas |
1000 |
See http://en.wikipedia.org/wiki/Sievert and http://en.wikipedia.org/wiki/Effective_dose |
4562 |
06 Oct 08 |
nicklas |
1001 |
</description> |
4562 |
06 Oct 08 |
nicklas |
1002 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
1003 |
<name>Sievert</name> |
4562 |
06 Oct 08 |
nicklas |
1004 |
<symbol>Sv</symbol> |
4562 |
06 Oct 08 |
nicklas |
1005 |
<factor>1</factor> |
4562 |
06 Oct 08 |
nicklas |
1006 |
<description>1 sievert is the reference unit of equivalent dose.</description> |
4562 |
06 Oct 08 |
nicklas |
1007 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
1008 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
1009 |
<name>Millisievert</name> |
4562 |
06 Oct 08 |
nicklas |
1010 |
<symbol>mSv</symbol> |
4562 |
06 Oct 08 |
nicklas |
1011 |
<factor>1E-3</factor> |
4562 |
06 Oct 08 |
nicklas |
1012 |
<description>1 millisievert is 1/1 000 of a sievert.</description> |
4562 |
06 Oct 08 |
nicklas |
1013 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
1014 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
1015 |
<name>Microsievert</name> |
4635 |
11 Nov 08 |
nicklas |
1016 |
<symbol>µSv</symbol> |
4562 |
06 Oct 08 |
nicklas |
1017 |
<alias>uSv</alias> |
4562 |
06 Oct 08 |
nicklas |
1018 |
<factor>1E-6</factor> |
4562 |
06 Oct 08 |
nicklas |
1019 |
<description>1 microsievert is 1/1 000 of a millisievert.</description> |
4562 |
06 Oct 08 |
nicklas |
1020 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
1021 |
</quantity> |
4562 |
06 Oct 08 |
nicklas |
1022 |
<quantity system-id="net.sf.basedb.core.Quantity.RADIOACTIVITY"> |
4562 |
06 Oct 08 |
nicklas |
1023 |
<name>Radioactivity</name> |
4562 |
06 Oct 08 |
nicklas |
1024 |
<reference-unit>1 becquerel</reference-unit> |
4562 |
06 Oct 08 |
nicklas |
1025 |
<description> |
4562 |
06 Oct 08 |
nicklas |
1026 |
1 Bq is defined as the activity of a quantity of radioactive material in |
4562 |
06 Oct 08 |
nicklas |
1027 |
which one nucleus decays per second. See http://en.wikipedia.org/wiki/Becquerel |
4562 |
06 Oct 08 |
nicklas |
1028 |
</description> |
4562 |
06 Oct 08 |
nicklas |
1029 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
1030 |
<name>Becquerel</name> |
4562 |
06 Oct 08 |
nicklas |
1031 |
<symbol>Bq</symbol> |
4562 |
06 Oct 08 |
nicklas |
1032 |
<factor>1</factor> |
4562 |
06 Oct 08 |
nicklas |
1033 |
<description>1 becquerel is the reference unit of radioactivity.</description> |
4562 |
06 Oct 08 |
nicklas |
1034 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
1035 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
1036 |
<name>Kilobecquerel</name> |
4562 |
06 Oct 08 |
nicklas |
1037 |
<symbol>kBq</symbol> |
4562 |
06 Oct 08 |
nicklas |
1038 |
<factor>1000</factor> |
4562 |
06 Oct 08 |
nicklas |
1039 |
<description>1 kilobecquerel is 1 000 becquerels.</description> |
4562 |
06 Oct 08 |
nicklas |
1040 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
1041 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
1042 |
<name>Megabecquerel</name> |
4562 |
06 Oct 08 |
nicklas |
1043 |
<symbol>MBq</symbol> |
4562 |
06 Oct 08 |
nicklas |
1044 |
<factor>1E6</factor> |
4562 |
06 Oct 08 |
nicklas |
1045 |
<description>1 megabecquerel is 1 000 000 becquerels.</description> |
4562 |
06 Oct 08 |
nicklas |
1046 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
1047 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
1048 |
<name>Gigabecquerel</name> |
4562 |
06 Oct 08 |
nicklas |
1049 |
<symbol>GBq</symbol> |
4562 |
06 Oct 08 |
nicklas |
1050 |
<factor>1E9</factor> |
4562 |
06 Oct 08 |
nicklas |
1051 |
<description>1 gigabecquerel is 1 000 000 000 becquerels.</description> |
4562 |
06 Oct 08 |
nicklas |
1052 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
1053 |
</quantity> |
4562 |
06 Oct 08 |
nicklas |
1054 |
<quantity system-id="net.sf.basedb.core.Quantity.FRACTION"> |
4562 |
06 Oct 08 |
nicklas |
1055 |
<name>Fraction</name> |
4562 |
06 Oct 08 |
nicklas |
1056 |
<reference-unit>1</reference-unit> |
4562 |
06 Oct 08 |
nicklas |
1057 |
<description> |
4562 |
06 Oct 08 |
nicklas |
1058 |
Fractions are used to denote relative proportions in |
4562 |
06 Oct 08 |
nicklas |
1059 |
any measured quantity. A fraction is always dimensionless. |
4562 |
06 Oct 08 |
nicklas |
1060 |
See http://en.wikipedia.org/wiki/Parts-per_notation |
4562 |
06 Oct 08 |
nicklas |
1061 |
</description> |
4562 |
06 Oct 08 |
nicklas |
1062 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
1063 |
<name>Percent</name> |
4562 |
06 Oct 08 |
nicklas |
1064 |
<symbol>%</symbol> |
4562 |
06 Oct 08 |
nicklas |
1065 |
<factor>0.01</factor> |
4562 |
06 Oct 08 |
nicklas |
1066 |
<description>1 percent is 1/100 of the whole.</description> |
4562 |
06 Oct 08 |
nicklas |
1067 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
1068 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
1069 |
<name>Permille</name> |
4562 |
06 Oct 08 |
nicklas |
1070 |
<symbol>‰</symbol> |
4562 |
06 Oct 08 |
nicklas |
1071 |
<factor>0.001</factor> |
4562 |
06 Oct 08 |
nicklas |
1072 |
<description>1 permille is 1/1 000 of the whole.</description> |
4562 |
06 Oct 08 |
nicklas |
1073 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
1074 |
<unit> |
4562 |
06 Oct 08 |
nicklas |
1075 |
<name>Part-per-million</name> |
4562 |
06 Oct 08 |
nicklas |
1076 |
<symbol>ppm</symbol> |
4562 |
06 Oct 08 |
nicklas |
1077 |
<factor>1E-6</factor> |
4562 |
06 Oct 08 |
nicklas |
1078 |
<description>1 part-per-million is 1/1 000 000 of the whole.</description> |
4562 |
06 Oct 08 |
nicklas |
1079 |
</unit> |
4562 |
06 Oct 08 |
nicklas |
1080 |
</quantity> |
4565 |
07 Oct 08 |
nicklas |
1081 |
<quantity system-id="net.sf.basedb.core.Quantity.ACCELERATION"> |
4565 |
07 Oct 08 |
nicklas |
1082 |
<name>Acceleration</name> |
4565 |
07 Oct 08 |
nicklas |
1083 |
<reference-unit>1 m/s²</reference-unit> |
4565 |
07 Oct 08 |
nicklas |
1084 |
<description> |
4565 |
07 Oct 08 |
nicklas |
1085 |
Acceleration is the increase (or decrease) of speed per unit of time. |
4565 |
07 Oct 08 |
nicklas |
1086 |
See http://en.wikipedia.org/wiki/Acceleration |
4565 |
07 Oct 08 |
nicklas |
1087 |
</description> |
4565 |
07 Oct 08 |
nicklas |
1088 |
<unit> |
4565 |
07 Oct 08 |
nicklas |
1089 |
<name>Meters per second squared</name> |
4565 |
07 Oct 08 |
nicklas |
1090 |
<symbol>m/s²</symbol> |
4565 |
07 Oct 08 |
nicklas |
1091 |
<alias>m/s2</alias> |
4565 |
07 Oct 08 |
nicklas |
1092 |
<factor>1</factor> |
4565 |
07 Oct 08 |
nicklas |
1093 |
<description>1 meter per second squared is the reference unit of acceleration.</description> |
4565 |
07 Oct 08 |
nicklas |
1094 |
</unit> |
4565 |
07 Oct 08 |
nicklas |
1095 |
</quantity> |
4565 |
07 Oct 08 |
nicklas |
1096 |
<quantity system-id="net.sf.basedb.core.Quantity.TORQUE"> |
4565 |
07 Oct 08 |
nicklas |
1097 |
<name>Torque</name> |
4565 |
07 Oct 08 |
nicklas |
1098 |
<reference-unit>1 Nm</reference-unit> |
4565 |
07 Oct 08 |
nicklas |
1099 |
<description> |
4565 |
07 Oct 08 |
nicklas |
1100 |
A torque is a pseudo-vector that measures the tendency of a force to rotate |
4565 |
07 Oct 08 |
nicklas |
1101 |
an object about some axis. |
4565 |
07 Oct 08 |
nicklas |
1102 |
See http://en.wikipedia.org/wiki/Torque |
4565 |
07 Oct 08 |
nicklas |
1103 |
</description> |
4565 |
07 Oct 08 |
nicklas |
1104 |
<unit> |
4565 |
07 Oct 08 |
nicklas |
1105 |
<name>Kilonewtonmeter</name> |
4565 |
07 Oct 08 |
nicklas |
1106 |
<symbol>kNm</symbol> |
4565 |
07 Oct 08 |
nicklas |
1107 |
<factor>1000</factor> |
4565 |
07 Oct 08 |
nicklas |
1108 |
<description>1 kilonewtonmeter is 1 000 newtonmeters.</description> |
4565 |
07 Oct 08 |
nicklas |
1109 |
</unit> |
4565 |
07 Oct 08 |
nicklas |
1110 |
<unit> |
4565 |
07 Oct 08 |
nicklas |
1111 |
<name>Newtonmeter</name> |
4565 |
07 Oct 08 |
nicklas |
1112 |
<symbol>Nm</symbol> |
4565 |
07 Oct 08 |
nicklas |
1113 |
<factor>1</factor> |
4565 |
07 Oct 08 |
nicklas |
1114 |
<description>1 newtonmeter is the reference unit of torque.</description> |
4565 |
07 Oct 08 |
nicklas |
1115 |
</unit> |
4565 |
07 Oct 08 |
nicklas |
1116 |
<unit> |
4565 |
07 Oct 08 |
nicklas |
1117 |
<name>Millinewtonmeter</name> |
4565 |
07 Oct 08 |
nicklas |
1118 |
<symbol>mNm</symbol> |
4565 |
07 Oct 08 |
nicklas |
1119 |
<factor>1E-3</factor> |
4565 |
07 Oct 08 |
nicklas |
1120 |
<description>1 millinewtonmeter is 1/1 000 of a newtonmeter.</description> |
4565 |
07 Oct 08 |
nicklas |
1121 |
</unit> |
4565 |
07 Oct 08 |
nicklas |
1122 |
<unit> |
4565 |
07 Oct 08 |
nicklas |
1123 |
<name>Micronewtonmeter</name> |
4635 |
11 Nov 08 |
nicklas |
1124 |
<symbol>µNm</symbol> |
4565 |
07 Oct 08 |
nicklas |
1125 |
<alias>uMn</alias> |
4565 |
07 Oct 08 |
nicklas |
1126 |
<factor>1E-6</factor> |
4565 |
07 Oct 08 |
nicklas |
1127 |
<description>1 micronewtonmeter is 1/1 000 of a millinewtonmeter.</description> |
4565 |
07 Oct 08 |
nicklas |
1128 |
</unit> |
4565 |
07 Oct 08 |
nicklas |
1129 |
</quantity> |
4565 |
07 Oct 08 |
nicklas |
1130 |
<quantity system-id="net.sf.basedb.core.Quantity.MOMENTUM"> |
4565 |
07 Oct 08 |
nicklas |
1131 |
<name>Momentum</name> |
4565 |
07 Oct 08 |
nicklas |
1132 |
<reference-unit>1 kg·m/s</reference-unit> |
4565 |
07 Oct 08 |
nicklas |
1133 |
<description> |
4565 |
07 Oct 08 |
nicklas |
1134 |
In classical mechanics, momentum is the product of the mass and velocity of an object. |
4565 |
07 Oct 08 |
nicklas |
1135 |
See http://en.wikipedia.org/wiki/Momentum |
4565 |
07 Oct 08 |
nicklas |
1136 |
</description> |
4565 |
07 Oct 08 |
nicklas |
1137 |
<unit> |
4565 |
07 Oct 08 |
nicklas |
1138 |
<name>Kilogram-meter per second</name> |
4565 |
07 Oct 08 |
nicklas |
1139 |
<symbol>kgm/s</symbol> |
4565 |
07 Oct 08 |
nicklas |
1140 |
<alias>Ns</alias> |
4565 |
07 Oct 08 |
nicklas |
1141 |
<factor>1</factor> |
4565 |
07 Oct 08 |
nicklas |
1142 |
<description>1 kilogram-meter per second is the reference unit of momentum.</description> |
4565 |
07 Oct 08 |
nicklas |
1143 |
</unit> |
4565 |
07 Oct 08 |
nicklas |
1144 |
</quantity> |
4565 |
07 Oct 08 |
nicklas |
1145 |
<quantity system-id="net.sf.basedb.core.Quantity.FLOW_RATE"> |
4565 |
07 Oct 08 |
nicklas |
1146 |
<name>Flow rate</name> |
4565 |
07 Oct 08 |
nicklas |
1147 |
<reference-unit>1 m³/s</reference-unit> |
4565 |
07 Oct 08 |
nicklas |
1148 |
<description> |
4565 |
07 Oct 08 |
nicklas |
1149 |
The flow rate is the volume that passes through a given surface per unit |
4565 |
07 Oct 08 |
nicklas |
1150 |
of time. See http://en.wikipedia.org/wiki/Volumetric_flow_rate |
4565 |
07 Oct 08 |
nicklas |
1151 |
</description> |
4565 |
07 Oct 08 |
nicklas |
1152 |
<unit> |
4565 |
07 Oct 08 |
nicklas |
1153 |
<name>Cubic meter per second</name> |
4565 |
07 Oct 08 |
nicklas |
1154 |
<symbol>m³/s</symbol> |
4565 |
07 Oct 08 |
nicklas |
1155 |
<alias>m3/s</alias> |
4565 |
07 Oct 08 |
nicklas |
1156 |
<factor>1</factor> |
4565 |
07 Oct 08 |
nicklas |
1157 |
<description>1 cubic meter per second is the reference unit of flow rate.</description> |
4565 |
07 Oct 08 |
nicklas |
1158 |
</unit> |
4565 |
07 Oct 08 |
nicklas |
1159 |
<unit> |
4565 |
07 Oct 08 |
nicklas |
1160 |
<name>Liter per second</name> |
4565 |
07 Oct 08 |
nicklas |
1161 |
<symbol>L/s</symbol> |
4565 |
07 Oct 08 |
nicklas |
1162 |
<factor>1E-3</factor> |
4565 |
07 Oct 08 |
nicklas |
1163 |
<description>1 liter per second is 1/1 000 of a cubic meter per second.</description> |
4565 |
07 Oct 08 |
nicklas |
1164 |
</unit> |
4565 |
07 Oct 08 |
nicklas |
1165 |
<unit> |
4565 |
07 Oct 08 |
nicklas |
1166 |
<name>Milliliter per second</name> |
4565 |
07 Oct 08 |
nicklas |
1167 |
<symbol>mL/s</symbol> |
4565 |
07 Oct 08 |
nicklas |
1168 |
<alias>cm³/s</alias> |
4565 |
07 Oct 08 |
nicklas |
1169 |
<alias>cm3/s</alias> |
4565 |
07 Oct 08 |
nicklas |
1170 |
<factor>1E-6</factor> |
4565 |
07 Oct 08 |
nicklas |
1171 |
<description>1 milliliter per second is 1/1 000 of a liter per second.</description> |
4565 |
07 Oct 08 |
nicklas |
1172 |
</unit> |
4565 |
07 Oct 08 |
nicklas |
1173 |
<unit> |
4565 |
07 Oct 08 |
nicklas |
1174 |
<name>Microliter per second</name> |
4565 |
07 Oct 08 |
nicklas |
1175 |
<symbol>µL/s</symbol> |
4565 |
07 Oct 08 |
nicklas |
1176 |
<alias>uL/s</alias> |
4565 |
07 Oct 08 |
nicklas |
1177 |
<alias>mm³/s</alias> |
4565 |
07 Oct 08 |
nicklas |
1178 |
<alias>mm3/s</alias> |
4565 |
07 Oct 08 |
nicklas |
1179 |
<factor>1E-9</factor> |
4565 |
07 Oct 08 |
nicklas |
1180 |
<description>1 milliliter per second is 1/1 000 of a liter per second.</description> |
4565 |
07 Oct 08 |
nicklas |
1181 |
</unit> |
4565 |
07 Oct 08 |
nicklas |
1182 |
</quantity> |
4565 |
07 Oct 08 |
nicklas |
1183 |
<quantity system-id="net.sf.basedb.core.Quantity.THERMAL_CONDUCTIVITY"> |
4565 |
07 Oct 08 |
nicklas |
1184 |
<name>Thermal conductivity</name> |
4565 |
07 Oct 08 |
nicklas |
1185 |
<reference-unit>1 W/(m·K)</reference-unit> |
4565 |
07 Oct 08 |
nicklas |
1186 |
<description> |
4565 |
07 Oct 08 |
nicklas |
1187 |
Thermal conductivity is the property of a material that indicates its ability |
4565 |
07 Oct 08 |
nicklas |
1188 |
to conduct heat. See http://en.wikipedia.org/wiki/Thermal_conductivity. |
4565 |
07 Oct 08 |
nicklas |
1189 |
</description> |
4565 |
07 Oct 08 |
nicklas |
1190 |
<unit> |
4565 |
07 Oct 08 |
nicklas |
1191 |
<name>Watt per meter and Kelvin</name> |
4565 |
07 Oct 08 |
nicklas |
1192 |
<symbol>W/m·K</symbol> |
4565 |
07 Oct 08 |
nicklas |
1193 |
<alias>W/m K</alias> |
4565 |
07 Oct 08 |
nicklas |
1194 |
<factor>1</factor> |
4565 |
07 Oct 08 |
nicklas |
1195 |
<description>1 watt per meter and Kelvin is the reference unit of thermal conductivity.</description> |
4565 |
07 Oct 08 |
nicklas |
1196 |
</unit> |
4565 |
07 Oct 08 |
nicklas |
1197 |
</quantity> |
4669 |
26 Nov 08 |
nicklas |
1198 |
<quantity system-id="net.sf.basedb.core.Quantity.STORAGE_SIZE"> |
4669 |
26 Nov 08 |
nicklas |
1199 |
<name>Storage size</name> |
4669 |
26 Nov 08 |
nicklas |
1200 |
<reference-unit>1 byte</reference-unit> |
4669 |
26 Nov 08 |
nicklas |
1201 |
<description> |
4669 |
26 Nov 08 |
nicklas |
1202 |
A byte is the basic unit of for measuring storage |
4669 |
26 Nov 08 |
nicklas |
1203 |
requirements for files, etc. We use the binary meaning |
4669 |
26 Nov 08 |
nicklas |
1204 |
of the prefixes kilo (k), mega (M) and giga (G). Eg. 1 |
4669 |
26 Nov 08 |
nicklas |
1205 |
kilobyte = 1 024 bytes. |
4669 |
26 Nov 08 |
nicklas |
1206 |
</description> |
4669 |
26 Nov 08 |
nicklas |
1207 |
<unit> |
4669 |
26 Nov 08 |
nicklas |
1208 |
<name>Byte</name> |
4669 |
26 Nov 08 |
nicklas |
1209 |
<symbol>B</symbol> |
4669 |
26 Nov 08 |
nicklas |
1210 |
<alias>bytes</alias> |
4669 |
26 Nov 08 |
nicklas |
1211 |
<factor>1</factor> |
4669 |
26 Nov 08 |
nicklas |
1212 |
<description>1 byte is the reference unit of file size.</description> |
4669 |
26 Nov 08 |
nicklas |
1213 |
</unit> |
4669 |
26 Nov 08 |
nicklas |
1214 |
<unit> |
4669 |
26 Nov 08 |
nicklas |
1215 |
<name>Kilobyte</name> |
4669 |
26 Nov 08 |
nicklas |
1216 |
<symbol>kB</symbol> |
4669 |
26 Nov 08 |
nicklas |
1217 |
<factor>1024</factor> |
4669 |
26 Nov 08 |
nicklas |
1218 |
<description>1 kilobyte is 1 024 bytes.</description> |
4669 |
26 Nov 08 |
nicklas |
1219 |
</unit> |
4669 |
26 Nov 08 |
nicklas |
1220 |
<unit> |
4669 |
26 Nov 08 |
nicklas |
1221 |
<name>Megabyte</name> |
4669 |
26 Nov 08 |
nicklas |
1222 |
<symbol>MB</symbol> |
4669 |
26 Nov 08 |
nicklas |
1223 |
<factor>1048576</factor> |
4669 |
26 Nov 08 |
nicklas |
1224 |
<description>1 megabyte is 1 048 576 bytes.</description> |
4669 |
26 Nov 08 |
nicklas |
1225 |
</unit> |
4669 |
26 Nov 08 |
nicklas |
1226 |
<unit> |
4669 |
26 Nov 08 |
nicklas |
1227 |
<name>Gigabyte</name> |
4669 |
26 Nov 08 |
nicklas |
1228 |
<symbol>GB</symbol> |
4669 |
26 Nov 08 |
nicklas |
1229 |
<factor>1073741824</factor> |
4669 |
26 Nov 08 |
nicklas |
1230 |
<description>1 gigabyte is 1 073 741 824 bytes.</description> |
4669 |
26 Nov 08 |
nicklas |
1231 |
</unit> |
4669 |
26 Nov 08 |
nicklas |
1232 |
</quantity> |
4558 |
03 Oct 08 |
nicklas |
1233 |
|
7346 |
27 Apr 17 |
nicklas |
1234 |
<quantity system-id="net.sf.basedb.core.Quantity.MOLAR_CONCENTRATION"> |
7346 |
27 Apr 17 |
nicklas |
1235 |
<name>Molar concentration</name> |
7346 |
27 Apr 17 |
nicklas |
1236 |
<reference-unit>1 M</reference-unit> |
7346 |
27 Apr 17 |
nicklas |
1237 |
<description> |
7346 |
27 Apr 17 |
nicklas |
1238 |
Molar concentration is defined as the amount of substance (in moles) per liter. |
7346 |
27 Apr 17 |
nicklas |
1239 |
See https://en.wikipedia.org/wiki/Molar_concentration |
7346 |
27 Apr 17 |
nicklas |
1240 |
</description> |
7346 |
27 Apr 17 |
nicklas |
1241 |
<unit> |
7346 |
27 Apr 17 |
nicklas |
1242 |
<name>Molar</name> |
7346 |
27 Apr 17 |
nicklas |
1243 |
<symbol>M</symbol> |
7346 |
27 Apr 17 |
nicklas |
1244 |
<factor>1</factor> |
7346 |
27 Apr 17 |
nicklas |
1245 |
<description>1 molar is the references unit of molar concentration</description> |
7346 |
27 Apr 17 |
nicklas |
1246 |
</unit> |
7346 |
27 Apr 17 |
nicklas |
1247 |
<unit> |
7346 |
27 Apr 17 |
nicklas |
1248 |
<name>Millimolar</name> |
7346 |
27 Apr 17 |
nicklas |
1249 |
<symbol>mM</symbol> |
7346 |
27 Apr 17 |
nicklas |
1250 |
<factor>0.001</factor> |
7346 |
27 Apr 17 |
nicklas |
1251 |
<description>1 millimolar is 1/1 000 molar.</description> |
7346 |
27 Apr 17 |
nicklas |
1252 |
</unit> |
7346 |
27 Apr 17 |
nicklas |
1253 |
<unit> |
7346 |
27 Apr 17 |
nicklas |
1254 |
<name>Micromolar</name> |
7346 |
27 Apr 17 |
nicklas |
1255 |
<symbol>µM</symbol> |
7346 |
27 Apr 17 |
nicklas |
1256 |
<alias>uM</alias> |
7346 |
27 Apr 17 |
nicklas |
1257 |
<factor>1E-6</factor> |
7346 |
27 Apr 17 |
nicklas |
1258 |
<description>1 micromolar is 1/1 000 millimolar.</description> |
7346 |
27 Apr 17 |
nicklas |
1259 |
</unit> |
7346 |
27 Apr 17 |
nicklas |
1260 |
<unit> |
7346 |
27 Apr 17 |
nicklas |
1261 |
<name>Nanomolar</name> |
7346 |
27 Apr 17 |
nicklas |
1262 |
<symbol>nM</symbol> |
7346 |
27 Apr 17 |
nicklas |
1263 |
<factor>1E-9</factor> |
7346 |
27 Apr 17 |
nicklas |
1264 |
<description>1 nanomolar is 1/1 000 micromolar.</description> |
7346 |
27 Apr 17 |
nicklas |
1265 |
</unit> |
7346 |
27 Apr 17 |
nicklas |
1266 |
<unit> |
7346 |
27 Apr 17 |
nicklas |
1267 |
<name>Picomolar</name> |
7346 |
27 Apr 17 |
nicklas |
1268 |
<symbol>pM</symbol> |
7346 |
27 Apr 17 |
nicklas |
1269 |
<factor>1E-12</factor> |
7346 |
27 Apr 17 |
nicklas |
1270 |
<description>1 picomolar is 1/1 000 nanomolar.</description> |
7346 |
27 Apr 17 |
nicklas |
1271 |
</unit> |
7346 |
27 Apr 17 |
nicklas |
1272 |
</quantity> |
7346 |
27 Apr 17 |
nicklas |
1273 |
|
4545 |
25 Sep 08 |
nicklas |
1274 |
<!-- |
4545 |
25 Sep 08 |
nicklas |
<quantity system-id=""> |
4545 |
25 Sep 08 |
nicklas |
<name></name> |
4545 |
25 Sep 08 |
nicklas |
<reference-unit></reference-unit> |
4545 |
25 Sep 08 |
nicklas |
<description> |
4545 |
25 Sep 08 |
nicklas |
</description> |
4545 |
25 Sep 08 |
nicklas |
<unit> |
4545 |
25 Sep 08 |
nicklas |
<name></name> |
4545 |
25 Sep 08 |
nicklas |
<symbol></symbol> |
4545 |
25 Sep 08 |
nicklas |
<factor></factor> |
4545 |
25 Sep 08 |
nicklas |
<description></description> |
4545 |
25 Sep 08 |
nicklas |
</unit> |
4545 |
25 Sep 08 |
nicklas |
</quantity> |
4545 |
25 Sep 08 |
nicklas |
1287 |
--> |
4545 |
25 Sep 08 |
nicklas |
1288 |
</quantities> |