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Vocabulary

BODC semantic model sphere phase subgroup names

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URI http://vocab.nerc.ac.uk/collection/S24/current/
DescriptionConcepts describing physical or logical (i.e. categories) subdivisions of a phase (i.e. subcomponent) of a sphere (SWEET EarthRealm) in the BODC parameter semantic model. Part of the where theme.
CreatorBritish Oceanographic Data Centre
Modified2019-12-07
Version Info22
Identifier S24
Register Manager British Oceanographic Data Centre
Register Owner British Oceanographic Data Centre
Members
Identifier PrefLabel Definition Date
S24C114 0.02-0.2um Particles that pass through a 0.2 micron pore filter but are trapped by a 0.02 micron pore filter. 2019-08-02
S24C001 0.1-3um Particles that pass through a 3um pore filter, but are trapped by an 0.1um pore filter. 2014-01-22
S24C002 0.16-1um Particles that pass through a 0.16um pore filter, but are trapped by an 0.1um pore filter. 2014-01-22
S24C003 0.2-0.8um Particles that pass through a 0.8um pore filter, but are trapped by an 0.2um pore filter. 2014-01-22
S24C004 0.2-10um Particles that pass through a 10um pore filter, but are trapped by an 0.2um pore filter. 2014-01-22
S24C005 0.2-1um Particles that pass through a 1um pore filter, but are trapped by an 0.2um pore filter. 2014-01-22
S24C006 0.2-200um Particles that pass through a 200um pore filter, but are trapped by an 0.2um pore filter. 2014-01-22
S24C096 0.2-20um Particles that pass through a 20um mesh or filter but are trapped by a 0.2um pore filter. 2017-07-24
S24C007 0.2-2um Particles that pass through a 2um pore filter, but are trapped by an 0.2um pore filter. 2014-01-22
S24C098 0.2-3um Particles that pass through a 3 micron pore filter, but are trapped by a 0.2 micron pore filter. 2017-07-29
S24C008 0.2-5um Particles that pass through a 5um pore filter, but are trapped by an 0.2um pore filter. 2014-01-22
S24C010 0.4/0.45-20um Particles that pass through a 20um pore filter, but are trapped by a filter with a pore size of 0.4 or 0.45um. The uncertainty exists because historically these filter types have been used interchangeably. 2014-01-22
S24C087 0.4/0.45-51um Particles that pass through a 51um pore filter, but are trapped by a 0.4 or 0.45um pore filter 2014-02-04
S24C011 0.6-2um Particles that pass through a 2um pore filter, but are trapped by an 0.6um pore filter. 2014-01-22
S24C012 0.6-5um Particles that pass through a 5um pore filter, but are trapped by an 0.6um pore filter. 2014-01-22
S24C099 0.8-200um Particles that pass through a 200 micron mesh screen but are trapped by a 0.8 micron pore filter. 2017-09-07
S24C013 0.8-2um Particles that pass through a 2um pore filter, but are trapped by an 0.8um pore filter. 2014-01-22
S24C088 0.8-51um Particles that pass through a 51um pore filter, but are trapped by an 0.8um pore filter. 2014-02-12
S2400116 1-500um Particles that pass through a 500 micron mesh screen but are trapped by a 1 micron pore filter. 2019-12-06
S24C086 1-51um Particles that pass through a 51um pore filter, but are trapped by a 1um pore filter 2014-02-04
S24C014 1-53um Particles that pass through a 53um screen, but are trapped by a 1um pore filter. 2014-01-22
S24C015 1-5um Particles that pass through a 5um pore filter, but are trapped by a 1um pore filter. 2014-01-22
S24C016 1.2-250um Particles that pass through a 250um screen, but are trapped by a 1.2um pore filter. 2014-01-22
S24C017 10-20um Particles that pass through a 20um pore filter, but are trapped by a 10um pore filter. 2014-01-22
S24C018 1000-3000um Particles that pass through a 3000um screen, but are trapped by a 1000um screen. 2014-01-22
S24C019 127nm Aerosol particles (solid or liquid) with and effective spherical diameter of 127 nanometres. 2019-08-22
S24C020 169nm Aerosol particles (solid or liquid) with and effective spherical diameter of 169 nanometres. 2019-08-22
S24C021 2-10um Particles that pass through a 10um pore filter, but are trapped by a 2um pore filter. 2014-01-22
S24C022 2-18um Particles that pass through a 18um pore filter, but are trapped by a 2um pore filter. 2014-01-22
S24C023 2-20um Particles that pass through a 20um pore filter, but are trapped by a 2um pore filter. 2014-01-22
S24C024 2-5um Particles that pass through a 5um pore filter, but are trapped by a 2um pore filter. 2014-01-22
S24C097 2.5-500um Particles that pass through a 500 micron mesh screen but are trapped by a 2.5 micron pore filter. 2017-07-28
S24C025 20-200um Particles that pass through a 250um screen, but are trapped by a 20um pore filter. 2014-01-22
S24C026 200-500um Particles that pass through a 500um screen, but are trapped by a 200um screen. 2014-01-22
S24C027 211nm Aerosol particles (solid or liquid) with and effective spherical diameter of 211 nanometres. 2019-08-22
S24C028 24nm Aerosol particles (solid or liquid) with and effective spherical diameter of 24 nanometres. 2019-08-22
S24C029 254nm Aerosol particles (solid or liquid) with and effective spherical diameter of 254 nanometres. 2019-08-22
S24C093 3-10um Particles that pass through a 10um pore size mesh or filter but are trapped by a 3um pore size filter. 2016-06-11
S24C090 3-20um Particles that pass through a 20um pore filter, but are trapped by a 3um pore filter. 2014-06-04
S24C030 43nm Aerosol particles (solid or liquid) with and effective spherical diameter of 43 nanometres. 2019-08-22
S24C031 5-10um Particles that pass through a 10um pore filter, but are trapped by a 5um pore filter. 2014-01-22
S24C095 5-20um Particles that pass through a 20um pore filter, but are trapped by a 5um pore filter. 2016-08-03
S24C032 500-1000um Particles that pass through a 1000um screen, but are trapped by a 500um screen. 2014-01-22
S24C033 85nm Aerosol particles (solid or liquid) with and effective spherical diameter of 85 nanometres. 2019-08-22
S24C034 <0.02um Filtrate plus particles that will pass through a 0.02um pore filter. 2014-01-22
S24C115 <0.15um Filtrate plus particles that will pass through a 0.15um pore filter. 2019-09-12
S24C035 <0.1um Filtrate plus particles that will pass through a 0.1um pore filter. 2014-01-22
S24C036 <0.2um Filtrate plus particles that will pass through a 0.2um pore filter. 2014-01-22
S24C039 <0.4/0.45um Filtrate plus particles that will pass through a filter that has a pore size of either 0.4um or 0.45um. The uncertainty exists because historically these filter types have been used interchangeably. 2014-01-22
S24C094 <0.7um Filtrate plus particles that will pass through a 0.7um pore filter. 2016-08-03
S24C040 <0.8um Filtrate plus particles that will pass through a 0.8um pore filter. 2014-01-22
S24C041 <1.2um Filtrate plus particles that will pass through a 1.2um pore filter. 2014-01-22
S24C092 <1.5um Filtrate plus particles that will pass through a 1.5um pore filter. 2015-07-29
S24C084 <10**4 Dalton Filtrate plus particles that will pass through a 10**4 Dalton pore filter. 2014-01-30
S24C042 <10**6 Dalton Filtrate plus particles that will pass through a 10**6 Dalton pore filter. 2014-02-04
S24C043 <1um Filtrate plus particles that will pass through a 1um pore filter. 2014-01-22
S24C044 <200um Filtrate plus particles that will pass through a 200um screen. 2014-01-22
S24C045 <20um Filtrate plus particles that will pass through a 20um pore filter. 2014-01-22
S24C046 <2um Filtrate plus particles that will pass through a 2um pore filter. 2014-01-22
S24C047 <53um Filtrate plus particles that will pass through a 53um pore filter. 2014-01-22
S24C048 <5um Filtrate plus particles that will pass through a 5um pore filter. 2014-01-22
S24C083 <8um Filtrate plus particles that will pass through a 8um pore filter. 2014-07-22
S24C049 <GF/C Filtrate plus particles that will pass through a GF/C glass fibre filter. Nominal pore size is 1.2um. 2014-01-22
S24C050 <GF/F Filtrate plus particles that will pass through a GF/F glass fibre filter. Nominal pore size is 0.7um. 2014-01-22
S24C051 <unknown Filtrate plus particles that pass through a filter or screen of unknown type or particle retention size. 2014-01-22
S24C052 >0.1um Particles retained by a 0.1um pore filter. 2014-01-22
S24C053 >0.2um Particles retained by a 0.2um pore filter. 2014-01-22
S24C055 >0.4/0.45um Particles retained by filter that has a pore size of either 0.4um or 0.45um. The uncertainty exists because historically these filter types have been used interchangeably. 2014-01-22
S24C056 >0.6um Particles retained by a 0.6um pore filter. 2014-01-22
S24C057 >0.8um Particles retained by a 0.8um pore filter. 2014-01-22
S24C058 >10**4 Dalton Particles retained by a filtration membrane with a 10**4 Dalton molecular weight cut off. 2019-08-02
S24C059 >1000um Particles retained by a 1000um screen. 2014-01-22
S24C060 >10um Particles retained by a 10um pore filter. 2014-01-22
S24C061 >18um Particles retained by a 18um pore filter. 2014-01-22
S24C062 >1um Particles retained by a 1um pore filter. 2014-01-22
S24C063 >20um Particles retained by a 20um pore filter. 2014-01-22
S24C064 >2um Particles retained by a 2um pore filter. 2014-01-22
S24C065 >30um Particles retained by a 30um pore filter. 2014-01-22
S24C085 >51um Particles retained by a 51um pore filter. 2014-02-04
S24C066 >53um Particles retained by a 53um pore filter. 2014-01-22
S24C067 >5um Particles retained by a 5um pore filter. 2014-01-22
S24C089 >A/D Particles retained by a Pall A/D filter. Nominal pore size is 3um. 2014-06-03
S24C068 >GF/C Particles retained by a GF/C glass fibre filter. Nominal pore size is 1.2um. 2014-01-22
S24C069 >GF/F Particles retained by a GF/F glass fibre filter. Nominal pore size is 0.7um. 2014-01-22
S24C070 >unknown Particles retained by a filter or screen of unknown type or particle retention size. 2014-01-22
S24C071 GF/F-0.8um Particles that pass through a 0.8um pore filter, but are trapped by a GF/F glass fibre filter (nominal pore size 0.7um). 2014-01-22
S24C072 GF/F-10um Particles that pass through a 10um pore filter, but are trapped by a GF/F glass fibre filter (nominal pore size 0.7um). 2014-01-22
S24C073 GF/F-200um Particles that pass through a 200um screen, but are trapped by a GF/F glass fibre filter (nominal pore size 0.7um). 2014-01-22
S24C074 GF/F-20um Particles that pass through a 20um pore filter, but are trapped by a GF/F glass fibre filter (nominal pore size 0.7um). 2014-01-22
S24C075 GF/F-2um Particles that pass through a 2um pore filter, but are trapped by a GF/F glass fibre filter (nominal pore size 0.7um). 2014-01-22
S24C091 GF/F-3um Particles that pass through a 3um pore filter, but are trapped by a GF/F glass fibre filter (nominal pore size 0.7um). 2014-06-04
S24C076 GF/F-53um Particles that pass through a53um pore filter, but are trapped by a GF/F glass fibre filter (nominal pore size 0.7um). 2014-01-22
S24C077 GF/F-5um Particles that pass through a 5um pore filter, but are trapped by a GF/F glass fibre filter (nominal pore size 0.7um). 2014-01-22
S24C078 GF/F-90um Particles that pass through a90um screen, but are trapped by a GF/F glass fibre filter (nominal pore size 0.7um). 2014-01-22
S24C081 dry air The gaseous subcomponent of an aerosol with water vapour removed. 2014-01-22
S24C112 fast sinkingDEPRECATED Particles classified as fast-sinking. 2018-10-30
S24C111 fast sinking 0.2 0.8um Particles classified as fast sinking that pass through a 0.8 micron filter and are retained by a 0.2 micron filter. 2018-10-30
S24C106 fast sinking >0.2um Particles classified as fast sinking that are retained by a 0.2 micron filter. 2018-10-30
S24C105 fast sinking >0.8um Particles classified as fast sinking that are retained by a 0.8 micron filter. 2018-10-30
S24C101 fast sinking >GF/F Particles classified as fast sinking that are retained by a GF/F glass fibre filter. Nominal pore size is 0.7um. 2018-07-11
S24C110 non-sinking 0.2-0.8um Particles classified as non-sinking that pass through a 0.8 micron filter and are retained by a 0.2 micron filter. 2018-10-30
S24C103 non-sinking >0.2um Particles classified as non-sinking that are retained by a 0.2 micron filter. 2018-10-30
S24C104 non-sinking >0.8um Particles classified as non-sinking that are retained by a 0.8 micron filter. 2018-10-30
S24C102 non-sinking >GF/F Particles classified as non-sinking that are retained by a GF/F glass fibre filter. Nominal pore size is 0.7um. 2018-07-11
S24C082 not applicable No appropriate value exists for the COMP_PHASE_CL concept. There is either no matrix phase or the matrix phase is fully described by the COMP concept without need for any additional qualification. 2014-01-22
S24C113 slow sinkingDEPRECATED Particles classified as fast-sinking. 2018-10-30
S24C109 slow sinking 0.2 0.8um Particles classified as slow sinking that pass through a 0.8 micron filter and are retained by a 0.2 micron filter. 2018-10-30
S24C107 slow sinking >0.2um Particles classified as slow sinking that are retained by a 0.2 micron filter. 2018-10-30
S24C108 slow sinking >0.8um Particles classified as slow sinking that are retained by a 0.8 micron filter. 2018-10-30
S24C100 slow sinking >GF/F Particles classified as slow sinking that are retained by a GF/F glass fibre filter. Nominal pore size is 0.7um. 2018-07-11