CZLTCMDOK | |||||
---|---|---|---|---|---|
Station : 80. Doksany | |||||
Type of station : manual | |||||
| | | | ||
SO2 | sulphur dioxide | WGAE | West-Gaeke spectrophotometry | 24 h | ug/m^3 |
NOx | nitrogen oxides(oxides of nitrogen) | GUAJA | guajacol (modif. Jakobs-Hochheiser) - spectrophotometry | 24 h | ug/m^3 |
SPM | suspended particulate matter | GRV | gravimetry | 24 h | ug/m^3 |
CZLTCMLIM | |||||
Station : 1025. Litomerice-Mlekojedy | |||||
Type of station : AMS-SRS | |||||
| | | | ||
SO2 | sulphur dioxide | UVFL | UV-fluorescence | 30 min | ug/m^3 |
NO | nitrogen monoxide | CHLM | chemiluminescence | 30 min | ug/m^3 |
NO2 | nitrogen dioxide | CHLM | chemiluminescence | 30 min | ug/m^3 |
CO | carbon monoxide | IRABS | IR corel. absorption spectrometry | 30 min | ug/m^3 |
NOx | nitrogen oxides(oxides of nitrogen) | CHLM | chemiluminescence | 30 min | ug/m^3 |
PM10 | PM 10 particulate matter 10 | RADIO | radiometry - beta ray absorption | 30 min | ug/m^3 |
WV | wind velocity | OPEL | optoelectronic method | 30 min | m/s |
WD | wind direction | OPEL | optoelectronic method | 30 min | deg |
p | atmospheric pressure | APRESS | atmospheric pressure measurement | 30 min | hPa |
h | relative air humidity (h. of air) | SKIN | animal skin | 30 min | % |
h | relative air humidity (h. of air) | CAP | capacitance sensor | 30 min | % |
GLRD | global radiation | TDM | temperature difference method | 30 min | W/m2 |
T2m | temperature 2m above terrain | PT100 | resistance method | 30 min | K |
CZLTCMLKA | |||||
Station : 1305. Lkan | |||||
Type of station : manual | |||||
| | | | ||
SO2 | sulphur dioxide | WGAE | West-Gaeke spectrophotometry | 24 h | ug/m^3 |
NOx | nitrogen oxides(oxides of nitrogen) | GUAJA | guajacol (modif. Jakobs-Hochheiser) - spectrophotometry | 24 h | ug/m^3 |
SPM | suspended particulate matter | GRV | gravimetry | 24 h | ug/m^3 |
CZLTCMMAL | |||||
Station : 1278. Malesov | |||||
Type of station : manual | |||||
| | | | ||
SO2 | sulphur dioxide | WGAE | West-Gaeke spectrophotometry | 24 h | ug/m^3 |
NOx | nitrogen oxides(oxides of nitrogen) | GUAJA | guajacol (modif. Jakobs-Hochheiser) - spectrophotometry | 24 h | ug/m^3 |
SPM | suspended particulate matter | GRV | gravimetry | 24 h | ug/m^3 |
CZLTCMMAR | |||||
Station : 1034. Martineves | |||||
Type of station : AMS-SRS | |||||
| | | | ||
SO2 | sulphur dioxide | UVFL | UV-fluorescence | 30 min | ug/m^3 |
NO | nitrogen monoxide | CHLM | chemiluminescence | 30 min | ug/m^3 |
NO2 | nitrogen dioxide | CHLM | chemiluminescence | 30 min | ug/m^3 |
NOx | nitrogen oxides(oxides of nitrogen) | CHLM | chemiluminescence | 30 min | ug/m^3 |
PM10 | PM 10 particulate matter 10 | RADIO | radiometry - beta ray absorption | 30 min | ug/m^3 |
WV | wind velocity | OPEL | optoelectronic method | 30 min | m/s |
WD | wind direction | OPEL | optoelectronic method | 30 min | deg |
p | atmospheric pressure | APRESS | atmospheric pressure measurement | 30 min | hPa |
h | relative air humidity (h. of air) | SKIN | animal skin | 30 min | % |
h | relative air humidity (h. of air) | CAP | capacitance sensor | 30 min | % |
GLRD | global radiation | TDM | temperature difference method | 30 min | W/m2 |
T2m | temperature 2m above terrain | PT100 | resistance method | 30 min | K |
CZLTCMMIL | |||||
Station : 57. Milesovka | |||||
Type of station : manual | |||||
| | | | ||
SO2 | sulphur dioxide | WGAE | West-Gaeke spectrophotometry | 24 h | ug/m^3 |
NOx | nitrogen oxides(oxides of nitrogen) | GUAJA | guajacol (modif. Jakobs-Hochheiser) - spectrophotometry | 24 h | ug/m^3 |
SPM | suspended particulate matter | GRV | gravimetry | 24 h | ug/m^3 |
CZLTHSLIB | |||||
Station : 1124. Libochovice | |||||
Type of station : manual2 | |||||
| | | | ||
SO2 | sulphur dioxide | CLM | coulometry | 24 h | ug/m^3 |
CZLTHSLOH | |||||
Station : 617. Litomerice-OHS | |||||
Type of station : manual2.-HM | |||||
| | | | ||
SO2 | sulphur dioxide | CLM | coulometry | 24 h | ug/m^3 |
O3 | ozone | UVABS | UV-absorption | 24 h | ug/m^3 |
NOx | nitrogen oxides(oxides of nitrogen) | TLAM | trithanolamine spectophotometry | 24 h | ug/m^3 |
SPM | suspended particulate matter | GRV-TK | gravimetry | 7 d | ug/m^3 |
PM10 | PM 10 particulate matter 10 | RADIO | radiometry - beta ray absorption | 24 h | ug/m^3 |
Be | beryllium | ICP | inductively coupled plazma | 14 d | ng/m^3 |
Be | beryllium | ICP | inductively coupled plazma | 7 d | ng/m^3 |
Ti | titanium | ICP | inductively coupled plazma | 14 d | ng/m^3 |
Ti | titanium | ICP | inductively coupled plazma | 7 d | ng/m^3 |
V | vanadium | ICP | inductively coupled plazma | 14 d | ng/m^3 |
V | vanadium | ICP | inductively coupled plazma | 7 d | ng/m^3 |
Cr | chromium | ICP | inductively coupled plazma | 14 d | ng/m^3 |
Cr | chromium | ICP | inductively coupled plazma | 7 d | ng/m^3 |
Mn | manganese | ICP | inductively coupled plazma | 14 d | ng/m^3 |
Mn | manganese | ICP | inductively coupled plazma | 7 d | ng/m^3 |
Fe | iron | ICP | inductively coupled plazma | 14 d | ng/m^3 |
Fe | iron | ICP | inductively coupled plazma | 7 d | ng/m^3 |
Ni | nickel | ICP | inductively coupled plazma | 14 d | ng/m^3 |
Ni | nickel | ICP | inductively coupled plazma | 7 d | ng/m^3 |
Cu | copper | ICP | inductively coupled plazma | 14 d | ng/m^3 |
Cu | copper | ICP | inductively coupled plazma | 7 d | ng/m^3 |
Zn | zinc | ICP | inductively coupled plazma | 14 d | ng/m^3 |
Zn | zinc | ICP | inductively coupled plazma | 7 d | ng/m^3 |
As | arsenic | ICP | inductively coupled plazma | 14 d | ng/m^3 |
As | arsenic | ICP | inductively coupled plazma | 7 d | ng/m^3 |
Cd | cadmium | ICP | inductively coupled plazma | 14 d | ng/m^3 |
Cd | cadmium | ICP | inductively coupled plazma | 7 d | ng/m^3 |
Pb | lead | ICP | inductively coupled plazma | 14 d | ng/m^3 |
Pb | lead | ICP | inductively coupled plazma | 7 d | ng/m^3 |
CZLTHSLOM | |||||
Station : 637. Lovosice-MU | |||||
Type of station : manual2.-HM | |||||
| | | | ||
SO2 | sulphur dioxide | CLM | coulometry | 24 h | ug/m^3 |
H2S | (sulphuretted hydrogen) hydrogen sulphide | SP-H2S | spectrophotometry for H2S | 24 h | ug/m^3 |
NOx | nitrogen oxides(oxides of nitrogen) | TLAM | trithanolamine spectophotometry | 24 h | ug/m^3 |
NH3 | ammonia | BERTH | Berthelot method - spectrophotometry | 24 h | ug/m^3 |
SPM | suspended particulate matter | GRV | gravimetry | 24 h | ug/m^3 |
SPM | suspended particulate matter | GRV-TK | gravimetry | 7 d | ug/m^3 |
Be | beryllium | AAS | atomic absorption spectrometry | 14 d | ng/m^3 |
Be | beryllium | AAS | atomic absorption spectrometry | 7 d | ng/m^3 |
Ti | titanium | AAS | atomic absorption spectrometry | 14 d | ng/m^3 |
Ti | titanium | AAS | atomic absorption spectrometry | 7 d | ng/m^3 |
V | vanadium | AAS | atomic absorption spectrometry | 14 d | ng/m^3 |
V | vanadium | AAS | atomic absorption spectrometry | 7 d | ng/m^3 |
Cr | chromium | AAS | atomic absorption spectrometry | 14 d | ng/m^3 |
Cr | chromium | AAS | atomic absorption spectrometry | 7 d | ng/m^3 |
Mn | manganese | AAS | atomic absorption spectrometry | 14 d | ng/m^3 |
Mn | manganese | AAS | atomic absorption spectrometry | 7 d | ng/m^3 |
Fe | iron | AAS | atomic absorption spectrometry | 14 d | ng/m^3 |
Fe | iron | AAS | atomic absorption spectrometry | 7 d | ng/m^3 |
Ni | nickel | AAS | atomic absorption spectrometry | 14 d | ng/m^3 |
Ni | nickel | AAS | atomic absorption spectrometry | 7 d | ng/m^3 |
Cu | copper | AAS | atomic absorption spectrometry | 14 d | ng/m^3 |
Cu | copper | AAS | atomic absorption spectrometry | 7 d | ng/m^3 |
Zn | zinc | AAS | atomic absorption spectrometry | 14 d | ng/m^3 |
Zn | zinc | AAS | atomic absorption spectrometry | 7 d | ng/m^3 |
As | arsenic | AAS | atomic absorption spectrometry | 14 d | ng/m^3 |
As | arsenic | AAS | atomic absorption spectrometry | 7 d | ng/m^3 |
Cd | cadmium | AAS | atomic absorption spectrometry | 14 d | ng/m^3 |
Cd | cadmium | AAS | atomic absorption spectrometry | 7 d | ng/m^3 |
Pb | lead | AAS | atomic absorption spectrometry | 14 d | ng/m^3 |
Pb | lead | AAS | atomic absorption spectrometry | 7 d | ng/m^3 |
CZLTHSLOV | |||||
Station : 1122. Loveckovice | |||||
Type of station : manual2 | |||||
| | | | ||
SO2 | sulphur dioxide | CLM | coulometry | 24 h | ug/m^3 |
CZLTHSLPO | |||||
Station : 1118. Litomerice-Pokratice | |||||
Type of station : manual2 | |||||
| | | | ||
SO2 | sulphur dioxide | CLM | coulometry | 24 h | ug/m^3 |
CZLTHSRNL | |||||
Station : 1119. Roudnice n.L. | |||||
Type of station : manual2 | |||||
| | | | ||
SO2 | sulphur dioxide | CLM | coulometry | 24 h | ug/m^3 |
CZLTHSSTM | |||||
Station : 1121. Steti MU | |||||
Type of station : manual2 | |||||
| | | | ||
SO2 | sulphur dioxide | CLM | coulometry | 24 h | ug/m^3 |
H2S | (sulphuretted hydrogen) hydrogen sulphide | SP-H2S | spectrophotometry for H2S | 24 h | ug/m^3 |
CZLTHSTRE | |||||
Station : 1123. Trebenice | |||||
Type of station : manual2 | |||||
| | | | ||
SO2 | sulphur dioxide | CLM | coulometry | 24 h | ug/m^3 |
CZLTHSUST | |||||
Station : 1120. Ustek | |||||
Type of station : manual2 | |||||
| | | | ||
SO2 | sulphur dioxide | CLM | coulometry | 24 h | ug/m^3 |
CZLTRVBEC | |||||
Station : 823. Bechlin | |||||
Type of station : manual | |||||
| | | | ||
SO2 | sulphur dioxide | WGAE | West-Gaeke spectrophotometry | 24 h | ug/m^3 |