Valid Combinations of Parameters + Method + Units + Duration - PAMS

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< Parameter Code > < Parameter Desc > < Standard Unit > < Meth Code > < Duration Code > < Duration Desc > < Reported Unit > < Reported Unit Desc > < Collection Desc > < Sample Analysis Disc > < FED MDL > < Summary Scale > < Designated Method Desc > < Designated Method ID > < ABS Max Sample Value > < ABS Min Sample Value > < Conversion Ind >
42600 Reactive oxides of nitrogen (NOy) 008 074 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 0.5 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 500 -0.5 T
42600 Reactive oxides of nitrogen (NOy) 008 074 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 0.5 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 500 -0.5 T
42600 Reactive oxides of nitrogen (NOy) 008 074 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 0.5 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 500 -0.5 T
42600 Reactive oxides of nitrogen (NOy) 008 074 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 0.5 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 500 -0.5 T
42600 Reactive oxides of nitrogen (NOy) 008 075 1 1 HOUR 007 Parts per million LOW LEVEL NOX INSTRUMENTAL TECO 42S CHEMILUMINESCENCE 0.05 1 None None 500 -0.05 T
42600 Reactive oxides of nitrogen (NOy) 008 075 1 1 HOUR 008 Parts per billion LOW LEVEL NOX INSTRUMENTAL TECO 42S CHEMILUMINESCENCE 0.05 1 None None 500 -0.05 T
42600 Reactive oxides of nitrogen (NOy) 008 082 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 0.5 1 None None 500 -0.5 T
42600 Reactive oxides of nitrogen (NOy) 008 082 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 0.5 1 None None 500 -0.5 T
42600 Reactive oxides of nitrogen (NOy) 008 090 1 1 HOUR 007 Parts per million INSTRUMENTAL GAS-PHASE CHEMILUMINESCENCE 5 1 None None 500 -5 T
42600 Reactive oxides of nitrogen (NOy) 008 090 1 1 HOUR 008 Parts per billion INSTRUMENTAL GAS-PHASE CHEMILUMINESCENCE 5 1 None None 500 -5 T
42600 Reactive oxides of nitrogen (NOy) 008 099 1 1 HOUR 007 Parts per million INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 0.5 1 API MODEL 200A NO ANALYZER RFNA-1104-099 500 -0.5 T
42600 Reactive oxides of nitrogen (NOy) 008 099 1 1 HOUR 008 Parts per billion INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 0.5 1 API MODEL 200A NO ANALYZER RFNA-1104-099 500 -0.5 T
42600 Reactive oxides of nitrogen (NOy) 008 574 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Thermo Electron 42C-Y, 42i-Y 0.05 1 None None 1000 -0.05 T
42600 Reactive oxides of nitrogen (NOy) 008 574 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Thermo Electron 42C-Y, 42i-Y 0.05 1 None None 1000 -0.05 T
42600 Reactive oxides of nitrogen (NOy) 008 590 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Ecotech EC9841T 0.05 1 None None 500 -0.05 T
42600 Reactive oxides of nitrogen (NOy) 008 590 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Ecotech EC9841T 0.05 1 None None 500 -0.05 T
42600 Reactive oxides of nitrogen (NOy) 008 591 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Ecotech EC9843 0.05 1 None None 500 -0.05 T
42600 Reactive oxides of nitrogen (NOy) 008 591 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Ecotech EC9843 0.05 1 None None 500 -0.05 T
42600 Reactive oxides of nitrogen (NOy) 008 599 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Teledyne API 200 EU/501 0.05 1 None None 520 -0.05 T
42600 Reactive oxides of nitrogen (NOy) 008 599 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Teledyne API 200 EU/501 0.05 1 None None 520 -0.05 T
42601 Nitric oxide (NO) 008 011 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL COLORIMETRIC 10 1 None None 500 -10 T
42601 Nitric oxide (NO) 008 011 1 1 HOUR 002 Micrograms/cubic meter (0 C) INSTRUMENTAL COLORIMETRIC 10 1 None None 500 -10 T
42601 Nitric oxide (NO) 008 011 1 1 HOUR 008 Parts per billion INSTRUMENTAL COLORIMETRIC 10 1 None None 500 -10 T
42601 Nitric oxide (NO) 008 011 7 24 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL COLORIMETRIC 10 1 None None 500 -10 T
42601 Nitric oxide (NO) 008 014 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 None None 500 -5 T
42601 Nitric oxide (NO) 008 014 1 1 HOUR 002 Micrograms/cubic meter (0 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 None None 500 -5 T
42601 Nitric oxide (NO) 008 014 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 None None 500 -5 T
42601 Nitric oxide (NO) 008 014 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 None None 500 -5 T
42601 Nitric oxide (NO) 008 014 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 5 1 None None 500 -5 T
42601 Nitric oxide (NO) 008 014 7 24 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 None None 500 -5 T
42601 Nitric oxide (NO) 008 014 7 24 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 None None 500 -5 T
42601 Nitric oxide (NO) 008 021 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8440E RFNA-0677-021 500 -10 T
42601 Nitric oxide (NO) 008 021 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8440E RFNA-0677-021 500 -10 T
42601 Nitric oxide (NO) 008 021 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8440E RFNA-0677-021 500 -10 T
42601 Nitric oxide (NO) 008 022 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 BENDIX 8101-C RFNA-0777-022 500 -10 T
42601 Nitric oxide (NO) 008 022 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 BENDIX 8101-C RFNA-0777-022 500 -10 T
42601 Nitric oxide (NO) 008 022 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 BENDIX 8101-C RFNA-0777-022 500 -10 T
42601 Nitric oxide (NO) 008 025 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 CSI 1600 RFNA-0977-025 500 -10 T
42601 Nitric oxide (NO) 008 025 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 CSI 1600 RFNA-0977-025 500 -10 T
42601 Nitric oxide (NO) 008 025 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 CSI 1600 RFNA-0977-025 500 -10 T
42601 Nitric oxide (NO) 008 031 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 MELOY NA530R RFNA-1078-031 500 -10 T
42601 Nitric oxide (NO) 008 031 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 MELOY NA530R RFNA-1078-031 500 -10 T
42601 Nitric oxide (NO) 008 031 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 MELOY NA530R RFNA-1078-031 500 -10 T
42601 Nitric oxide (NO) 008 034 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 BECKMAN 952A RFNA-0179-034 500 -10 T
42601 Nitric oxide (NO) 008 034 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 BECKMAN 952A RFNA-0179-034 500 -10 T
42601 Nitric oxide (NO) 008 034 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 BECKMAN 952A RFNA-0179-034 500 -10 T
42601 Nitric oxide (NO) 008 035 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14B/E RFNA-0179-035 500 -10 T
42601 Nitric oxide (NO) 008 035 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14B/E RFNA-0179-035 500 -10 T
42601 Nitric oxide (NO) 008 035 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14B/E RFNA-0179-035 500 -10 T
42601 Nitric oxide (NO) 008 035 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14B/E RFNA-0179-035 500 -10 T
42601 Nitric oxide (NO) 008 037 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14D/E RFNA-0279-037 500 -10 T
42601 Nitric oxide (NO) 008 037 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14D/E RFNA-0279-037 500 -10 T
42601 Nitric oxide (NO) 008 037 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14D/E RFNA-0279-037 500 -10 T
42601 Nitric oxide (NO) 008 038 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 BENDIX 8101B RFNA-0479-038 500 -10 T
42601 Nitric oxide (NO) 008 038 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 BENDIX 8101B RFNA-0479-038 500 -10 T
42601 Nitric oxide (NO) 008 038 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 BENDIX 8101B RFNA-0479-038 500 -10 T
42601 Nitric oxide (NO) 008 040 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 PHILIPS PW9762/02 RFNA-0879-040 500 -10 T
42601 Nitric oxide (NO) 008 040 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 PHILIPS PW9762/02 RFNA-0879-040 500 -10 T
42601 Nitric oxide (NO) 008 040 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 PHILIPS PW9762/02 RFNA-0879-040 500 -10 T
42601 Nitric oxide (NO) 008 040 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 10 1 PHILIPS PW9762/02 RFNA-0879-040 500 -10 T
42601 Nitric oxide (NO) 008 042 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8840 RFNA-0280-042 500 -10 T
42601 Nitric oxide (NO) 008 042 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8840 RFNA-0280-042 500 -10 T
42601 Nitric oxide (NO) 008 042 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8840 RFNA-0280-042 500 -10 T
42601 Nitric oxide (NO) 008 061 7 24 HOUR 001 Micrograms/cubic meter (25 C) GAS-BUBBLER SALTZMAN (999 AP-11) 10 1 None None 500 -10 T
42601 Nitric oxide (NO) 008 061 7 24 HOUR 002 Micrograms/cubic meter (0 C) GAS-BUBBLER SALTZMAN (999 AP-11) 10 1 None None 500 -10 T
42601 Nitric oxide (NO) 008 061 7 24 HOUR 007 Parts per million GAS-BUBBLER SALTZMAN (999 AP-11) 10 1 None None 500 -10 T
42601 Nitric oxide (NO) 008 061 7 24 HOUR 008 Parts per billion GAS-BUBBLER SALTZMAN (999 AP-11) 10 1 None None 500 -10 T
42601 Nitric oxide (NO) 008 071 7 24 HOUR 001 Micrograms/cubic meter (25 C) GAS-BUBBLER SALTZMAN (50ML TUBE+ORIFICE) 10 1 None None 500 -10 T
42601 Nitric oxide (NO) 008 071 7 24 HOUR 002 Micrograms/cubic meter (0 C) GAS-BUBBLER SALTZMAN (50ML TUBE+ORIFICE) 10 1 None None 500 -10 T
42601 Nitric oxide (NO) 008 071 7 24 HOUR 007 Parts per million GAS-BUBBLER SALTZMAN (50ML TUBE+ORIFICE) 10 1 None None 500 -10 T
42601 Nitric oxide (NO) 008 071 7 24 HOUR 008 Parts per billion GAS-BUBBLER SALTZMAN (50ML TUBE+ORIFICE) 10 1 None None 500 -10 T
42601 Nitric oxide (NO) 008 074 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 1200 -10 T
42601 Nitric oxide (NO) 008 074 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 1200 -10 T
42601 Nitric oxide (NO) 008 074 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 1200 -10 T
42601 Nitric oxide (NO) 008 074 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 1200 -10 T
42601 Nitric oxide (NO) 008 075 1 1 HOUR 007 Parts per million LOW LEVEL NOX INSTRUMENTAL TECO 42S CHEMILUMINESCENCE 0.05 1 None None 1200 -0.05 T
42601 Nitric oxide (NO) 008 075 1 1 HOUR 008 Parts per billion LOW LEVEL NOX INSTRUMENTAL TECO 42S CHEMILUMINESCENCE 0.05 1 None None 1200 -0.05 T
42601 Nitric oxide (NO) 008 082 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 ADVANCED POLL INSTR MODEL 200 RFNA-0691-082 1200 -10 T
42601 Nitric oxide (NO) 008 082 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 ADVANCED POLL INSTR MODEL 200 RFNA-0691-082 1200 -10 T
42601 Nitric oxide (NO) 008 082 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 ADVANCED POLL INSTR MODEL 200 RFNA-0691-082 1200 -10 T
42601 Nitric oxide (NO) 008 082 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 10 1 ADVANCED POLL INSTR MODEL 200 RFNA-0691-082 1200 -10 T
42601 Nitric oxide (NO) 008 083 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8841 RFNA-0991-083 1200 -10 T
42601 Nitric oxide (NO) 008 083 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8841 RFNA-0991-083 1200 -10 T
42601 Nitric oxide (NO) 008 083 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8841 RFNA-0991-083 1200 -10 T
42601 Nitric oxide (NO) 008 089 1 1 HOUR 007 Parts per million INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 2.7 1 None None 1200 -2.7 T
42601 Nitric oxide (NO) 008 089 1 1 HOUR 008 Parts per billion INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 2.7 1 None None 1200 -2.7 T
42601 Nitric oxide (NO) 008 090 1 1 HOUR 007 Parts per million Instrumental Gas Phase Chemiluminescence 10 1 LEAR SIEGLER MCC ML9841 RFNA-1292-090 1200 -10 T
42601 Nitric oxide (NO) 008 090 1 1 HOUR 008 Parts per billion Instrumental Gas Phase Chemiluminescence 10 1 LEAR SIEGLER MCC ML9841 RFNA-1292-090 1200 -10 T
42601 Nitric oxide (NO) 008 091 7 24 HOUR 001 Micrograms/cubic meter (25 C) GAS-BUBBLER SALTZMAN (100ML TUBE+ORIFICE) 10 1 None None 1200 -10 T
42601 Nitric oxide (NO) 008 091 7 24 HOUR 002 Micrograms/cubic meter (0 C) GAS-BUBBLER SALTZMAN (100ML TUBE+ORIFICE) 10 1 None None 1200 -10 T
42601 Nitric oxide (NO) 008 091 7 24 HOUR 007 Parts per million GAS-BUBBLER SALTZMAN (100ML TUBE+ORIFICE) 10 1 None None 1200 -10 T
42601 Nitric oxide (NO) 008 091 7 24 HOUR 008 Parts per billion GAS-BUBBLER SALTZMAN (100ML TUBE+ORIFICE) 10 1 None None 1200 -10 T
42601 Nitric oxide (NO) 008 099 1 1 HOUR 007 Parts per million INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 5 1 API MODEL 200A NO ANALYZER RFNA-1104-099 1200 -5 T
42601 Nitric oxide (NO) 008 099 1 1 HOUR 008 Parts per billion INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 5 1 API MODEL 200A NO ANALYZER RFNA-1104-099 1200 -5 T
42601 Nitric oxide (NO) 008 100 7 24 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 1000 1 None None 1200 -1000 T
42601 Nitric oxide (NO) 008 111 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 None None 1200 -5 T
42601 Nitric oxide (NO) 008 146 1 1 HOUR 001 Micrograms/cubic meter (25 C) E. S. A. Model AC32M Chemiluminescent 5 1 Environnement S. A. Model AC32M Chem NOX Analyzer RFNA-0202-146 1200 -5 T
42601 Nitric oxide (NO) 008 146 1 1 HOUR 007 Parts per million E. S. A. Model AC32M Chemiluminescent 5 1 Environnement S. A. Model AC32M Chem NOX Analyzer RFNA-0202-146 1200 -5 T
42601 Nitric oxide (NO) 008 146 1 1 HOUR 008 Parts per billion E. S. A. Model AC32M Chemiluminescent 5 1 Environnement S. A. Model AC32M Chem NOX Analyzer RFNA-0202-146 1200 -5 T
42601 Nitric oxide (NO) 008 146 1 1 HOUR 040 Parts per 100 million E. S. A. Model AC32M Chemiluminescent 5 1 Environnement S. A. Model AC32M Chem NOX Analyzer RFNA-0202-146 1200 -5 T
42601 Nitric oxide (NO) 008 152 1 1 HOUR 001 Micrograms/cubic meter (25 C) Instrumental Chemiluminescent 5 1 SIR S.A. Model S-5012 RFNA-0804-152 400 -5 T
42601 Nitric oxide (NO) 008 152 1 1 HOUR 007 Parts per million Instrumental Chemiluminescent 5 1 SIR S.A. Model S-5012 RFNA-0804-152 400 -5 T
42601 Nitric oxide (NO) 008 152 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescent 5 1 SIR S.A. Model S-5012 RFNA-0804-152 400 -5 T
42601 Nitric oxide (NO) 008 152 1 1 HOUR 040 Parts per 100 million Instrumental Chemiluminescent 5 1 SIR S.A. Model S-5012 RFNA-0804-152 400 -5 T
42601 Nitric oxide (NO) 008 157 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 Horiba APNA-370 RFNA_0506-157 1200 -5 T
42601 Nitric oxide (NO) 008 157 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence 5 1 Horiba APNA-370 RFNA_0506-157 1200 -5 T
42601 Nitric oxide (NO) 008 163 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 Seres Model NOx 2000 G RFNA-0706-163 1200 -5 T
42601 Nitric oxide (NO) 008 163 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence 5 1 Seres Model NOx 2000 G RFNA-0706-163 1200 -5 T
42601 Nitric oxide (NO) 008 171 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 DKK-TOA Corp Model GLN-314E RFNA-0508-171 1200 -5 T
42601 Nitric oxide (NO) 008 171 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence 5 1 DKK-TOA Corp Model GLN-314E RFNA-0508-171 1200 -5 T
42601 Nitric oxide (NO) 008 186 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 Ecotech Serinus 40 Oxides of Nitrogen Analyzer RFNA-0809-186 500 -5 T
42601 Nitric oxide (NO) 008 186 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence 5 1 Ecotech Serinus 40 Oxides of Nitrogen Analyzer RFNA-0809-186 500 -5 T
42601 Nitric oxide (NO) 008 574 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Thermo Electron 42C-Y, 42i-Y 0.05 1 None None 1000 -0.05 T
42601 Nitric oxide (NO) 008 574 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Thermo Electron 42C-Y, 42i-Y 0.05 1 None None 1000 -0.05 T
42601 Nitric oxide (NO) 008 590 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Ecotech EC9841T 0.05 1 None None 2000 -0.05 T
42601 Nitric oxide (NO) 008 590 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Ecotech EC9841T 0.05 1 None None 2000 -0.05 T
42601 Nitric oxide (NO) 008 591 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Ecotech EC9843 0.05 1 None None 2000 -0.05 T
42601 Nitric oxide (NO) 008 591 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Ecotech EC9843 0.05 1 None None 2000 -0.05 T
42601 Nitric oxide (NO) 008 599 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Teledyne API 200 EU/501 0.05 1 None None 1000 -0.2 T
42601 Nitric oxide (NO) 008 599 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Teledyne API 200 EU/501 0.05 1 None None 1000 -0.2 T
42601 Nitric oxide (NO) 008 600 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Teledyne API T200UP photolytic 0.05 1 Chemiluminescence Teledyne API T200UP NO-NO2, Ultra-Sensitive Photolytic NO-NO2 EQNA-0512-200 200 -0.2 T
42601 Nitric oxide (NO) 008 600 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Teledyne API T200UP photolytic 0.05 1 Chemiluminescence Teledyne API T200UP NO-NO2, Ultra-Sensitive Photolytic NO-NO2 EQNA-0512-200 200 -0.2 T
42602 Nitrogen dioxide (NO2) 008 010 E INTEGREATED PASSIVE 2-WEEKS 007 Parts per million Integrated Passive Monitor Ion Chromatography 0.1 1 None None 400 -0.1 T
42602 Nitrogen dioxide (NO2) 008 010 E INTEGREATED PASSIVE 2-WEEKS 008 Parts per billion Integrated Passive Monitor Ion Chromatography 0.1 1 None None 400 -0.1 T
42602 Nitrogen dioxide (NO2) 008 010 F INTEGREATED PASSIVE 3-WEEKS 007 Parts per million Integrated Passive Monitor Ion Chromatography 0.1 1 None None 400 -0.1 T
42602 Nitrogen dioxide (NO2) 008 010 F INTEGREATED PASSIVE 3-WEEKS 008 Parts per billion Integrated Passive Monitor Ion Chromatography 0.1 1 None None 400 -0.1 T
42602 Nitrogen dioxide (NO2) 008 010 L INTEGRATED PASSIVE 4-WEEKS 007 Parts per million Integrated Passive Monitor Ion Chromatography 0.1 1 None None 400 -0.1 T
42602 Nitrogen dioxide (NO2) 008 010 L INTEGRATED PASSIVE 4-WEEKS 008 Parts per billion Integrated Passive Monitor Ion Chromatography 0.1 1 None None 400 -0.1 T
42602 Nitrogen dioxide (NO2) 008 021 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 MONITOR LABS 8440E RFNA-0677-021 400 -5 T
42602 Nitrogen dioxide (NO2) 008 021 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 MONITOR LABS 8440E RFNA-0677-021 400 -5 T
42602 Nitrogen dioxide (NO2) 008 021 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 MONITOR LABS 8440E RFNA-0677-021 400 -5 T
42602 Nitrogen dioxide (NO2) 008 022 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 BENDIX 8101-C RFNA-0777-022 400 -5 T
42602 Nitrogen dioxide (NO2) 008 022 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 BENDIX 8101-C RFNA-0777-022 400 -5 T
42602 Nitrogen dioxide (NO2) 008 022 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 BENDIX 8101-C RFNA-0777-022 400 -5 T
42602 Nitrogen dioxide (NO2) 008 025 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 CSI 1600 RFNA-0977-025 400 -5 T
42602 Nitrogen dioxide (NO2) 008 025 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 CSI 1600 RFNA-0977-025 400 -5 T
42602 Nitrogen dioxide (NO2) 008 025 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 CSI 1600 RFNA-0977-025 400 -5 T
42602 Nitrogen dioxide (NO2) 008 031 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 MELOY NA530R RFNA-1078-031 400 -5 T
42602 Nitrogen dioxide (NO2) 008 031 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 MELOY NA530R RFNA-1078-031 400 -5 T
42602 Nitrogen dioxide (NO2) 008 031 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 MELOY NA530R RFNA-1078-031 400 -5 T
42602 Nitrogen dioxide (NO2) 008 034 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 BECKMAN 952A RFNA-0179-034 400 -5 T
42602 Nitrogen dioxide (NO2) 008 034 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 BECKMAN 952A RFNA-0179-034 400 -5 T
42602 Nitrogen dioxide (NO2) 008 034 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 BECKMAN 952A RFNA-0179-034 400 -5 T
42602 Nitrogen dioxide (NO2) 008 035 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 THERMO ELECTRON 14B/E RFNA-0179-035 400 -5 T
42602 Nitrogen dioxide (NO2) 008 035 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 THERMO ELECTRON 14B/E RFNA-0179-035 400 -5 T
42602 Nitrogen dioxide (NO2) 008 035 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 THERMO ELECTRON 14B/E RFNA-0179-035 400 -5 T
42602 Nitrogen dioxide (NO2) 008 035 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 5 1 THERMO ELECTRON 14B/E RFNA-0179-035 400 -5 T
42602 Nitrogen dioxide (NO2) 008 037 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 THERMO ELECTRON 14D/E RFNA-0279-037 400 -5 T
42602 Nitrogen dioxide (NO2) 008 037 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 THERMO ELECTRON 14D/E RFNA-0279-037 400 -5 T
42602 Nitrogen dioxide (NO2) 008 037 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 THERMO ELECTRON 14D/E RFNA-0279-037 400 -5 T
42602 Nitrogen dioxide (NO2) 008 038 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 BENDIX 8101-B RFNA-0479-038 400 -5 T
42602 Nitrogen dioxide (NO2) 008 038 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 BENDIX 8101-B RFNA-0479-038 400 -5 T
42602 Nitrogen dioxide (NO2) 008 038 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 BENDIX 8101-B RFNA-0479-038 400 -5 T
42602 Nitrogen dioxide (NO2) 008 040 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 PHILIPS PW9762/02 RFNA-0879-040 400 -5 T
42602 Nitrogen dioxide (NO2) 008 040 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 PHILIPS PW9762/02 RFNA-0879-040 400 -5 T
42602 Nitrogen dioxide (NO2) 008 040 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 PHILIPS PW9762/02 RFNA-0879-040 400 -5 T
42602 Nitrogen dioxide (NO2) 008 040 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 5 1 PHILIPS PW9762/02 RFNA-0879-040 400 -5 T
42602 Nitrogen dioxide (NO2) 008 042 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 MONITOR LABS 8840 RFNA-0280-042 400 -5 T
42602 Nitrogen dioxide (NO2) 008 042 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 MONITOR LABS 8840 RFNA-0280-042 400 -5 T
42602 Nitrogen dioxide (NO2) 008 042 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 MONITOR LABS 8840 RFNA-0280-042 400 -5 T
42602 Nitrogen dioxide (NO2) 008 074 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 1 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 400 -1 T
42602 Nitrogen dioxide (NO2) 008 074 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 1 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 400 -1 T
42602 Nitrogen dioxide (NO2) 008 074 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 1 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 400 -1 T
42602 Nitrogen dioxide (NO2) 008 074 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 1 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 400 -1 T
42602 Nitrogen dioxide (NO2) 008 075 1 1 HOUR 007 Parts per million LOW LEVEL NOX INSTRUMENTAL TECO 42S CHEMILUMINESCENCE 0.05 1 None None 400 -0.05 T
42602 Nitrogen dioxide (NO2) 008 075 1 1 HOUR 008 Parts per billion LOW LEVEL NOX INSTRUMENTAL TECO 42S CHEMILUMINESCENCE 0.05 1 None None 400 -0.05 T
42602 Nitrogen dioxide (NO2) 008 082 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 ADVANCED POLL INSTR MODEL 200 RFNA-0691-082 400 -5 T
42602 Nitrogen dioxide (NO2) 008 082 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 ADVANCED POLL INSTR MODEL 200 RFNA-0691-082 400 -5 T
42602 Nitrogen dioxide (NO2) 008 082 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 ADVANCED POLL INSTR MODEL 200 RFNA-0691-082 400 -5 T
42602 Nitrogen dioxide (NO2) 008 082 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 5 1 ADVANCED POLL INSTR MODEL 200 RFNA-0691-082 400 -5 T
42602 Nitrogen dioxide (NO2) 008 083 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 5 1 MONITOR LABS 8841 RFNA-0991-083 400 -5 T
42602 Nitrogen dioxide (NO2) 008 083 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 MONITOR LABS 8841 RFNA-0991-083 400 -5 T
42602 Nitrogen dioxide (NO2) 008 083 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 MONITOR LABS 8841 RFNA-0991-083 400 -5 T
42602 Nitrogen dioxide (NO2) 008 089 1 1 HOUR 007 Parts per million INSTRUMENTAL GAS-PHASE CHEMILUMINESCENCE 5 1 DASIBI EC MODEL 2108 RFNA-1192-089 400 -5 T
42602 Nitrogen dioxide (NO2) 008 089 1 1 HOUR 008 Parts per billion INSTRUMENTAL GAS-PHASE CHEMILUMINESCENCE 5 1 DASIBI EC MODEL 2108 RFNA-1192-089 400 -5 T
42602 Nitrogen dioxide (NO2) 008 090 1 1 HOUR 007 Parts per million INSTRUMENTAL GAS-PHASE CHEMILUMINESCENCE 5 1 LEAR SIEGLER MCC ML9841 RFNA-1292-090 400 -5 T
42602 Nitrogen dioxide (NO2) 008 090 1 1 HOUR 008 Parts per billion INSTRUMENTAL GAS-PHASE CHEMILUMINESCENCE 5 1 LEAR SIEGLER MCC ML9841 RFNA-1292-090 400 -5 T
42602 Nitrogen dioxide (NO2) 008 099 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 2.7 1 API MODEL 200A NO ANALYZER RFNA-1194-099 400 -2.7 T
42602 Nitrogen dioxide (NO2) 008 099 1 1 HOUR 007 Parts per million INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 2.7 1 API MODEL 200A NO ANALYZER RFNA-1194-099 400 -2.7 T
42602 Nitrogen dioxide (NO2) 008 099 1 1 HOUR 008 Parts per billion INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 2.7 1 API MODEL 200A NO ANALYZER RFNA-1194-099 400 -2.7 T
42602 Nitrogen dioxide (NO2) 008 102 1 1 HOUR 007 Parts per million INSTRUMENTAL OPEN PATH NO ANALYZER 1 1 OPSIS MODEL AR 500 SYSTEM EQNA-0495-102 400 -1 T
42602 Nitrogen dioxide (NO2) 008 102 1 1 HOUR 008 Parts per billion INSTRUMENTAL OPEN PATH NO ANALYZER 1 1 OPSIS MODEL AR 500 SYSTEM EQNA-0495-102 400 -1 T
42602 Nitrogen dioxide (NO2) 008 104 1 1 HOUR 007 Parts per million INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 5 1 ENV.SA MODEL AC 31M NO RFNA-0795-104 400 -5 T
42602 Nitrogen dioxide (NO2) 008 104 1 1 HOUR 008 Parts per billion INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 5 1 ENV.SA MODEL AC 31M NO RFNA-0795-104 400 -5 T
42602 Nitrogen dioxide (NO2) 008 111 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 HORIBA APNA-360 RFNA-0196-111 400 -5 T
42602 Nitrogen dioxide (NO2) 008 111 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 HORIBA APNA-360 RFNA-0196-111 400 -5 T
42602 Nitrogen dioxide (NO2) 008 121 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 DDK CORP MODEL GLN-114E RFNA-0798-121 400 -5 T
42602 Nitrogen dioxide (NO2) 008 121 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 5 1 DDK CORP MODEL GLN-114E RFNA-0798-121 400 -5 T
42602 Nitrogen dioxide (NO2) 008 139 1 1 HOUR 007 Parts per million Instrumental Open Path NO2 Analyzer 1 1 SANOA Longpath EQOA-0400-139 400 -1 T
42602 Nitrogen dioxide (NO2) 008 139 1 1 HOUR 008 Parts per billion Instrumental Open Path NO2 Analyzer 1 1 SANOA Longpath EQOA-0400-139 400 -1 T
42602 Nitrogen dioxide (NO2) 008 146 1 1 HOUR 001 Micrograms/cubic meter (25 C) E. S. A. Model AC32M Chemiluminescent 1 1 Environnement S. A. Model AC32M Chem NOX Analyzer RFNA-0202-146 400 -1 T
42602 Nitrogen dioxide (NO2) 008 146 1 1 HOUR 007 Parts per million E. S. A. Model AC32M Chemiluminescent 1 1 Environnement S. A. Model AC32M Chem NOX Analyzer RFNA-0202-146 400 -1 T
42602 Nitrogen dioxide (NO2) 008 146 1 1 HOUR 008 Parts per billion E. S. A. Model AC32M Chemiluminescent 1 1 Environnement S. A. Model AC32M Chem NOX Analyzer RFNA-0202-146 400 -1 T
42602 Nitrogen dioxide (NO2) 008 146 1 1 HOUR 040 Parts per 100 million E. S. A. Model AC32M Chemiluminescent 1 1 Environnement S. A. Model AC32M Chem NOX Analyzer RFNA-0202-146 400 -1 T
42602 Nitrogen dioxide (NO2) 008 152 1 1 HOUR 001 Micrograms/cubic meter (25 C) Instrumental Chemiluminescent 5 1 SIR S.A. Model S-5012 RFNA-0804-152 400 -5 T
42602 Nitrogen dioxide (NO2) 008 152 1 1 HOUR 007 Parts per million Instrumental Chemiluminescent 5 1 SIR S.A. Model S-5012 RFNA-0804-152 400 -5 T
42602 Nitrogen dioxide (NO2) 008 152 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescent 5 1 SIR S.A. Model S-5012 RFNA-0804-152 400 -5 T
42602 Nitrogen dioxide (NO2) 008 152 1 1 HOUR 040 Parts per 100 million Instrumental Chemiluminescent 5 1 SIR S.A. Model S-5012 RFNA-0804-152 400 -5 T
42602 Nitrogen dioxide (NO2) 008 157 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 HORIBA APNA-370 RFNA-0506-157 400 -5 T
42602 Nitrogen dioxide (NO2) 008 157 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence 5 1 HORIBA APNA-370 RFNA-0506-157 400 -5 T
42602 Nitrogen dioxide (NO2) 008 163 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 Seres Model NOx 2000 G RFNA-0706-163 400 -5 T
42602 Nitrogen dioxide (NO2) 008 163 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence 5 1 Seres Model NOx 2000 G RFNA-0706-163 400 -5 T
42602 Nitrogen dioxide (NO2) 008 171 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 DKK-TOA Corp Model GLN-314E RFNA-0508-171 1200 -5 T
42602 Nitrogen dioxide (NO2) 008 171 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence 5 1 DKK-TOA Corp Model GLN-314E RFNA-0508-171 1200 -5 T
42602 Nitrogen dioxide (NO2) 008 186 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 Ecotech Serinus 40 Oxides of Nitrogen Analyzer RFNA-0809-186 500 -5 T
42602 Nitrogen dioxide (NO2) 008 186 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence 5 1 Ecotech Serinus 40 Oxides of Nitrogen Analyzer RFNA-0809-186 500 -5 T
42602 Nitrogen dioxide (NO2) 008 591 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Ecotech EC9843 0.05 1 None None 200 -0.05 T
42602 Nitrogen dioxide (NO2) 008 591 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Ecotech EC9843 0.05 1 None None 200 -0.05 T
42602 Nitrogen dioxide (NO2) 008 599 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Teledyne API 200 EU/501 0.05 1 None None 200 -0.2 T
42602 Nitrogen dioxide (NO2) 008 599 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Teledyne API 200 EU/501 0.05 1 None None 200 -0.2 T
42602 Nitrogen dioxide (NO2) 008 600 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Teledyne API T200UP photolytic 0.05 1 Chemiluminescence Teledyne API T200UP NO-NO2, Ultra-Sensitive Photolytic NO-NO2 EQNA-0512-200 200 -0.2 T
42602 Nitrogen dioxide (NO2) 008 600 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Teledyne API T200UP photolytic 0.05 1 Chemiluminescence Teledyne API T200UP NO-NO2, Ultra-Sensitive Photolytic NO-NO2 EQNA-0512-200 200 -0.2 T
42603 Oxides of nitrogen (NOx) 008 011 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL COLORIMETRIC 10 1 None None 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 011 1 1 HOUR 002 Micrograms/cubic meter (0 C) INSTRUMENTAL COLORIMETRIC 10 1 None None 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 011 1 1 HOUR 008 Parts per billion INSTRUMENTAL COLORIMETRIC 10 1 None None 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 013 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL COLORIMETRIC 10 1 None None 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 013 1 1 HOUR 002 Micrograms/cubic meter (0 C) INSTRUMENTAL COLORIMETRIC 10 1 None None 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 013 1 1 HOUR 007 Parts per million INSTRUMENTAL COLORIMETRIC 10 1 None None 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 013 1 1 HOUR 008 Parts per billion INSTRUMENTAL COLORIMETRIC 10 1 None None 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 014 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 None None 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 014 1 1 HOUR 002 Micrograms/cubic meter (0 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 None None 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 014 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 None None 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 014 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 None None 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 014 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 10 1 None None 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 021 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8440E RFNA-0677-021 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 021 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8440E RFNA-0677-021 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 021 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8440E RFNA-0677-021 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 022 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 BENDIX 8101-C RFNA-0777-022 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 022 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 BENDIX 8101-C RFNA-0777-022 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 022 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 BENDIX 8101-C RFNA-0777-022 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 025 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 CSI 1600 RFNA-0977-025 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 025 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 CSI 1600 RFNA-0977-025 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 025 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 CSI 1600 RFNA-0977-025 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 031 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 MELOY NA530R RFNA-1078-031 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 031 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 MELOY NA530R RFNA-1078-031 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 031 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 MELOY NA530R RFNA-1078-031 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 034 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 BECKMAN 952A RFNA-0179-034 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 034 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 BECKMAN 952A RFNA-0179-034 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 034 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 BECKMAN 952A RFNA-0179-034 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 035 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14B/E RFNA-0179-035 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 035 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14B/E RFNA-0179-035 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 035 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14B/E RFNA-0179-035 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 035 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14B/E RFNA-0179-035 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 037 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14D/E RFNA-0279-037 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 037 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14D/E RFNA-0279-037 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 037 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ELECTRON 14D/E RFNA-0279-037 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 038 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 BENDIX 8101B RFNA-0479-038 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 038 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 BENDIX 8101B RFNA-0479-038 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 038 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 BENDIX 8101B RFNA-0479-038 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 040 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 PHILIPS PW9762/02 RFNA-0879-040 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 040 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 PHILIPS PW9762/02 RFNA-0879-040 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 040 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 PHILIPS PW9762/02 RFNA-0879-040 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 040 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 10 1 PHILIPS PW9762/02 RFNA-0879-040 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 042 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8840 RFNA-0280-042 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 042 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8840 RFNA-0280-042 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 042 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LABS 8840 RFNA-0280-042 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 051 1 1 HOUR 007 Parts per million INSTRUMENTAL TECO 17 CHEMILUMINESCENCE 1 1 None None 1200 -1 T
42603 Oxides of nitrogen (NOx) 008 051 1 1 HOUR 008 Parts per billion INSTRUMENTAL TECO 17 CHEMILUMINESCENCE 1 1 None None 1200 -1 T
42603 Oxides of nitrogen (NOx) 008 074 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 074 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 074 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 074 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 10 1 THERMO ENVIRON. INST. MODEL 42 RFNA-1289-074 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 075 1 1 HOUR 007 Parts per million LOW LEVEL NOX INSTRUMENTAL TECO 42S CHEMILUMINESCENCE 0.05 1 None None 1200 -0.05 T
42603 Oxides of nitrogen (NOx) 008 075 1 1 HOUR 008 Parts per billion LOW LEVEL NOX INSTRUMENTAL TECO 42S CHEMILUMINESCENCE 0.05 1 None None 1200 -0.05 T
42603 Oxides of nitrogen (NOx) 008 082 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 ADVANCED POLL INSTR MODEL 200 RFNA-0691-082 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 082 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 ADVANCED POLL INSTR MODEL 200 RFNA-0691-082 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 082 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 ADVANCED POLL INSTR MODEL 200 RFNA-0691-082 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 082 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL CHEMILUMINESCENCE 10 1 ADVANCED POLL INSTR MODEL 200 RFNA-0691-082 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 083 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LAB 8841 RFNA-0991-083 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 083 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LAB 8841 RFNA-0991-083 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 083 1 1 HOUR 008 Parts per billion INSTRUMENTAL CHEMILUMINESCENCE 10 1 MONITOR LAB 8841 RFNA-0991-083 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 089 1 1 HOUR 007 Parts per million INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 2.7 1 None None 1200 -2.7 T
42603 Oxides of nitrogen (NOx) 008 089 1 1 HOUR 008 Parts per billion INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 2.7 1 None None 1200 -2.7 T
42603 Oxides of nitrogen (NOx) 008 090 1 1 HOUR 007 Parts per million Instrumental Gas Phase Chemiluminescence 10 1 LEAR SIEGLER MCC ML9841 RFNA-1292-090 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 090 1 1 HOUR 008 Parts per billion Instrumental Gas Phase Chemiluminescence 10 1 LEAR SIEGLER MCC ML9841 RFNA-1292-090 1200 -10 T
42603 Oxides of nitrogen (NOx) 008 091 7 24 HOUR 001 Micrograms/cubic meter (25 C) GAS-BUBBLER COLORIMETRIC 2.7 1 None None 1200 -2.7 T
42603 Oxides of nitrogen (NOx) 008 091 7 24 HOUR 002 Micrograms/cubic meter (0 C) GAS-BUBBLER COLORIMETRIC 2.7 1 None None 1200 -2.7 T
42603 Oxides of nitrogen (NOx) 008 091 7 24 HOUR 007 Parts per million GAS-BUBBLER COLORIMETRIC 2.7 1 None None 1200 -2.7 T
42603 Oxides of nitrogen (NOx) 008 091 7 24 HOUR 008 Parts per billion GAS-BUBBLER COLORIMETRIC 2.7 1 None None 1200 -2.7 T
42603 Oxides of nitrogen (NOx) 008 099 1 1 HOUR 007 Parts per million INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 5 1 API MODEL 200A NO ANALYZER RFNA-1104-099 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 099 1 1 HOUR 008 Parts per billion INSTRUMENTAL GAS PHASE CHEMILUMINESCENCE 5 1 API MODEL 200A NO ANALYZER RFNA-1104-099 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 111 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 None None 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 121 1 1 HOUR 007 Parts per million INSTRUMENTAL CHEMILUMINESCENCE 5 1 DDK CORP MODEL GLN-114E RFNA-0798-121 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 146 1 1 HOUR 001 Micrograms/cubic meter (25 C) E. S. A. Model AC32M Chemiluminescent 5 1 Environnement S. A. Model AC32M Chem NOX Analyzer RFNA-0202-146 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 146 1 1 HOUR 007 Parts per million E. S. A. Model AC32M Chemiluminescent 5 1 Environnement S. A. Model AC32M Chem NOX Analyzer RFNA-0202-146 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 146 1 1 HOUR 008 Parts per billion E. S. A. Model AC32M Chemiluminescent 5 1 Environnement S. A. Model AC32M Chem NOX Analyzer RFNA-0202-146 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 146 1 1 HOUR 040 Parts per 100 million E. S. A. Model AC32M Chemiluminescent 5 1 Environnement S. A. Model AC32M Chem NOX Analyzer RFNA-0202-146 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 152 1 1 HOUR 001 Micrograms/cubic meter (25 C) Instrumental Chemiluminescent 5 1 SIR S.A. Model S-5012 RFNA-0804-152 400 -5 T
42603 Oxides of nitrogen (NOx) 008 152 1 1 HOUR 007 Parts per million Instrumental Chemiluminescent 5 1 SIR S.A. Model S-5012 RFNA-0804-152 400 -5 T
42603 Oxides of nitrogen (NOx) 008 152 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescent 5 1 SIR S.A. Model S-5012 RFNA-0804-152 400 -5 T
42603 Oxides of nitrogen (NOx) 008 152 1 1 HOUR 040 Parts per 100 million Instrumental Chemiluminescent 5 1 SIR S.A. Model S-5012 RFNA-0804-152 400 -5 T
42603 Oxides of nitrogen (NOx) 008 157 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 Horiba APNA-370 RFNA-0506-157 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 157 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence 5 1 Horiba APNA-370 RFNA-0506-157 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 163 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 Seres Model NOx 2000 G RFNA-0706-163 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 163 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence 5 1 Seres Model NOx 2000 G RFNA-0706-163 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 171 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 DKK-TOA Corp Model GLN-314E RFNA-0508-171 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 171 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence 5 1 DKK-TOA Corp Model GLN-314E RFNA-0508-171 1200 -5 T
42603 Oxides of nitrogen (NOx) 008 186 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence 5 1 Ecotech Serinus 40 Oxides of Nitrogen Analyzer RFNA-0809-186 500 -5 T
42603 Oxides of nitrogen (NOx) 008 186 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence 5 1 Ecotech Serinus 40 Oxides of Nitrogen Analyzer RFNA-0809-186 500 -5 T
42603 Oxides of nitrogen (NOx) 008 574 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Thermo Electron 42C-Y, 42i-Y 0.05 1 None None 1000 -0.05 T
42603 Oxides of nitrogen (NOx) 008 574 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Thermo Electron 42C-Y, 42i-Y 0.05 1 None None 1000 -0.05 T
42603 Oxides of nitrogen (NOx) 008 591 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Ecotech EC9843 0.05 1 None None 2000 -0.05 T
42603 Oxides of nitrogen (NOx) 008 591 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Ecotech EC9843 0.05 1 None None 2000 -0.05 T
42603 Oxides of nitrogen (NOx) 008 599 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Teledyne API 200 EU/501w/photolytic converter 0.05 1 None None 2000 -0.2 T
42603 Oxides of nitrogen (NOx) 008 599 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Teledyne API 200 EU/501w/photolytic converter 0.05 1 None None 2000 -0.2 T
42603 Oxides of nitrogen (NOx) 008 600 1 1 HOUR 007 Parts per million Instrumental Chemiluminescence Teledyne API T200UP photolytic 0.05 1 Chemiluminescence Teledyne API T200UP NO-NO2, Ultra-Sensitive Photolytic NO-NO2 EQNA-0512-200 200 -0.2 T
42603 Oxides of nitrogen (NOx) 008 600 1 1 HOUR 008 Parts per billion Instrumental Chemiluminescence Teledyne API T200UP photolytic 0.05 1 Chemiluminescence Teledyne API T200UP NO-NO2, Ultra-Sensitive Photolytic NO-NO2 EQNA-0512-200 200 -0.2 T
43000 Sum of PAMS target compounds 078 001 1 1 HOUR 007 Parts per million INSTRUMENTAL FLAME IONIZATION 200 0 None None None -200 R
43000 Sum of PAMS target compounds 078 001 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL FLAME IONIZATION 200 0 None None None -200 R
43000 Sum of PAMS target compounds 078 001 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL FLAME IONIZATION 200 0 None None None -200 R
43000 Sum of PAMS target compounds 078 011 1 1 HOUR 007 Parts per million INSTRUMENTAL FLAME IONIZATION 1 0 None None None -1 R
43000 Sum of PAMS target compounds 078 011 1 1 HOUR 008 Parts per billion INSTRUMENTAL FLAME IONIZATION 1 0 None None None -1 R
43000 Sum of PAMS target compounds 078 011 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL FLAME IONIZATION 1 0 None None None -1 R
43000 Sum of PAMS target compounds 078 011 1 1 HOUR 087 Parts per ten million INSTRUMENTAL FLAME IONIZATION 1 0 None None None -1 R
43000 Sum of PAMS target compounds 078 011 2 2 HOUR 078 Parts per billion Carbon INSTRUMENTAL FLAME IONIZATION 1 0 None None None -1 R
43000 Sum of PAMS target compounds 078 012 3 4 HOUR 007 Parts per million 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.02 1 None None None -0.02 R
43000 Sum of PAMS target compounds 078 012 3 4 HOUR 078 Parts per billion Carbon 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.02 1 None None None -0.02 R
43000 Sum of PAMS target compounds 078 012 7 24 HOUR 007 Parts per million 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.02 1 None None None -0.02 R
43000 Sum of PAMS target compounds 078 012 7 24 HOUR 078 Parts per billion Carbon 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.02 1 None None None -0.02 R
43000 Sum of PAMS target compounds 078 012 B 3 HOURS 007 Parts per million 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.02 1 None None None -0.02 R
43000 Sum of PAMS target compounds 078 012 B 3 HOURS 078 Parts per billion Carbon 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.02 1 None None None -0.02 R
43000 Sum of PAMS target compounds 078 013 1 1 HOUR 007 Parts per million INSTRUMENTAL PHOTO IONIZATION 20 0 None None None -20 R
43000 Sum of PAMS target compounds 078 013 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL PHOTO IONIZATION 20 0 None None None -20 R
43000 Sum of PAMS target compounds 078 101 7 24 HOUR 007 Parts per million CANISTER SUBAMBIENT PRESSURE MULTI DETECTOR GC 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 101 7 24 HOUR 078 Parts per billion Carbon CANISTER SUBAMBIENT PRESSURE MULTI DETECTOR GC 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 101 B 3 HOURS 007 Parts per million CANISTER SUBAMBIENT PRESSURE MULTI DETECTOR GC 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 101 B 3 HOURS 078 Parts per billion Carbon CANISTER SUBAMBIENT PRESSURE MULTI DETECTOR GC 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 120 1 1 HOUR 007 Parts per million SORBANT TUBE-CARBOSIEVE-C-TRAP GAS CHROMATOGRAPH W/FLAME; GC FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 120 1 1 HOUR 078 Parts per billion Carbon SORBANT TUBE-CARBOSIEVE-C-TRAP GAS CHROMATOGRAPH W/FLAME; GC FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 120 7 24 HOUR 007 Parts per million SORBANT TUBE-CARBOSIEVE-C-TRAP GAS CHROMATOGRAPH W/FLAME; GC FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 120 7 24 HOUR 078 Parts per billion Carbon SORBANT TUBE-CARBOSIEVE-C-TRAP GAS CHROMATOGRAPH W/FLAME; GC FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 120 B 3 HOURS 007 Parts per million SORBANT TUBE-CARBOSIEVE-C-TRAP GAS CHROMATOGRAPH W/FLAME; GC FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 120 B 3 HOURS 078 Parts per billion Carbon SORBANT TUBE-CARBOSIEVE-C-TRAP GAS CHROMATOGRAPH W/FLAME; GC FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 122 7 24 HOUR 078 Parts per billion Carbon 6L AMBIENT CANISTER DUAL FID - PAMS 1 0 None None None -1 R
43000 Sum of PAMS target compounds 078 122 B 3 HOURS 007 Parts per million 6L AMBIENT CANISTER DUAL FID - PAMS 1 0 None None None -1 R
43000 Sum of PAMS target compounds 078 122 B 3 HOURS 078 Parts per billion Carbon 6L AMBIENT CANISTER DUAL FID - PAMS 1 0 None None None -1 R
43000 Sum of PAMS target compounds 078 123 1 1 HOUR 007 Parts per million 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 123 1 1 HOUR 078 Parts per billion Carbon 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 123 3 4 HOUR 078 Parts per billion Carbon 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 123 7 24 HOUR 007 Parts per million 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 123 7 24 HOUR 078 Parts per billion Carbon 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 123 B 3 HOURS 007 Parts per million 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 123 B 3 HOURS 078 Parts per billion Carbon 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 124 B 3 HOURS 007 Parts per million 6L PRESSURIZED CANISTER DUAL FID 1000 0 None None None -1000 R
43000 Sum of PAMS target compounds 078 124 B 3 HOURS 078 Parts per billion Carbon 6L PRESSURIZED CANISTER DUAL FID 1000 0 None None None -1000 R
43000 Sum of PAMS target compounds 078 125 1 1 HOUR 007 Parts per million PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 125 1 1 HOUR 078 Parts per billion Carbon PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 125 7 24 HOUR 007 Parts per million PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 125 7 24 HOUR 078 Parts per billion Carbon PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 125 B 3 HOURS 007 Parts per million PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 125 B 3 HOURS 078 Parts per billion Carbon PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 126 7 24 HOUR 007 Parts per million SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 33 0 None None None -33 R
43000 Sum of PAMS target compounds 078 126 7 24 HOUR 008 Parts per billion SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 33 0 None None None -33 R
43000 Sum of PAMS target compounds 078 126 7 24 HOUR 078 Parts per billion Carbon SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 33 0 None None None -33 R
43000 Sum of PAMS target compounds 078 126 7 24 HOUR 101 Parts per million Carbon SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 33 0 None None None -33 R
43000 Sum of PAMS target compounds 078 126 B 3 HOURS 007 Parts per million SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 33 0 None None None -33 R
43000 Sum of PAMS target compounds 078 126 B 3 HOURS 078 Parts per billion Carbon SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 33 0 None None None -33 R
43000 Sum of PAMS target compounds 078 126 B 3 HOURS 101 Parts per million Carbon SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 33 0 None None None -33 R
43000 Sum of PAMS target compounds 078 127 7 24 HOUR 007 Parts per million 6L SUBAMBIENT SS-CANISTER INCOS 50XL GC/MS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 127 7 24 HOUR 078 Parts per billion Carbon 6L SUBAMBIENT SS-CANISTER INCOS 50XL GC/MS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 127 B 3 HOURS 007 Parts per million 6L SUBAMBIENT SS-CANISTER INCOS 50XL GC/MS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 127 B 3 HOURS 078 Parts per billion Carbon 6L SUBAMBIENT SS-CANISTER INCOS 50XL GC/MS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 128 1 1 HOUR 007 Parts per million PRECONCENTRATION TRAP PE 8700;AUTO GC;SUBAMBIENT-DUAL FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 128 1 1 HOUR 078 Parts per billion Carbon PRECONCENTRATION TRAP PE 8700;AUTO GC;SUBAMBIENT-DUAL FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 128 1 1 HOUR 101 Parts per million Carbon PRECONCENTRATION TRAP PE 8700;AUTO GC;SUBAMBIENT-DUAL FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 129 1 1 HOUR 007 Parts per million 6L SUBAMBIENT SS-CANISTER VARIAN SATURN-2 GC/MS 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 129 1 1 HOUR 078 Parts per billion Carbon 6L SUBAMBIENT SS-CANISTER VARIAN SATURN-2 GC/MS 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 129 7 24 HOUR 007 Parts per million 6L SUBAMBIENT SS-CANISTER VARIAN SATURN-2 GC/MS 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 129 7 24 HOUR 078 Parts per billion Carbon 6L SUBAMBIENT SS-CANISTER VARIAN SATURN-2 GC/MS 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 135 B 3 HOURS 007 Parts per million INSTRUMENTAL ENTECH CRYFOCUS/VARIAN GC/FINN DTMS 1 0 None None None -1 R
43000 Sum of PAMS target compounds 078 135 B 3 HOURS 078 Parts per billion Carbon INSTRUMENTAL ENTECH CRYFOCUS/VARIAN GC/FINN DTMS 1 0 None None None -1 R
43000 Sum of PAMS target compounds 078 136 6 12 HOUR 008 Parts per billion INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 136 6 12 HOUR 078 Parts per billion Carbon INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 136 7 24 HOUR 007 Parts per million INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 136 7 24 HOUR 008 Parts per billion INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 136 7 24 HOUR 078 Parts per billion Carbon INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 136 B 3 HOURS 007 Parts per million INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 136 B 3 HOURS 078 Parts per billion Carbon INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 142 1 1 HOUR 078 Parts per billion Carbon Preconcen trap/Thermal Desorber Auto GC (PE Clarus 500 dual col) 0.1 4 None None None -0.1 R
43000 Sum of PAMS target compounds 078 146 7 24 HOUR 078 Parts per billion Carbon 6L PRESSURIZED CANISTER PE8700;AUTO GC;SUBAMBIENT-DUAL FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 146 B 3 HOURS 078 Parts per billion Carbon 6L PRESSURIZED CANISTER PE8700;AUTO GC;SUBAMBIENT-DUAL FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 149 B 3 HOURS 008 Parts per billion 6L SUBATM CANISTER Entech Precon- GC/FID/MSD 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 149 B 3 HOURS 078 Parts per billion Carbon 6L SUBATM CANISTER Entech Precon- GC/FID/MSD 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 150 7 24 HOUR 007 Parts per million SS 6L- PRESSURIZED CANISTER CRYOGENIC PRECON GC/MS 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 150 7 24 HOUR 078 Parts per billion Carbon SS 6L- PRESSURIZED CANISTER CRYOGENIC PRECON GC/MS 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 152 7 24 HOUR 078 Parts per billion Carbon SS-CANISTER-AMBIENT PRECONCENTRATOR GC/FID 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 160 1 1 HOUR 007 Parts per million INSTRUMENTAL 8202/8202A:NMOC CAL GAS = METHANE 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 160 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL 8202/8202A:NMOC CAL GAS = METHANE 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 161 1 1 HOUR 007 Parts per million INSTRUMENTAL 8202/8202A:NMOC CAL GAS = PROPANE 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 161 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL 8202/8202A:NMOC CAL GAS = PROPANE 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 162 1 1 HOUR 007 Parts per million INSTRUMENTAL 8202/8202A:NMOC CAL GAS = HEXANE 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 162 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL 8202/8202A:NMOC CAL GAS = HEXANE 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 163 1 1 HOUR 007 Parts per million 6L-SS-CANISTER-PRESSURIZED CRYOGEN PRECON FID:SUM OF SPECIES 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 163 1 1 HOUR 078 Parts per billion Carbon 6L-SS-CANISTER-PRESSURIZED CRYOGEN PRECON FID:SUM OF SPECIES 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 163 B 3 HOURS 007 Parts per million 6L-SS-CANISTER-PRESSURIZED CRYOGEN PRECON FID:SUM OF SPECIES 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 163 B 3 HOURS 078 Parts per billion Carbon 6L-SS-CANISTER-PRESSURIZED CRYOGEN PRECON FID:SUM OF SPECIES 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 164 1 1 HOUR 007 Parts per million INSTRUMENTAL TEI 55:NMOC CAL GAS = PROPANE 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 164 1 1 HOUR 008 Parts per billion INSTRUMENTAL TEI 55:NMOC CAL GAS = PROPANE 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 164 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL TEI 55:NMOC CAL GAS = PROPANE 100 0 None None None -100 R
43000 Sum of PAMS target compounds 078 177 B 3 HOURS 078 Parts per billion Carbon SS Canister Pressurized Preconcentrator GC/FID/MSD 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 200 1 1 HOUR 007 Parts per million INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 200 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 200 3 4 HOUR 007 Parts per million INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 200 3 4 HOUR 078 Parts per billion Carbon INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 200 7 24 HOUR 007 Parts per million INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 200 7 24 HOUR 078 Parts per billion Carbon INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 200 7 24 HOUR 101 Parts per million Carbon INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 200 B 3 HOURS 007 Parts per million INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 200 B 3 HOURS 078 Parts per billion Carbon INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 200 B 3 HOURS 101 Parts per million Carbon INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1 R
43000 Sum of PAMS target compounds 078 300 1 1 HOUR 007 Parts per million MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1 R
43000 Sum of PAMS target compounds 078 300 1 1 HOUR 078 Parts per billion Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1 R
43000 Sum of PAMS target compounds 078 300 1 1 HOUR 101 Parts per million Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1 R
43000 Sum of PAMS target compounds 078 300 3 4 HOUR 007 Parts per million MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1 R
43000 Sum of PAMS target compounds 078 300 3 4 HOUR 078 Parts per billion Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1 R
43000 Sum of PAMS target compounds 078 300 7 24 HOUR 007 Parts per million MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1 R
43000 Sum of PAMS target compounds 078 300 7 24 HOUR 078 Parts per billion Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1 R
43000 Sum of PAMS target compounds 078 300 7 24 HOUR 101 Parts per million Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1 R
43000 Sum of PAMS target compounds 078 300 B 3 HOURS 007 Parts per million MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1 R
43000 Sum of PAMS target compounds 078 300 B 3 HOURS 078 Parts per billion Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1 R
43000 Sum of PAMS target compounds 078 300 B 3 HOURS 101 Parts per million Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1 R
43102 Total NMOC (non-methane organic compound) 078 011 1 1 HOUR 001 Micrograms/cubic meter (25 C) INSTRUMENTAL FLAME IONIZATION 1 0 None None 20000 -1 R
43102 Total NMOC (non-methane organic compound) 078 011 1 1 HOUR 002 Micrograms/cubic meter (0 C) INSTRUMENTAL FLAME IONIZATION 1 0 None None 20000 -1 R
43102 Total NMOC (non-methane organic compound) 078 011 1 1 HOUR 005 Milligrams/cubic meter (25 C) INSTRUMENTAL FLAME IONIZATION 1 0 None None 20000 -1 R
43102 Total NMOC (non-methane organic compound) 078 011 1 1 HOUR 007 Parts per million INSTRUMENTAL FLAME IONIZATION 1 0 None None 20000 -1 R
43102 Total NMOC (non-methane organic compound) 078 011 1 1 HOUR 008 Parts per billion INSTRUMENTAL FLAME IONIZATION 1 0 None None 20000 -1 R
43102 Total NMOC (non-methane organic compound) 078 011 1 1 HOUR 040 Parts per 100 million INSTRUMENTAL FLAME IONIZATION 1 0 None None 20000 -1 R
43102 Total NMOC (non-methane organic compound) 078 011 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL FLAME IONIZATION 1 0 None None 20000 -1 R
43102 Total NMOC (non-methane organic compound) 078 011 1 1 HOUR 087 Parts per ten million INSTRUMENTAL FLAME IONIZATION 1 0 None None 20000 -1 R
43102 Total NMOC (non-methane organic compound) 078 011 1 1 HOUR 104 Parts per 100 million Carbon INSTRUMENTAL FLAME IONIZATION 1 0 None None 20000 -1 R
43102 Total NMOC (non-methane organic compound) 078 012 1 1 HOUR 078 Parts per billion Carbon 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.2 1 None None 20000 -0.2 R
43102 Total NMOC (non-methane organic compound) 078 012 3 4 HOUR 078 Parts per billion Carbon 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.2 1 None None 20000 -0.2 R
43102 Total NMOC (non-methane organic compound) 078 012 7 24 HOUR 078 Parts per billion Carbon 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.2 1 None None 20000 -0.2 R
43102 Total NMOC (non-methane organic compound) 078 012 7 24 HOUR 101 Parts per million Carbon 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.2 1 None None 20000 -0.2 R
43102 Total NMOC (non-methane organic compound) 078 012 B 3 HOURS 007 Parts per million 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.2 1 None None 20000 -0.2 R
43102 Total NMOC (non-methane organic compound) 078 012 B 3 HOURS 078 Parts per billion Carbon 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.2 1 None None 20000 -0.2 R
43102 Total NMOC (non-methane organic compound) 078 012 B 3 HOURS 101 Parts per million Carbon 6L SS CANISTER-PRESSURIZED CRYOGENIC PRECON FLAME IONI(PDFID) 0.2 1 None None 20000 -0.2 R
43102 Total NMOC (non-methane organic compound) 078 013 1 1 HOUR 007 Parts per million INSTRUMENTAL PHOTO IONIZATION 20 0 None None 20000 -20 R
43102 Total NMOC (non-methane organic compound) 078 013 1 1 HOUR 008 Parts per billion INSTRUMENTAL PHOTO IONIZATION 20 0 None None 20000 -20 R
43102 Total NMOC (non-methane organic compound) 078 013 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL PHOTO IONIZATION 20 0 None None 20000 -20 R
43102 Total NMOC (non-methane organic compound) 078 091 3 4 HOUR 078 Parts per billion Carbon MANUAL FLAME IONIZATION 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 101 7 24 HOUR 007 Parts per million CANISTER SUBAMBIENT PRESSURE MULTI DETECTOR GC 0.1 2 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 101 7 24 HOUR 078 Parts per billion Carbon CANISTER SUBAMBIENT PRESSURE MULTI DETECTOR GC 0.1 2 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 101 B 3 HOURS 007 Parts per million CANISTER SUBAMBIENT PRESSURE MULTI DETECTOR GC 0.1 2 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 101 B 3 HOURS 078 Parts per billion Carbon CANISTER SUBAMBIENT PRESSURE MULTI DETECTOR GC 0.1 2 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 120 1 1 HOUR 007 Parts per million SORBANT TUBE-CARBOSIEVE-C-TRAP GAS CHROMATOGRAPH W/FLAME; GC FID 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 120 1 1 HOUR 008 Parts per billion SORBANT TUBE-CARBOSIEVE-C-TRAP GAS CHROMATOGRAPH W/FLAME; GC FID 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 120 1 1 HOUR 078 Parts per billion Carbon SORBANT TUBE-CARBOSIEVE-C-TRAP GAS CHROMATOGRAPH W/FLAME; GC FID 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 120 7 24 HOUR 101 Parts per million Carbon SORBANT TUBE-CARBOSIEVE-C-TRAP GAS CHROMATOGRAPH W/FLAME; GC FID 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 120 B 3 HOURS 007 Parts per million SORBANT TUBE-CARBOSIEVE-C-TRAP GAS CHROMATOGRAPH W/FLAME; GC FID 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 120 B 3 HOURS 078 Parts per billion Carbon SORBANT TUBE-CARBOSIEVE-C-TRAP GAS CHROMATOGRAPH W/FLAME; GC FID 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 122 7 24 HOUR 078 Parts per billion Carbon 6L AMBIENT CANISTER DUAL FID - PAMS 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 122 B 3 HOURS 007 Parts per million 6L AMBIENT CANISTER DUAL FID - PAMS 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 122 B 3 HOURS 078 Parts per billion Carbon 6L AMBIENT CANISTER DUAL FID - PAMS 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 123 1 1 HOUR 007 Parts per million 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.01 1 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 123 1 1 HOUR 078 Parts per billion Carbon 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.01 1 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 123 3 4 HOUR 078 Parts per billion Carbon 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.01 1 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 123 7 24 HOUR 007 Parts per million 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.01 1 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 123 7 24 HOUR 078 Parts per billion Carbon 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.01 1 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 123 B 3 HOURS 007 Parts per million 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.01 1 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 123 B 3 HOURS 078 Parts per billion Carbon 6L PRESSURIZED CANISTER DUAL FID - PAMS 0.01 1 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 124 B 3 HOURS 078 Parts per billion Carbon 6L PRESSURIZED CANISTER DUAL FID 1 1 None None 20000 -1 R
43102 Total NMOC (non-methane organic compound) 078 125 1 1 HOUR 007 Parts per million PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.136 2 None None 20000 -0.136 R
43102 Total NMOC (non-methane organic compound) 078 125 1 1 HOUR 078 Parts per billion Carbon PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.136 2 None None 20000 -0.136 R
43102 Total NMOC (non-methane organic compound) 078 125 1 1 HOUR 101 Parts per million Carbon PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.136 2 None None 20000 -0.136 R
43102 Total NMOC (non-methane organic compound) 078 125 7 24 HOUR 007 Parts per million PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.136 2 None None 20000 -0.136 R
43102 Total NMOC (non-methane organic compound) 078 125 7 24 HOUR 078 Parts per billion Carbon PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.136 2 None None 20000 -0.136 R
43102 Total NMOC (non-methane organic compound) 078 125 B 3 HOURS 007 Parts per million PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.136 2 None None 20000 -0.136 R
43102 Total NMOC (non-methane organic compound) 078 125 B 3 HOURS 078 Parts per billion Carbon PRECONCENTRATION TRAP CHROMPACK AUTOMATED GC- SUBAMB FID 0.136 2 None None 20000 -0.136 R
43102 Total NMOC (non-methane organic compound) 078 126 3 4 HOUR 078 Parts per billion Carbon SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 0.01 2 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 126 4 6 HOUR 078 Parts per billion Carbon SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 0.01 2 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 126 7 24 HOUR 007 Parts per million SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 0.01 2 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 126 7 24 HOUR 008 Parts per billion SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 0.01 2 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 126 7 24 HOUR 078 Parts per billion Carbon SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 0.01 2 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 126 7 24 HOUR 101 Parts per million Carbon SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 0.01 2 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 126 B 3 HOURS 007 Parts per million SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 0.01 2 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 126 B 3 HOURS 078 Parts per billion Carbon SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 0.01 2 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 126 B 3 HOURS 101 Parts per million Carbon SS CANISTER PRESSURIZED CRYOGENIC PRECONCENTRATION GC/FID 0.01 2 None None 20000 -0.01 R
43102 Total NMOC (non-methane organic compound) 078 127 7 24 HOUR 007 Parts per million 6L SUBAMBIENT SS-CANISTER INCOS 50XL GC/MS 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 127 7 24 HOUR 078 Parts per billion Carbon 6L SUBAMBIENT SS-CANISTER INCOS 50XL GC/MS 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 127 B 3 HOURS 007 Parts per million 6L SUBAMBIENT SS-CANISTER INCOS 50XL GC/MS 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 127 B 3 HOURS 078 Parts per billion Carbon 6L SUBAMBIENT SS-CANISTER INCOS 50XL GC/MS 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 128 1 1 HOUR 007 Parts per million PRECONCENTRATION TRAP PE 8700;AUTO GC;SUBAMBIENT-DUAL FID 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 128 1 1 HOUR 078 Parts per billion Carbon PRECONCENTRATION TRAP PE 8700;AUTO GC;SUBAMBIENT-DUAL FID 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 128 1 1 HOUR 101 Parts per million Carbon PRECONCENTRATION TRAP PE 8700;AUTO GC;SUBAMBIENT-DUAL FID 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 128 7 24 HOUR 007 Parts per million PRECONCENTRATION TRAP PE 8700;AUTO GC;SUBAMBIENT-DUAL FID 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 128 7 24 HOUR 078 Parts per billion Carbon PRECONCENTRATION TRAP PE 8700;AUTO GC;SUBAMBIENT-DUAL FID 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 128 7 24 HOUR 101 Parts per million Carbon PRECONCENTRATION TRAP PE 8700;AUTO GC;SUBAMBIENT-DUAL FID 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 129 1 1 HOUR 008 Parts per billion 6L SUBAMBIENT SS-CANISTER VARIAN SATURN-2 GC/MS 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 129 1 1 HOUR 078 Parts per billion Carbon 6L SUBAMBIENT SS-CANISTER VARIAN SATURN-2 GC/MS 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 135 B 3 HOURS 007 Parts per million INSTRUMENTAL ENTECH CRYFOCUS/VARIAN GC/FINN DTMS 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 135 B 3 HOURS 078 Parts per billion Carbon INSTRUMENTAL ENTECH CRYFOCUS/VARIAN GC/FINN DTMS 0.1 1 None None 20000 -0.1 R
43102 Total NMOC (non-methane organic compound) 078 136 6 12 HOUR 008 Parts per billion INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.4 2 None None 20000 -0.4 R
43102 Total NMOC (non-methane organic compound) 078 136 6 12 HOUR 078 Parts per billion Carbon INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.4 2 None None 20000 -0.4 R
43102 Total NMOC (non-methane organic compound) 078 136 7 24 HOUR 007 Parts per million INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.4 2 None None 20000 -0.4 R
43102 Total NMOC (non-methane organic compound) 078 136 7 24 HOUR 008 Parts per billion INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.4 2 None None 20000 -0.4 R
43102 Total NMOC (non-methane organic compound) 078 136 7 24 HOUR 078 Parts per billion Carbon INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.4 2 None None 20000 -0.4 R
43102 Total NMOC (non-methane organic compound) 078 136 B 3 HOURS 007 Parts per million INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.4 2 None None 20000 -0.4 R
43102 Total NMOC (non-methane organic compound) 078 136 B 3 HOURS 078 Parts per billion Carbon INSTRUMENTAL ENTECH 2000 W/ MS/FID 0.4 2 None None 20000 -0.4 R
43102 Total NMOC (non-methane organic compound) 078 142 1 1 HOUR 078 Parts per billion Carbon Preconcen trap/Thermal Desorber Auto GC (PE Clarus 500 dual col) 0.1 4 None None None -0.1 R