Data Quality Reports for Session: 140990 User: liusy Completed: 03/05/2012


TABLE OF CONTENTS

DQR IDSubjectData Streams Affected
D000203.3SGP/AOS/C1 - CN counter removedsgpaosC1.a0
D020709.3SGP/AOS/C1 - AOS Computer FailuresgpaosC1.a0, sgpaosauxC1.a0
D021007.1SGP/AOS/C1 - Ozone instrument out of servicesgpaosC1.a0, sgpaosauxC1.a0
D030210.1SGP/AOS/C1 - Data missingsgpaosC1.00, sgpaosC1.a0, sgpaosauxC1.a0
D040130.1SGP/AOS/C1 - Ozone Instrument removed for repairsgpaosC1.a0, sgpaosauxC1.a0
D041026.3SGP/AOS/C1 - PCASP instrument problemsgpaosC1.a0, sgpaosauxC1.a0
D041026.4SGP/AOS/C1 - Ozone instrument removed for repairsgpaosauxC1.a0, sgpaosC1.a0
D041026.5SGP/AOS/C1 - Condensation Particle Counter failuresgpaosC1.a0, sgpaosauxC1.a0
D041026.6SGP/AOS/C1 - Wet nephelometer problemssgpaosC1.a0, sgpaosauxC1.a0
D050120.2SGP/AOS/C1 - Failed RH sensorsgpaosC1.a0
D050401.1SGP/AOS/C1 - wet nephelometer out of servicesgpaosC1.a0
D051024.4SGP/AOS/C1 - Nephelometer calibration driftsgpaosC1.a0, sgpaosauxC1.a0
D060906.2SGP/AOS/C1 - Missing Condensation Nuclei Counter datasgpaosC1.a0
D980505.1SGP/AOS/C1 - Annual MaintenancesgpaosC1.a0
D980528.1SGP/AOS/C1 - Optical Particle Counter (PCASP-X) downsgpaosC1.a0, sgpaosauxC1.a0


DQRID : D000203.3
Start DateStart TimeEnd DateEnd Time
11/16/1999044801/15/20000000
07/08/2002113108/05/20021424
Subject:
SGP/AOS/C1 - CN counter removed
DataStreams:sgpaosC1.a0
Description:
The AOS condensation particle counter performance degraded to unacceptable
levels and was removed for repair.  

For the first time period: upon inspection of the internal condition of the instrument, it 
was found that oil was present in the intake line.  It is unknown how this oil could 
have arrived in this position.  The instrument was thoroughly cleaned and back-flushed, and 
returned to service during the maintenance visit.

For the second time period: The degradation of began July 8th.  Data collected during this 
time period are either incorrect or missing and should not be used.
Measurements:sgpaosC1.a0:
  • Particle concentration from Condensation Particle Counter(CPCPartConc)


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DQRID : D020709.3
Start DateStart TimeEnd DateEnd Time
05/23/2002201105/26/20022033
05/27/2002023205/28/20021439
05/29/2002025805/29/20021516
05/29/2002215905/30/20021113
05/31/2002231006/04/20021447
Subject:
SGP/AOS/C1 - AOS Computer Failure
DataStreams:sgpaosC1.a0, sgpaosauxC1.a0
Description:
The AOS computer started to experience periodic failures caused by an aging and failing 
system disk.  Replacement of the AOS computer's system disk occurred between 2-4 June 2002.
Measurements:sgpaosC1.a0:
  • HGupstream_RH
  • Backscattering coefficient at 10 um, from 450 nm TSI Low RH Nephelometer(BluBScatCoef_10um_LRH)
  • Particle concentration (2.00 um < Dp < 2.30 um) from PMS PCASP optical particle
    counter, channel 23(pa200_p230conc)
  • HGdownstream_T
  • Total scattering coefficient at 1 um from 550 nm TSI High RH Nephelometer(GrnTScatCoef_1um_HRH)
  • Total scattering coefficient at 1 um from 450 nm TSI High RH Nephelometer(BluTScatCoef_1um_HRH)
  • Particle concentration (0.70 um < Dp < 0.80 um) from PMS PCASP optical particle
    counter, channel 15(pa70_p80conc)
  • Total scattering coefficient at 10 um from 550 nm TSI High RH Nephelometer(GrnTScatCoef_10um_HRH)
  • Total scattering coefficient at 1 um from 550 nm TSI Low RH Nephelometer(GrnTScatCoef_1um_LRH)
  • Total scattering coefficient at 10 um from 450 nm TSI High RH Nephelometer(BluTScatCoef_10um_HRH)
  • Particle concentration (0.45 um < Dp < 0.50 um) from PMS PCASP optical particle
    counter, channel 12(pa45_p50conc)
  • Backscattering coefficient at 530 nm from single wave nephelometer(Bscat530nm)
  • Particle concentration from Condensation Particle Counter(CPCPartConc)
  • Total scattering coefficient at 10 um from 450 nm TSI Low RH Nephelometer(BluTScatCoef_10um_LRH)
  • time
  • Absorption coefficient at 1 um(Bap_I_1um)
  • Particle concentration (4.00 um < Dp < 5.00 um) from PMS PCASP optical particle
    counter, channel 28(pa400_p500conc)
  • Particle concentration (0.60 um < Dp < 0.70 um) from PMS PCASP optical particle
    counter, channel 14(pa60_p70conc)
  • Total scattering coefficient at 1 um from 450 nm TSI Low RH Nephelometer(BluTScatCoef_1um_LRH)
  • TSINephPres_LRH
  • Particle concentration (6.50 um < Dp < 8.00 um) from PMS PCASP optical particle
    counter, channel 30(pa650_p800conc)
  • Particle concentration (0.30 um < Dp < 0.35 um) from PMS PCASP optical particle
    counter, channel 9(pa30_p35conc)
  • base_time
  • HGdownstream_RH
  • SampRH
  • time_offset
  • Total scattering coefficient at 10 um from 550 nm TSI Low RH Nephelometer(GrnTScatCoef_10um_LRH)
  • Total scattering coefficient at 1 um from 700 nm TSI High RH Nephelometer(RedTScatCoef_1um_HRH)
  • Particle concentration (0.10 um < Dp < 0.12 um) from PMS PCASP optical particle
    counter, channel 1(pa10_p12conc)
  • AmbTemp
  • HGupstream_T
  • Particle concentration (0.40 um < Dp < 0.45 um) from PMS PCASP optical particle
    counter, channel 11(pa40_p45conc)
  • Particle concentration (0.12 um < Dp < 0.14 um) from PMS PCASP optical particle
    counter, channel 2(pa12_p14conc)
  • alt
  • Backscattering coefficient at 10 um from 700 nm TSI High RH Nephelometer(RedBScatCoef_10um_HRH)
  • Particle concentration (8.00 um < Dp < 10.00 um) from PMS PCASP optical particle
    counter, channel 31(pa800_p1000conc)
  • Backscattering coefficient at 10 um, from 450 nm TSI High RH Nephelometer(BluBScatCoef_10um_HRH)
  • Backscattering coefficient at 10 um from 700 nm TSI Low RH Nephelometer(RedBScatCoef_10um_LRH)
  • TSINephTin_HRH
  • Particle concentration (0.35 um < Dp < 0.40 um) from PMS PCASP optical particle
    counter, channel 10(pa35_p40conc)
  • Particle concentration (0.50 um < Dp < 0.60 um) from PMS PCASP optical particle
    counter, channel 13(pa50_p60conc)
  • Total scattering coefficient at 1 um from 700 nm TSI Low RH Nephelometer(RedTScatCoef_1um_LRH)
  • TSINephTSamp_HRH
  • lat
  • Pres530nm
  • Backscattering coefficient at 1 um from 550 nm TSI Low RH Nephelometer(GrnBScatCoef_1um_LRH)
  • RH530nm
  • TSINephRHSamp_LRH
  • Particle concentration (2.30 um < Dp < 2.60 um) from PMS PCASP optical particle
    counter, channel 24(pa230_p260conc)
  • Absorption coefficient at 10 um(Bap_I_10um)
  • Particle concentration (3.00 um < Dp < 3.50 um) from PMS PCASP optical particle
    counter, channel 26(pa300_p350conc)
  • Backscattering coefficient at 1 um from 550 nm TSI High RH Nephelometer(GrnBScatCoef_1um_HRH)
  • Particle concentration (1.00 um < Dp < 1.30 um) from PMS PCASP optical particle
    counter, channel 18(pa100_p130conc)
  • lon
  • Particle concentration (0.20 um < Dp < 0.23 um) from PMS PCASP optical particle
    counter, channel 6(pa20_p23conc)
  • TSINephRHSamp_HRH
  • Total scattering coefficient at 10 um from 700 nm TSI Low RH Nephelometer(RedTScatCoef_10um_LRH)
  • Particle concentration (1.40 um < Dp < 1.60 um) from PMS PCASP optical particle
    counter, channel 20(pa140_p160conc)
  • Particle concentration (0.14 um < Dp < 0.16 um) from PMS PCASP optical particle
    counter, channel 3(pa14_p16conc)
  • TSINephTin_LRH
  • Particle concentration (1.60 um < Dp < 1.80 um) from PMS PCASP optical particle
    counter, channel 21(pa160_p180conc)
  • Particle concentration (3.50 um < Dp < 4.00 um) from PMS PCASP optical particle
    counter, channel 27(pa350_p400conc)
  • Particle concentration (0.23 um < Dp < 0.26 um) from PMS PCASP optical particle
    counter, channel 7(pa23_p26conc)
  • TSINephTSamp_LRH
  • Total scattering coefficient at 10 um from 700 nm TSI High RH Nephelometer(RedTScatCoef_10um_HRH)
  • Particle concentration (0.26 um < Dp < 0.30 um) from PMS PCASP optical particle
    counter, channel 8(pa26_p30conc)
  • Particle concentration (1.80 um < Dp < 2.00 um) from PMS PCASP optical particle
    counter, channel 22(pa180_p200conc)
  • Backscattering coefficient at 10 um from 550 nm TSI High RH Nephelometer(GrnBScatCoef_10um_HRH)
  • Backscattering coefficient at 1 um, from 450 nm TSI Low RH Nephelometer(BluBScatCoef_1um_LRH)
  • Particle concentration (0.16 um < Dp < 0.18 um) from PMS PCASP optical particle
    counter, channel 4(pa16_p18conc)
  • TSINephPres_HRH
  • SampTemp
  • Backscattering coefficient at 1 um from 700 nm TSI High RH Nephelometer(RedBScatCoef_1um_HRH)
  • Neph530Temp
  • Ozone concentration(Ozone)
  • Particle concentration (Dp > 10 um) from PMS PCASP optical particle counter,
    channel 0(Pa1000Conc)
  • Backscattering coefficient at 1 um from 700 nm TSI Low RH Nephelometer(RedBScatCoef_1um_LRH)
  • Particle concentration (5.00 um < Dp < 6.50 um) from PMS PCASP optical particle
    counter, channel 29(pa500_p650conc)
  • Particle concentration (2.60 um < Dp < 3.00 um) from PMS PCASP optical particle
    counter, channel 25(pa260_p300conc)
  • Particle concentration (0.90 um < Dp < 1.00 um) from PMS PCASP optical particle
    counter, channel 17(pa90_p100conc)
  • Backscattering coefficient at 10 um from 550 nm TSI Low RH Nephelometer(GrnBScatCoef_10um_LRH)
  • Particle concentration (1.30 um < Dp < 1.40 um) from PMS PCASP optical particle
    counter, channel 19(pa130_p140conc)
  • Particle concentration (0.18 um < Dp < 0.20 um) from PMS PCASP optical particle
    counter, channel 5(pa18_p20conc)
  • Backscattering coefficient at 1 um, from 450 nm TSI High RH Nephelometer(BluBScatCoef_1um_HRH)
  • Particle concentration (0.80 um < Dp < 0.90 um) from PMS PCASP optical particle
    counter, channel 16(pa80_p90conc)

sgpaosauxC1.a0:
  • RedTScatZero_HRH
  • O3_Span
  • BapFlow
  • Line4Vac
  • BluRScatZero_HRH
  • BluTScatZero_HRH
  • Line11Temp
  • O3_LinTemp
  • Line11Heater
  • RedRScatZero_HRH
  • Line6Vac
  • GrnRScatZero_LRH
  • RedTScatSpn_LRH
  • RedTScatZero_LRH
  • GrnTScatSpn_HRH
  • RedBScatZero_HRH
  • TSINephLV_LRH
  • BluRScatZero_LRH
  • Line8DeltaP
  • O3_LinHeater
  • BluBScatSpn_HRH
  • OPCSheath
  • GrnTScatZero_HRH
  • RedBScatZero_LRH
  • alt
  • BluTScatSpn_HRH
  • CabinetTemp
  • MainAirFlow
  • time_offset
  • RoomTemp
  • OPCLaserVolt
  • BluTScatZero_LRH
  • Line8Flow
  • GrnRScatZero_HRH
  • Line3Vac
  • TSINephLV_HRH
  • base_time
  • GrnTScatZero_LRH
  • BapFiltr
  • WatAmbT
  • RedRScatZero_LRH
  • O3_SetPt
  • BapSignal
  • RedTScatSpn_HRH
  • GrnBScatZero_HRH
  • RedBScatSpn_HRH
  • O3_Samp
  • GrnBScatZero_LRH
  • O3_Cont
  • OPCFlow
  • BluBScatZero_LRH
  • Cab_4_5_Temp
  • GrnBScatSpn_HRH
  • BapRef
  • CPCSaturT
  • O3_Zro
  • Line11RH
  • Calib530nm
  • Line8Temp
  • RedBScatSpn_LRH
  • CPCCondT
  • Line5Vac
  • GrnBScatSpn_LRH
  • O3_Temp
  • TSINephLC_HRH
  • Zero530nm
  • lon
  • O3_Press
  • TSINephLC_LRH
  • time
  • O3_Offset
  • lat
  • O3_Mode
  • BluBScatZero_HRH
  • O3_Spn
  • GrnTScatSpn_LRH
  • ZeroAirFlow
  • TSISensGrn_LRH
  • Line6DeltaP
  • TSISensGrn_HRH
  • BluBScatSpn_LRH
  • CPCDeltT
  • BluTScatSpn_LRH


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DQRID : D021007.1
Start DateStart TimeEnd DateEnd Time
01/30/2002000010/01/20021934
Subject:
SGP/AOS/C1 - Ozone instrument out of service
DataStreams:sgpaosC1.a0, sgpaosauxC1.a0
Description:
The ice storm of 30-31 January, 2002 shut down the AOS for ~2 weeks.  A controlled 
power-up of the system found a problem with the ozone monitor.  Smoke was observed to come from 
the ozone instrument, at which time it was shut down.

The ozone monitor was removed from the AOS for remote troubleshooting. The cause of the 
smoke was identified as being from underneath a printed circuit board.  At that point, Site 
Ops staff were requested to send the unit to Boulder for additional troubleshooting.  
NOAA staff received the unit on 20 February 2002.

After a brief inspection, the cause of the smoking was discovered.  A one-half inch hole 
was burned completely through the motherboard.  The determination was made that this could 
not be repaired at the NOAA facility, and a purchase order was initiated to return the 
unit to Dasibi, Inc. (the manufacturer), for repair/replacement of the motherboard.

On 4 March, 2002, NOAA personnel received the OK from ARM to return the instrument to 
Dasibi, Inc. for service.  Dasibi, Inc., received the unit on or around 8 March, 2002.  The 
manufacturer was to test the unit, repair or replace the damaged motherboard, and 
calibrate the unit according to the NIST standard protocol.

On 8 May, 2002, NOAA personnel emailed SGP Site Ops personnel and asked them to check on 
the status of the repair, which was taking longer then expected.   Upon trying to contact 
the manufacturer, it was discovered that they went out of business.  The return of 
instruments from the manufacturer to customers was being handled by a contract company.  The 
ozone monitor arrived back in Boulder, in an unrepaired state, on or about 1 July 2002.

Since there were few other options, NOAA personnel undertook the difficult task of 
repairing the motherboard.  This required the re-routing of several electrical conduits from the 
burned area in the multilayer board to other acceptable places on the board.  This took 
a considerable amount of electronics technician time and effort.  After the motherboard 
was repaired, extensive testing was required to verify that the repair was done 
successfully and that other problems were not caused in the unit by the board burning..

The repair was deemed successful on 24 September, 2002.  The unit was shipped back to the 
SGP site immediately thereafter.  It was installed during a NOAA AOS maintenance visit on 
1 October, 2002.
Measurements:sgpaosC1.a0:
  • Ozone concentration(Ozone)

sgpaosauxC1.a0:
  • O3_SetPt
  • O3_Span
  • O3_Cont
  • O3_Press
  • O3_LinHeater
  • O3_Offset
  • O3_LinTemp
  • O3_Mode
  • O3_Temp
  • O3_Spn
  • O3_Samp
  • O3_Zro


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DQRID : D030210.1
Start DateStart TimeEnd DateEnd Time
12/27/2002180512/31/20021543
Subject:
SGP/AOS/C1  - Data missing
DataStreams:sgpaosC1.00, sgpaosC1.a0, sgpaosauxC1.a0
Description:
The UPS supplying power to the AOS computer failed on Friday, 12/27/2002.  The UPS was 
repaired on Monday 12/30/2002, but the AOS computer was locked up and would not reboot.  
Telephone communication was established with Richard Eagan, ANL, who was able to do a remote 
reboot of the computer using his account.
Measurements:sgpaosC1.a0:
  • HGupstream_RH
  • Backscattering coefficient at 10 um, from 450 nm TSI Low RH Nephelometer(BluBScatCoef_10um_LRH)
  • Particle concentration (2.00 um < Dp < 2.30 um) from PMS PCASP optical particle
    counter, channel 23(pa200_p230conc)
  • HGdownstream_T
  • Total scattering coefficient at 1 um from 550 nm TSI High RH Nephelometer(GrnTScatCoef_1um_HRH)
  • Total scattering coefficient at 1 um from 450 nm TSI High RH Nephelometer(BluTScatCoef_1um_HRH)
  • Particle concentration (0.70 um < Dp < 0.80 um) from PMS PCASP optical particle
    counter, channel 15(pa70_p80conc)
  • Total scattering coefficient at 10 um from 550 nm TSI High RH Nephelometer(GrnTScatCoef_10um_HRH)
  • Total scattering coefficient at 1 um from 550 nm TSI Low RH Nephelometer(GrnTScatCoef_1um_LRH)
  • Total scattering coefficient at 10 um from 450 nm TSI High RH Nephelometer(BluTScatCoef_10um_HRH)
  • Particle concentration (0.45 um < Dp < 0.50 um) from PMS PCASP optical particle
    counter, channel 12(pa45_p50conc)
  • Backscattering coefficient at 530 nm from single wave nephelometer(Bscat530nm)
  • Particle concentration from Condensation Particle Counter(CPCPartConc)
  • Total scattering coefficient at 10 um from 450 nm TSI Low RH Nephelometer(BluTScatCoef_10um_LRH)
  • time
  • Absorption coefficient at 1 um(Bap_I_1um)
  • Particle concentration (4.00 um < Dp < 5.00 um) from PMS PCASP optical particle
    counter, channel 28(pa400_p500conc)
  • Particle concentration (0.60 um < Dp < 0.70 um) from PMS PCASP optical particle
    counter, channel 14(pa60_p70conc)
  • Total scattering coefficient at 1 um from 450 nm TSI Low RH Nephelometer(BluTScatCoef_1um_LRH)
  • TSINephPres_LRH
  • Particle concentration (6.50 um < Dp < 8.00 um) from PMS PCASP optical particle
    counter, channel 30(pa650_p800conc)
  • Particle concentration (0.30 um < Dp < 0.35 um) from PMS PCASP optical particle
    counter, channel 9(pa30_p35conc)
  • base_time
  • HGdownstream_RH
  • SampRH
  • time_offset
  • Total scattering coefficient at 10 um from 550 nm TSI Low RH Nephelometer(GrnTScatCoef_10um_LRH)
  • Total scattering coefficient at 1 um from 700 nm TSI High RH Nephelometer(RedTScatCoef_1um_HRH)
  • Particle concentration (0.10 um < Dp < 0.12 um) from PMS PCASP optical particle
    counter, channel 1(pa10_p12conc)
  • AmbTemp
  • HGupstream_T
  • Particle concentration (0.40 um < Dp < 0.45 um) from PMS PCASP optical particle
    counter, channel 11(pa40_p45conc)
  • Particle concentration (0.12 um < Dp < 0.14 um) from PMS PCASP optical particle
    counter, channel 2(pa12_p14conc)
  • alt
  • Backscattering coefficient at 10 um from 700 nm TSI High RH Nephelometer(RedBScatCoef_10um_HRH)
  • Particle concentration (8.00 um < Dp < 10.00 um) from PMS PCASP optical particle
    counter, channel 31(pa800_p1000conc)
  • Backscattering coefficient at 10 um, from 450 nm TSI High RH Nephelometer(BluBScatCoef_10um_HRH)
  • Backscattering coefficient at 10 um from 700 nm TSI Low RH Nephelometer(RedBScatCoef_10um_LRH)
  • TSINephTin_HRH
  • Particle concentration (0.35 um < Dp < 0.40 um) from PMS PCASP optical particle
    counter, channel 10(pa35_p40conc)
  • Particle concentration (0.50 um < Dp < 0.60 um) from PMS PCASP optical particle
    counter, channel 13(pa50_p60conc)
  • Total scattering coefficient at 1 um from 700 nm TSI Low RH Nephelometer(RedTScatCoef_1um_LRH)
  • TSINephTSamp_HRH
  • lat
  • Pres530nm
  • RH530nm
  • Backscattering coefficient at 1 um from 550 nm TSI Low RH Nephelometer(GrnBScatCoef_1um_LRH)
  • TSINephRHSamp_LRH
  • Particle concentration (2.30 um < Dp < 2.60 um) from PMS PCASP optical particle
    counter, channel 24(pa230_p260conc)
  • Absorption coefficient at 10 um(Bap_I_10um)
  • Particle concentration (3.00 um < Dp < 3.50 um) from PMS PCASP optical particle
    counter, channel 26(pa300_p350conc)
  • Backscattering coefficient at 1 um from 550 nm TSI High RH Nephelometer(GrnBScatCoef_1um_HRH)
  • lon
  • Particle concentration (1.00 um < Dp < 1.30 um) from PMS PCASP optical particle
    counter, channel 18(pa100_p130conc)
  • Particle concentration (0.20 um < Dp < 0.23 um) from PMS PCASP optical particle
    counter, channel 6(pa20_p23conc)
  • TSINephRHSamp_HRH
  • Total scattering coefficient at 10 um from 700 nm TSI Low RH Nephelometer(RedTScatCoef_10um_LRH)
  • Particle concentration (1.40 um < Dp < 1.60 um) from PMS PCASP optical particle
    counter, channel 20(pa140_p160conc)
  • Particle concentration (0.14 um < Dp < 0.16 um) from PMS PCASP optical particle
    counter, channel 3(pa14_p16conc)
  • TSINephTin_LRH
  • Particle concentration (1.60 um < Dp < 1.80 um) from PMS PCASP optical particle
    counter, channel 21(pa160_p180conc)
  • Particle concentration (3.50 um < Dp < 4.00 um) from PMS PCASP optical particle
    counter, channel 27(pa350_p400conc)
  • Particle concentration (0.23 um < Dp < 0.26 um) from PMS PCASP optical particle
    counter, channel 7(pa23_p26conc)
  • TSINephTSamp_LRH
  • Total scattering coefficient at 10 um from 700 nm TSI High RH Nephelometer(RedTScatCoef_10um_HRH)
  • Particle concentration (0.26 um < Dp < 0.30 um) from PMS PCASP optical particle
    counter, channel 8(pa26_p30conc)
  • Particle concentration (1.80 um < Dp < 2.00 um) from PMS PCASP optical particle
    counter, channel 22(pa180_p200conc)
  • Backscattering coefficient at 10 um from 550 nm TSI High RH Nephelometer(GrnBScatCoef_10um_HRH)
  • Backscattering coefficient at 1 um, from 450 nm TSI Low RH Nephelometer(BluBScatCoef_1um_LRH)
  • Particle concentration (0.16 um < Dp < 0.18 um) from PMS PCASP optical particle
    counter, channel 4(pa16_p18conc)
  • TSINephPres_HRH
  • SampTemp
  • Backscattering coefficient at 1 um from 700 nm TSI High RH Nephelometer(RedBScatCoef_1um_HRH)
  • Ozone concentration(Ozone)
  • Neph530Temp
  • Particle concentration (Dp > 10 um) from PMS PCASP optical particle counter,
    channel 0(Pa1000Conc)
  • Backscattering coefficient at 1 um from 700 nm TSI Low RH Nephelometer(RedBScatCoef_1um_LRH)
  • Particle concentration (5.00 um < Dp < 6.50 um) from PMS PCASP optical particle
    counter, channel 29(pa500_p650conc)
  • Particle concentration (2.60 um < Dp < 3.00 um) from PMS PCASP optical particle
    counter, channel 25(pa260_p300conc)
  • Particle concentration (0.90 um < Dp < 1.00 um) from PMS PCASP optical particle
    counter, channel 17(pa90_p100conc)
  • Backscattering coefficient at 10 um from 550 nm TSI Low RH Nephelometer(GrnBScatCoef_10um_LRH)
  • Particle concentration (1.30 um < Dp < 1.40 um) from PMS PCASP optical particle
    counter, channel 19(pa130_p140conc)
  • Particle concentration (0.18 um < Dp < 0.20 um) from PMS PCASP optical particle
    counter, channel 5(pa18_p20conc)
  • Backscattering coefficient at 1 um, from 450 nm TSI High RH Nephelometer(BluBScatCoef_1um_HRH)
  • Particle concentration (0.80 um < Dp < 0.90 um) from PMS PCASP optical particle
    counter, channel 16(pa80_p90conc)

sgpaosauxC1.a0:
  • RedTScatZero_HRH
  • O3_Span
  • BapFlow
  • Line4Vac
  • BluTScatZero_HRH
  • BluRScatZero_HRH
  • Line11Temp
  • O3_LinTemp
  • Line11Heater
  • RedRScatZero_HRH
  • Line6Vac
  • GrnRScatZero_LRH
  • RedTScatSpn_LRH
  • RedTScatZero_LRH
  • GrnTScatSpn_HRH
  • RedBScatZero_HRH
  • TSINephLV_LRH
  • BluRScatZero_LRH
  • Line8DeltaP
  • O3_LinHeater
  • BluBScatSpn_HRH
  • OPCSheath
  • GrnTScatZero_HRH
  • RedBScatZero_LRH
  • alt
  • CabinetTemp
  • BluTScatSpn_HRH
  • MainAirFlow
  • time_offset
  • RoomTemp
  • OPCLaserVolt
  • BluTScatZero_LRH
  • Line8Flow
  • GrnRScatZero_HRH
  • Line3Vac
  • TSINephLV_HRH
  • base_time
  • GrnTScatZero_LRH
  • BapFiltr
  • WatAmbT
  • RedRScatZero_LRH
  • O3_SetPt
  • BapSignal
  • RedTScatSpn_HRH
  • GrnBScatZero_HRH
  • RedBScatSpn_HRH
  • O3_Samp
  • GrnBScatZero_LRH
  • O3_Cont
  • OPCFlow
  • Cab_4_5_Temp
  • BluBScatZero_LRH
  • GrnBScatSpn_HRH
  • BapRef
  • CPCSaturT
  • O3_Zro
  • Line11RH
  • Calib530nm
  • Line8Temp
  • RedBScatSpn_LRH
  • CPCCondT
  • Line5Vac
  • GrnBScatSpn_LRH
  • O3_Temp
  • TSINephLC_HRH
  • Zero530nm
  • lon
  • O3_Press
  • TSINephLC_LRH
  • time
  • O3_Offset
  • lat
  • O3_Mode
  • BluBScatZero_HRH
  • O3_Spn
  • GrnTScatSpn_LRH
  • ZeroAirFlow
  • TSISensGrn_LRH
  • Line6DeltaP
  • TSISensGrn_HRH
  • BluBScatSpn_LRH
  • CPCDeltT
  • BluTScatSpn_LRH

sgpaosC1.00:
  • Raw data stream - documentation not supported


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DQRID : D040130.1
Start DateStart TimeEnd DateEnd Time
11/21/2003163601/27/20042208
Subject:
SGP/AOS/C1 - Ozone Instrument removed for repair
DataStreams:sgpaosC1.a0, sgpaosauxC1.a0
Description:
The ozone instrument was removed for calibration on 2003 11/21.  It was shipped to Boulder 
and was cleaned and calibrated.  It was sent back to SGP on 2003 12/02, but was damaged 
in transit by FedEx.  The instrument was reinstalled on 2003 12/03 but was found to be 
defective.  Large spikes were observed in the data.  Afetr a few days the instrument was 
removed and shipped to a vendor for repair.  The ozone monitor was returned to service 
after repair at 2004 01/27 (2208 GMT).
Measurements:sgpaosC1.a0:
  • Ozone concentration(Ozone)

sgpaosauxC1.a0:
  • O3_SetPt
  • O3_Span
  • O3_Cont
  • O3_Press
  • O3_LinHeater
  • O3_Offset
  • O3_LinTemp
  • O3_Mode
  • O3_Temp
  • O3_Spn
  • O3_Samp
  • O3_Zro


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DQRID : D041026.3
Start DateStart TimeEnd DateEnd Time
01/10/2004000010/26/20041200
Subject:
SGP/AOS/C1 - PCASP instrument problem
DataStreams:sgpaosC1.a0, sgpaosauxC1.a0
Description:
PCASP (optical particle counter) gave unusually low aerosol signal counts despite numerous 
attempts to fix the instrument by the mentor and manufacturer.
Measurements:sgpaosC1.a0:
  • Particle concentration (0.50 um < Dp < 0.60 um) from PMS PCASP optical particle
    counter, channel 13(pa50_p60conc)
  • Particle concentration (1.80 um < Dp < 2.00 um) from PMS PCASP optical particle
    counter, channel 22(pa180_p200conc)
  • Particle concentration (6.50 um < Dp < 8.00 um) from PMS PCASP optical particle
    counter, channel 30(pa650_p800conc)
  • Particle concentration (2.00 um < Dp < 2.30 um) from PMS PCASP optical particle
    counter, channel 23(pa200_p230conc)
  • Particle concentration (0.30 um < Dp < 0.35 um) from PMS PCASP optical particle
    counter, channel 9(pa30_p35conc)
  • Particle concentration (0.16 um < Dp < 0.18 um) from PMS PCASP optical particle
    counter, channel 4(pa16_p18conc)
  • Particle concentration (2.30 um < Dp < 2.60 um) from PMS PCASP optical particle
    counter, channel 24(pa230_p260conc)
  • Particle concentration (0.70 um < Dp < 0.80 um) from PMS PCASP optical particle
    counter, channel 15(pa70_p80conc)
  • Particle concentration (3.00 um < Dp < 3.50 um) from PMS PCASP optical particle
    counter, channel 26(pa300_p350conc)
  • Particle concentration (1.00 um < Dp < 1.30 um) from PMS PCASP optical particle
    counter, channel 18(pa100_p130conc)
  • Particle concentration (0.20 um < Dp < 0.23 um) from PMS PCASP optical particle
    counter, channel 6(pa20_p23conc)
  • Particle concentration (Dp > 10 um) from PMS PCASP optical particle counter,
    channel 0(Pa1000Conc)
  • Particle concentration (0.45 um < Dp < 0.50 um) from PMS PCASP optical particle
    counter, channel 12(pa45_p50conc)
  • Particle concentration (5.00 um < Dp < 6.50 um) from PMS PCASP optical particle
    counter, channel 29(pa500_p650conc)
  • Particle concentration (0.10 um < Dp < 0.12 um) from PMS PCASP optical particle
    counter, channel 1(pa10_p12conc)
  • Particle concentration (2.60 um < Dp < 3.00 um) from PMS PCASP optical particle
    counter, channel 25(pa260_p300conc)
  • Particle concentration (1.40 um < Dp < 1.60 um) from PMS PCASP optical particle
    counter, channel 20(pa140_p160conc)
  • Particle concentration (0.14 um < Dp < 0.16 um) from PMS PCASP optical particle
    counter, channel 3(pa14_p16conc)
  • Particle concentration (0.40 um < Dp < 0.45 um) from PMS PCASP optical particle
    counter, channel 11(pa40_p45conc)
  • Particle concentration (0.90 um < Dp < 1.00 um) from PMS PCASP optical particle
    counter, channel 17(pa90_p100conc)
  • Particle concentration (1.60 um < Dp < 1.80 um) from PMS PCASP optical particle
    counter, channel 21(pa160_p180conc)
  • Particle concentration (3.50 um < Dp < 4.00 um) from PMS PCASP optical particle
    counter, channel 27(pa350_p400conc)
  • Particle concentration (0.12 um < Dp < 0.14 um) from PMS PCASP optical particle
    counter, channel 2(pa12_p14conc)
  • Particle concentration (0.23 um < Dp < 0.26 um) from PMS PCASP optical particle
    counter, channel 7(pa23_p26conc)
  • Particle concentration (8.00 um < Dp < 10.00 um) from PMS PCASP optical particle
    counter, channel 31(pa800_p1000conc)
  • Particle concentration (1.30 um < Dp < 1.40 um) from PMS PCASP optical particle
    counter, channel 19(pa130_p140conc)
  • Particle concentration (4.00 um < Dp < 5.00 um) from PMS PCASP optical particle
    counter, channel 28(pa400_p500conc)
  • Particle concentration (0.18 um < Dp < 0.20 um) from PMS PCASP optical particle
    counter, channel 5(pa18_p20conc)
  • Particle concentration (0.60 um < Dp < 0.70 um) from PMS PCASP optical particle
    counter, channel 14(pa60_p70conc)
  • Particle concentration (0.26 um < Dp < 0.30 um) from PMS PCASP optical particle
    counter, channel 8(pa26_p30conc)
  • Particle concentration (0.80 um < Dp < 0.90 um) from PMS PCASP optical particle
    counter, channel 16(pa80_p90conc)
  • Particle concentration (0.35 um < Dp < 0.40 um) from PMS PCASP optical particle
    counter, channel 10(pa35_p40conc)

sgpaosauxC1.a0:
  • OPCFlow
  • OPCSheath
  • OPCLaserVolt


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DQRID : D041026.4
Start DateStart TimeEnd DateEnd Time
11/21/2003160001/28/20040000
Subject:
SGP/AOS/C1 - Ozone instrument removed for repair
DataStreams:sgpaosauxC1.a0, sgpaosC1.a0
Description:
The ozone monitor was removed and sent back to the manufacturer for repair.
Measurements:sgpaosC1.a0:
  • Ozone concentration(Ozone)

sgpaosauxC1.a0:
  • O3_Span
  • O3_SetPt
  • O3_Cont
  • O3_Press
  • O3_LinHeater
  • O3_Offset
  • O3_LinTemp
  • O3_Mode
  • O3_Temp
  • O3_Spn
  • O3_Samp
  • O3_Zro


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DQRID : D041026.5
Start DateStart TimeEnd DateEnd Time
07/28/2004140008/27/20041540
Subject:
SGP/AOS/C1 - Condensation Particle Counter failure
DataStreams:sgpaosC1.a0, sgpaosauxC1.a0
Description:
The CPC signal declined to a low value. The instrument was shipped back to the mentor, 
cleaned and repaired. The instrument inlet was clogged.
Measurements:sgpaosC1.a0:
  • Particle concentration from Condensation Particle Counter(CPCPartConc)

sgpaosauxC1.a0:
  • CPCSaturT
  • CPCDeltT
  • CPCCondT


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DQRID : D041026.6
Start DateStart TimeEnd DateEnd Time
01/24/2004000002/18/20041800
Subject:
SGP/AOS/C1 - Wet nephelometer problems
DataStreams:sgpaosC1.a0, sgpaosauxC1.a0
Description:
The humidifier tube was coated with mold and had to be replaced. This affects the wet 
nepheleometer measurements and the calculations of the aerosol hygroscopic growth.

The humidifer was cleaned and replaced. A filter was added to the water circulation to 
minimize mold.
Measurements:sgpaosC1.a0:
  • HGupstream_RH
  • TSINephTSamp_HRH
  • Backscattering coefficient at 10 um from 550 nm TSI High RH Nephelometer(GrnBScatCoef_10um_HRH)
  • HGdownstream_T
  • Total scattering coefficient at 1 um from 550 nm TSI High RH Nephelometer(GrnTScatCoef_1um_HRH)
  • Total scattering coefficient at 1 um from 450 nm TSI High RH Nephelometer(BluTScatCoef_1um_HRH)
  • TSINephPres_HRH
  • Backscattering coefficient at 1 um from 700 nm TSI High RH Nephelometer(RedBScatCoef_1um_HRH)
  • HGdownstream_RH
  • Backscattering coefficient at 1 um from 550 nm TSI High RH Nephelometer(GrnBScatCoef_1um_HRH)
  • Total scattering coefficient at 10 um from 550 nm TSI High RH Nephelometer(GrnTScatCoef_10um_HRH)
  • TSINephRHSamp_HRH
  • Total scattering coefficient at 10 um from 450 nm TSI High RH Nephelometer(BluTScatCoef_10um_HRH)
  • Total scattering coefficient at 1 um from 700 nm TSI High RH Nephelometer(RedTScatCoef_1um_HRH)
  • HGupstream_T
  • Backscattering coefficient at 10 um from 700 nm TSI High RH Nephelometer(RedBScatCoef_10um_HRH)
  • Backscattering coefficient at 10 um, from 450 nm TSI High RH Nephelometer(BluBScatCoef_10um_HRH)
  • Backscattering coefficient at 1 um, from 450 nm TSI High RH Nephelometer(BluBScatCoef_1um_HRH)
  • Total scattering coefficient at 10 um from 700 nm TSI High RH Nephelometer(RedTScatCoef_10um_HRH)
  • TSINephTin_HRH

sgpaosauxC1.a0:
  • RedTScatZero_HRH
  • GrnRScatZero_HRH
  • BluRScatZero_HRH
  • BluTScatZero_HRH
  • TSINephLV_HRH
  • GrnBScatSpn_HRH
  • RedRScatZero_HRH
  • BluBScatZero_HRH
  • GrnTScatSpn_HRH
  • RedBScatZero_HRH
  • BluBScatSpn_HRH
  • GrnTScatZero_HRH
  • TSISensGrn_HRH
  • BluTScatSpn_HRH
  • RedTScatSpn_HRH
  • GrnBScatZero_HRH
  • RedBScatSpn_HRH
  • TSINephLC_HRH


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DQRID : D050120.2
Start DateStart TimeEnd DateEnd Time
01/01/2004000005/01/20052359
Subject:
SGP/AOS/C1 - Failed RH sensor
DataStreams:sgpaosC1.a0
Description:
The RH sensor inside the humidified nephelometer began to slowly decline in value in the 
upper RH range beginning in early 2004 and becoming more noticable poor on 20041117. The 
sensor currently reaches a high RH value of about 60% when the actual RH is closer to 80%.

The sensor was replaced in the Spring of 2005, but the problem remained.  Effective 
1/1/2004, this sensor is not used to calculate scientific data and is therefore essentially 
abandoned in the field.  An end-date of 20050501 is being used as a placeholder.
Measurements:sgpaosC1.a0:
  • TSINephRHSamp_HRH


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DQRID : D050401.1
Start DateStart TimeEnd DateEnd Time
03/04/2005000003/22/20051955
Subject:
SGP/AOS/C1 - wet nephelometer out of service
DataStreams:sgpaosC1.a0
Description:
The humidified nephelometer was removed and shipped back to CMDL to test and work on the 
relative humidity sensor inside the instrument.
Measurements:sgpaosC1.a0:
  • TSINephTSamp_HRH
  • HGupstream_RH
  • Backscattering coefficient at 10 um from 550 nm TSI High RH Nephelometer(GrnBScatCoef_10um_HRH)
  • HGupstream_T
  • HGdownstream_T
  • Total scattering coefficient at 1 um from 550 nm TSI High RH Nephelometer(GrnTScatCoef_1um_HRH)
  • TSINephPres_HRH
  • Total scattering coefficient at 1 um from 450 nm TSI High RH Nephelometer(BluTScatCoef_1um_HRH)
  • Backscattering coefficient at 1 um from 700 nm TSI High RH Nephelometer(RedBScatCoef_1um_HRH)
  • Backscattering coefficient at 1 um from 550 nm TSI High RH Nephelometer(GrnBScatCoef_1um_HRH)
  • HGdownstream_RH
  • Backscattering coefficient at 10 um from 700 nm TSI High RH Nephelometer(RedBScatCoef_10um_HRH)
  • Total scattering coefficient at 10 um from 550 nm TSI High RH Nephelometer(GrnTScatCoef_10um_HRH)
  • TSINephRHSamp_HRH
  • Backscattering coefficient at 10 um, from 450 nm TSI High RH Nephelometer(BluBScatCoef_10um_HRH)
  • Total scattering coefficient at 10 um from 450 nm TSI High RH Nephelometer(BluTScatCoef_10um_HRH)
  • Total scattering coefficient at 10 um from 700 nm TSI High RH Nephelometer(RedTScatCoef_10um_HRH)
  • Backscattering coefficient at 1 um, from 450 nm TSI High RH Nephelometer(BluBScatCoef_1um_HRH)
  • TSINephTin_HRH
  • Total scattering coefficient at 1 um from 700 nm TSI High RH Nephelometer(RedTScatCoef_1um_HRH)


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DQRID : D051024.4
Start DateStart TimeEnd DateEnd Time
10/14/2005153610/28/20051940
Subject:
SGP/AOS/C1 - Nephelometer calibration drift
DataStreams:sgpaosC1.a0, sgpaosauxC1.a0
Description:
Bad span check on the humidified nepehelometer.  Instrument was recalibrated and returned 
to service on 10/28/2005 at 1940 UTC.
Measurements:sgpaosC1.a0:
  • TSINephTSamp_HRH
  • HGupstream_RH
  • Backscattering coefficient at 10 um from 550 nm TSI High RH Nephelometer(GrnBScatCoef_10um_HRH)
  • Total scattering coefficient at 1 um from 550 nm TSI High RH Nephelometer(GrnTScatCoef_1um_HRH)
  • TSINephPres_HRH
  • Total scattering coefficient at 1 um from 450 nm TSI High RH Nephelometer(BluTScatCoef_1um_HRH)
  • Backscattering coefficient at 1 um from 700 nm TSI High RH Nephelometer(RedBScatCoef_1um_HRH)
  • Backscattering coefficient at 1 um from 550 nm TSI High RH Nephelometer(GrnBScatCoef_1um_HRH)
  • HGdownstream_RH
  • Backscattering coefficient at 10 um from 700 nm TSI High RH Nephelometer(RedBScatCoef_10um_HRH)
  • Total scattering coefficient at 10 um from 550 nm TSI High RH Nephelometer(GrnTScatCoef_10um_HRH)
  • TSINephRHSamp_HRH
  • Backscattering coefficient at 10 um, from 450 nm TSI High RH Nephelometer(BluBScatCoef_10um_HRH)
  • Total scattering coefficient at 10 um from 450 nm TSI High RH Nephelometer(BluTScatCoef_10um_HRH)
  • Backscattering coefficient at 1 um, from 450 nm TSI High RH Nephelometer(BluBScatCoef_1um_HRH)
  • Total scattering coefficient at 10 um from 700 nm TSI High RH Nephelometer(RedTScatCoef_10um_HRH)
  • TSINephTin_HRH
  • Total scattering coefficient at 1 um from 700 nm TSI High RH Nephelometer(RedTScatCoef_1um_HRH)

sgpaosauxC1.a0:
  • BluBScatSpn_HRH
  • BluTScatZero_HRH
  • BluTScatSpn_HRH
  • BluRScatZero_HRH
  • BluBScatZero_HRH


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DQRID : D060906.2
Start DateStart TimeEnd DateEnd Time
08/31/2006135509/11/20061900
Subject:
SGP/AOS/C1 - Missing Condensation Nuclei Counter data
DataStreams:sgpaosC1.a0
Description:
AOS Condensation Nuclei Counter stopped detecting particle counts and was returned to 
mentor for cleaning.  The instrument has small orifices and has a tendency to clog.
Measurements:sgpaosC1.a0:
  • Particle concentration from Condensation Particle Counter(CPCPartConc)


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DQRID : D980505.1
Start DateStart TimeEnd DateEnd Time
07/19/1999145207/30/19991829
01/10/2000140001/15/20000000
04/20/1998144904/23/19982136
08/04/1997145908/08/19971348
09/30/2002130010/04/20021900
03/17/2003154703/21/20032248
Subject:
SGP/AOS/C1  - Annual Maintenance
DataStreams:sgpaosC1.a0
Description:
The AOS Annual maintenance/calibration visit occurred during these periods.  During these 
times, instruments were cleaned, calibrated, and when necessary, repaired.  Instruments 
were online collecting data for some of the time; however, periods of contamination are 
probable because aerosol sampling lines were opened for inspection and cleaning and pumps 
were switched off for periods of time. Any data fields during this period that contain 
data should be considered incorrect.
Measurements:sgpaosC1.a0:
  • Particle concentration (0.50 um < Dp < 0.60 um) from PMS PCASP optical particle
    counter, channel 13(pa50_p60conc)
  • Total scattering coefficient at 1 um from 700 nm TSI Low RH Nephelometer(RedTScatCoef_1um_LRH)
  • HGupstream_RH
  • TSINephTSamp_HRH
  • Backscattering coefficient at 10 um, from 450 nm TSI Low RH Nephelometer(BluBScatCoef_10um_LRH)
  • Pres530nm
  • Particle concentration (2.00 um < Dp < 2.30 um) from PMS PCASP optical particle
    counter, channel 23(pa200_p230conc)
  • HGdownstream_T
  • RH530nm
  • Backscattering coefficient at 1 um from 550 nm TSI Low RH Nephelometer(GrnBScatCoef_1um_LRH)
  • Total scattering coefficient at 1 um from 550 nm TSI High RH Nephelometer(GrnTScatCoef_1um_HRH)
  • Particle concentration (2.30 um < Dp < 2.60 um) from PMS PCASP optical particle
    counter, channel 24(pa230_p260conc)
  • TSINephRHSamp_LRH
  • Total scattering coefficient at 1 um from 450 nm TSI High RH Nephelometer(BluTScatCoef_1um_HRH)
  • Absorption coefficient at 10 um(Bap_I_10um)
  • Particle concentration (3.00 um < Dp < 3.50 um) from PMS PCASP optical particle
    counter, channel 26(pa300_p350conc)
  • Particle concentration (0.70 um < Dp < 0.80 um) from PMS PCASP optical particle
    counter, channel 15(pa70_p80conc)
  • Backscattering coefficient at 1 um from 550 nm TSI High RH Nephelometer(GrnBScatCoef_1um_HRH)
  • Total scattering coefficient at 10 um from 550 nm TSI High RH Nephelometer(GrnTScatCoef_10um_HRH)
  • Particle concentration (1.00 um < Dp < 1.30 um) from PMS PCASP optical particle
    counter, channel 18(pa100_p130conc)
  • Particle concentration (0.20 um < Dp < 0.23 um) from PMS PCASP optical particle
    counter, channel 6(pa20_p23conc)
  • Total scattering coefficient at 1 um from 550 nm TSI Low RH Nephelometer(GrnTScatCoef_1um_LRH)
  • TSINephRHSamp_HRH
  • Total scattering coefficient at 10 um from 450 nm TSI High RH Nephelometer(BluTScatCoef_10um_HRH)
  • Particle concentration (0.45 um < Dp < 0.50 um) from PMS PCASP optical particle
    counter, channel 12(pa45_p50conc)
  • Total scattering coefficient at 10 um from 700 nm TSI Low RH Nephelometer(RedTScatCoef_10um_LRH)
  • Backscattering coefficient at 530 nm from single wave nephelometer(Bscat530nm)
  • Particle concentration (1.40 um < Dp < 1.60 um) from PMS PCASP optical particle
    counter, channel 20(pa140_p160conc)
  • Particle concentration (0.14 um < Dp < 0.16 um) from PMS PCASP optical particle
    counter, channel 3(pa14_p16conc)
  • Particle concentration from Condensation Particle Counter(CPCPartConc)
  • TSINephTin_LRH
  • Total scattering coefficient at 10 um from 450 nm TSI Low RH Nephelometer(BluTScatCoef_10um_LRH)
  • Particle concentration (1.60 um < Dp < 1.80 um) from PMS PCASP optical particle
    counter, channel 21(pa160_p180conc)
  • Particle concentration (3.50 um < Dp < 4.00 um) from PMS PCASP optical particle
    counter, channel 27(pa350_p400conc)
  • Particle concentration (0.23 um < Dp < 0.26 um) from PMS PCASP optical particle
    counter, channel 7(pa23_p26conc)
  • Absorption coefficient at 1 um(Bap_I_1um)
  • TSINephTSamp_LRH
  • Particle concentration (4.00 um < Dp < 5.00 um) from PMS PCASP optical particle
    counter, channel 28(pa400_p500conc)
  • Particle concentration (0.60 um < Dp < 0.70 um) from PMS PCASP optical particle
    counter, channel 14(pa60_p70conc)
  • Total scattering coefficient at 10 um from 700 nm TSI High RH Nephelometer(RedTScatCoef_10um_HRH)
  • Total scattering coefficient at 1 um from 450 nm TSI Low RH Nephelometer(BluTScatCoef_1um_LRH)
  • Particle concentration (0.26 um < Dp < 0.30 um) from PMS PCASP optical particle
    counter, channel 8(pa26_p30conc)
  • TSINephPres_LRH
  • Particle concentration (1.80 um < Dp < 2.00 um) from PMS PCASP optical particle
    counter, channel 22(pa180_p200conc)
  • Backscattering coefficient at 10 um from 550 nm TSI High RH Nephelometer(GrnBScatCoef_10um_HRH)
  • Backscattering coefficient at 1 um, from 450 nm TSI Low RH Nephelometer(BluBScatCoef_1um_LRH)
  • Particle concentration (6.50 um < Dp < 8.00 um) from PMS PCASP optical particle
    counter, channel 30(pa650_p800conc)
  • Particle concentration (0.30 um < Dp < 0.35 um) from PMS PCASP optical particle
    counter, channel 9(pa30_p35conc)
  • Particle concentration (0.16 um < Dp < 0.18 um) from PMS PCASP optical particle
    counter, channel 4(pa16_p18conc)
  • TSINephPres_HRH
  • Backscattering coefficient at 1 um from 700 nm TSI High RH Nephelometer(RedBScatCoef_1um_HRH)
  • SampTemp
  • HGdownstream_RH
  • SampRH
  • Ozone concentration(Ozone)
  • Neph530Temp
  • Particle concentration (Dp > 10 um) from PMS PCASP optical particle counter,
    channel 0(Pa1000Conc)
  • Total scattering coefficient at 10 um from 550 nm TSI Low RH Nephelometer(GrnTScatCoef_10um_LRH)
  • Backscattering coefficient at 1 um from 700 nm TSI Low RH Nephelometer(RedBScatCoef_1um_LRH)
  • Total scattering coefficient at 1 um from 700 nm TSI High RH Nephelometer(RedTScatCoef_1um_HRH)
  • Particle concentration (0.10 um < Dp < 0.12 um) from PMS PCASP optical particle
    counter, channel 1(pa10_p12conc)
  • Particle concentration (5.00 um < Dp < 6.50 um) from PMS PCASP optical particle
    counter, channel 29(pa500_p650conc)
  • Particle concentration (2.60 um < Dp < 3.00 um) from PMS PCASP optical particle
    counter, channel 25(pa260_p300conc)
  • AmbTemp
  • HGupstream_T
  • Particle concentration (0.40 um < Dp < 0.45 um) from PMS PCASP optical particle
    counter, channel 11(pa40_p45conc)
  • Particle concentration (0.90 um < Dp < 1.00 um) from PMS PCASP optical particle
    counter, channel 17(pa90_p100conc)
  • Particle concentration (0.12 um < Dp < 0.14 um) from PMS PCASP optical particle
    counter, channel 2(pa12_p14conc)
  • Backscattering coefficient at 10 um from 700 nm TSI High RH Nephelometer(RedBScatCoef_10um_HRH)
  • Particle concentration (8.00 um < Dp < 10.00 um) from PMS PCASP optical particle
    counter, channel 31(pa800_p1000conc)
  • Backscattering coefficient at 10 um from 550 nm TSI Low RH Nephelometer(GrnBScatCoef_10um_LRH)
  • Particle concentration (1.30 um < Dp < 1.40 um) from PMS PCASP optical particle
    counter, channel 19(pa130_p140conc)
  • Backscattering coefficient at 10 um, from 450 nm TSI High RH Nephelometer(BluBScatCoef_10um_HRH)
  • Particle concentration (0.18 um < Dp < 0.20 um) from PMS PCASP optical particle
    counter, channel 5(pa18_p20conc)
  • Backscattering coefficient at 1 um, from 450 nm TSI High RH Nephelometer(BluBScatCoef_1um_HRH)
  • Backscattering coefficient at 10 um from 700 nm TSI Low RH Nephelometer(RedBScatCoef_10um_LRH)
  • TSINephTin_HRH
  • Particle concentration (0.80 um < Dp < 0.90 um) from PMS PCASP optical particle
    counter, channel 16(pa80_p90conc)
  • Particle concentration (0.35 um < Dp < 0.40 um) from PMS PCASP optical particle
    counter, channel 10(pa35_p40conc)


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DQRID : D980528.1
Start DateStart TimeEnd DateEnd Time
06/09/1999082407/26/19992205
09/08/2000042610/13/20001630
07/01/1997093607/03/19971556
08/01/1997132908/08/19971348
05/05/1998092606/16/19981505
05/17/2002060205/20/20051847
05/23/2002201105/31/20021258
09/09/2002000010/07/20021905
Subject:
SGP/AOS/C1 - Optical Particle Counter (PCASP-X) down
DataStreams:sgpaosC1.a0, sgpaosauxC1.a0
Description:
The AOS Optical Particle Spectrometer (PCASP-X sizing probe) was down during these 
periods.  This lowers the laser reference voltage and results in inaccurate sizing.
Measurements:sgpaosC1.a0:
  • Particle concentration (0.50 um < Dp < 0.60 um) from PMS PCASP optical particle
    counter, channel 13(pa50_p60conc)
  • Particle concentration (1.80 um < Dp < 2.00 um) from PMS PCASP optical particle
    counter, channel 22(pa180_p200conc)
  • Particle concentration (6.50 um < Dp < 8.00 um) from PMS PCASP optical particle
    counter, channel 30(pa650_p800conc)
  • Particle concentration (2.00 um < Dp < 2.30 um) from PMS PCASP optical particle
    counter, channel 23(pa200_p230conc)
  • Particle concentration (0.30 um < Dp < 0.35 um) from PMS PCASP optical particle
    counter, channel 9(pa30_p35conc)
  • Particle concentration (0.16 um < Dp < 0.18 um) from PMS PCASP optical particle
    counter, channel 4(pa16_p18conc)
  • Particle concentration (2.30 um < Dp < 2.60 um) from PMS PCASP optical particle
    counter, channel 24(pa230_p260conc)
  • Particle concentration (3.00 um < Dp < 3.50 um) from PMS PCASP optical particle
    counter, channel 26(pa300_p350conc)
  • Particle concentration (0.70 um < Dp < 0.80 um) from PMS PCASP optical particle
    counter, channel 15(pa70_p80conc)
  • Particle concentration (1.00 um < Dp < 1.30 um) from PMS PCASP optical particle
    counter, channel 18(pa100_p130conc)
  • Particle concentration (0.20 um < Dp < 0.23 um) from PMS PCASP optical particle
    counter, channel 6(pa20_p23conc)
  • Particle concentration (Dp > 10 um) from PMS PCASP optical particle counter,
    channel 0(Pa1000Conc)
  • Particle concentration (0.45 um < Dp < 0.50 um) from PMS PCASP optical particle
    counter, channel 12(pa45_p50conc)
  • Particle concentration (5.00 um < Dp < 6.50 um) from PMS PCASP optical particle
    counter, channel 29(pa500_p650conc)
  • Particle concentration (0.10 um < Dp < 0.12 um) from PMS PCASP optical particle
    counter, channel 1(pa10_p12conc)
  • Particle concentration (2.60 um < Dp < 3.00 um) from PMS PCASP optical particle
    counter, channel 25(pa260_p300conc)
  • Particle concentration (1.40 um < Dp < 1.60 um) from PMS PCASP optical particle
    counter, channel 20(pa140_p160conc)
  • Particle concentration (0.14 um < Dp < 0.16 um) from PMS PCASP optical particle
    counter, channel 3(pa14_p16conc)
  • Particle concentration (0.40 um < Dp < 0.45 um) from PMS PCASP optical particle
    counter, channel 11(pa40_p45conc)
  • Particle concentration (0.90 um < Dp < 1.00 um) from PMS PCASP optical particle
    counter, channel 17(pa90_p100conc)
  • Particle concentration (1.60 um < Dp < 1.80 um) from PMS PCASP optical particle
    counter, channel 21(pa160_p180conc)
  • Particle concentration (3.50 um < Dp < 4.00 um) from PMS PCASP optical particle
    counter, channel 27(pa350_p400conc)
  • Particle concentration (0.12 um < Dp < 0.14 um) from PMS PCASP optical particle
    counter, channel 2(pa12_p14conc)
  • Particle concentration (0.23 um < Dp < 0.26 um) from PMS PCASP optical particle
    counter, channel 7(pa23_p26conc)
  • Particle concentration (8.00 um < Dp < 10.00 um) from PMS PCASP optical particle
    counter, channel 31(pa800_p1000conc)
  • Particle concentration (1.30 um < Dp < 1.40 um) from PMS PCASP optical particle
    counter, channel 19(pa130_p140conc)
  • Particle concentration (4.00 um < Dp < 5.00 um) from PMS PCASP optical particle
    counter, channel 28(pa400_p500conc)
  • Particle concentration (0.18 um < Dp < 0.20 um) from PMS PCASP optical particle
    counter, channel 5(pa18_p20conc)
  • Particle concentration (0.60 um < Dp < 0.70 um) from PMS PCASP optical particle
    counter, channel 14(pa60_p70conc)
  • Particle concentration (0.26 um < Dp < 0.30 um) from PMS PCASP optical particle
    counter, channel 8(pa26_p30conc)
  • Particle concentration (0.80 um < Dp < 0.90 um) from PMS PCASP optical particle
    counter, channel 16(pa80_p90conc)
  • Particle concentration (0.35 um < Dp < 0.40 um) from PMS PCASP optical particle
    counter, channel 10(pa35_p40conc)

sgpaosauxC1.a0:
  • OPCFlow
  • OPCSheath
  • OPCLaserVolt


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END OF DATA