R# | Serial Number | Calibration Facility | Calibration Date | Date for next Calibration | Responsivity [45] | Calibration Factor [45] | Instrument::Make | Instrument::Model | Instrument::Description | Instrument::Program | Instrument::Factory Calibration | Instrument::Date of Factory Calibration | Responsivity Bins [2 deg] | Responsivity Function Coefficients | Other Calibrations | Calibration File | Contact Person | Documentation Title | Calibration Method | Calibration Notes | Other Information | Datalogger Entry Date | Responsivity [45] [Corr] | Calibration Factor [45] [Corr] | Correction Method | Responsivity Bins Average [2 deg] |
1 | Q8434 | SRRL | | | | 2.672e18 Photons/m²/s/count | Li-Cor | Li-190 | Quantum (PAR) Sensor | NREL/Program | | | | | | | Ted Cannon | | | AOCS Direct Quantum | | 10/19/2001 | | | | |
2 | Q8434 | SRRL | 04/13/2004 | 04/13/2005 | | 2.583e18 Photons/m²/s/count | Li-Cor | Li-190 | Quantum (PAR) Sensor | NREL/Program | | | | | | | Afshin Andreas | | vs ASD average 12:42 to 12:45 MST spectral area normalized to BMS CH1 | AOCS Direct Quantum | CF based on area from 400-700 nm | 04/13/2004 | | | | |
3 | Q8434 | NREL | 10/24/2005 | 10/24/2006 | | 2.461e18 Photons/m²/s/count | Li-Cor | Li-190 | Quantum (PAR) Sensor | NREL/Program | | | | | [BMS_DirPAR_2005_10.pdf] | | Afshin Andreas | SRRL Quantum Calibration Report | 400-700nm vs LI-1800 Direct Photosynthetically Active Radiation (PAR) | LICOR Direct Tube used | SRRL AOCS UV Radiometer | 10/24/2005 | | | | |
4 | Q8434 | NREL | 04/14/2008 | 04/14/2010 | | 2.482e18 Photons/m²/s/count | Li-Cor | Li-190 | Quantum (PAR) Sensor | NREL/Program | | | | | [BMS_DirPAR_2008_04.pdf] | | Afshin Andreas | SRRL Quantum Calibration Report | 400-700nm vs LI-1800 Direct Photosynthetically Active Radiation (PAR) | LICOR Direct Tube used | SRRL AOCS UV Radiometer | 04/16/2008 | | | | |
5 | Q8434 | NREL | 09/28/2012 | 09/28/2014 | CF = 607.9 µmol/s/m²/mV | | Li-Cor | Li-190 | Quantum (PAR) Sensor | NREL/Program | | | | | | | Afshin Andreas | SRRL Quantum Calibration Report | 400-700nm vs LI-1800 Direct Photosynthetically Active Radiation (PAR) | LI-1800 Direct Tube used | SRRL BMS UV Radiometer | 08/27/2012 | | | | |
6 | Q8434 | NREL | 11/06/2014 | 11/06/2016 | CF = 605.4 µmol/s/m²/mV | | Li-Cor | Li-190 | Quantum (PAR) Sensor | NREL/Program | | | | | | | Afshin Andreas | SRRL Quantum Calibration Report | 400-700nm vs LI-1800 Direct Photosynthetically Active Radiation (PAR) | LI-1800 Direct Tube used | SRRL BMS UV Radiometer | 11/10/2014 | | | | |
7 | Q8434 | NREL | 10/31/2016 | 10/31/2018 | CF = 606.4 µmol/s/m²/mV | | Li-Cor | Li-190 | Quantum (PAR) Sensor | NREL/Program | | | | | | | Afshin Andreas | SRRL Quantum Calibration Report | 400-700nm vs LI-1800 Direct Photosynthetically Active Radiation (PAR) | LI-1800 Direct Tube used | SRRL BMS UV Radiometer | 11/02/2016 | | | | |
8 | Q8434 | NREL | 05/08/2018 | 05/08/2020 | CF = 605.7 µmol/s/m²/mV | | Li-Cor | Li-190 | Quantum (PAR) Sensor | NREL/Program | | | | | | | Afshin Andreas | | 400-700nm vs LI-1800 Direct Photosynthetically Active Radiation (PAR) | LI-1800 PRS-175 with DNI Tube used; Avg CF 10:35 - 13:30 MST | SRRL BMS UV Radiometer | 05/21/2018 | | | | |
9 | Q8434 | NREL | 05/22/2020 | 05/22/2022 | CF = 617.8 µmol/s/m²/mV | | Li-Cor | Li-190 | Quantum (PAR) Sensor | NREL/Program | | | | | | | Afshin Andreas | | 400-700nm vs S-9011 Direct Photosynthetically Active Radiation (PAR) | S-9011 with DNI Tube used; Avg CF 10:30 - 11:00 MST | SRRL BMS UV Radiometer | 05/27/2020 | | | | |
10 | Q8434 | NREL | 08/30/2022 | 08/30/2024 | CF = 608.9 µmol/s/m²/mV | | Li-Cor | Li-190 | Quantum (PAR) Sensor | NREL/Program | | | | | | | Afshin Andreas | | 400-700nm vs S-9011 Direct Photosynthetically Active Radiation (PAR) | S-9011 with DNI Tube used; Avg CF 9:00 - 11:30 MST | SRRL BMS UV Radiometer | 09/22/2022 | | | | |