MIDC/AIM Calibration Database
Total Records: 4, displaying 1-4

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	Q8435	NREL	08/04/2001	08/17/2001	CF = -222.42 µmol/s/m²/mV		Li-Cor	Li-190	Quantum (PAR) Sensor	NREL/Program							Afshin Andreas		Predicted cal factor using Li-Cor typical LI-190 response	Photosynthetically Active Radiation (PAR)	SRRL BMS UV Radiometer	08/04/2001
2	Q8435	NREL	08/17/2001	08/17/2002	CF = -226.44 µmol/s/m²/mV		Li-Cor	Li-190	Quantum (PAR) Sensor	NREL/Program					[BMS_GloPAR_2001_08.zip]		Afshin Andreas	SRRL BMS Quantum Calibration Report	400-700nm vs OL754	Photosynthetically Active Radiation (PAR)	SRRL BMS UV Radiometer	08/19/2001
3	Q8435	NREL	08/31/2005	08/31/2006	CF = -233.8 µmol/s/m²/mV		Li-Cor	Li-190	Quantum (PAR) Sensor	NREL/Program					[BMS_GloPAR_2005_08.pdf]		Afshin Andreas	SRRL Quantum Calibration Report	400-700nm vs LI-1800 Photosynthetically Active Radiation (PAR)		SRRL BMS UV Radiometer	09/20/2005
4	Q8435	NREL	04/14/2008	04/14/2010	CF = -260.0 µmol/s/m²/mV		Li-Cor	Li-190	Quantum (PAR) Sensor	NREL/Program					[BMS_GloPAR_2008_04.pdf]		Afshin Andreas	SRRL Quantum Calibration Report	400-700nm vs LI-1800 Photosynthetically Active Radiation (PAR)	This sensor was discovered to be faulty and this calibration is invalid	SRRL BMS UV Radiometer	04/16/2008