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! Output from IDLcr8ASCII application v4.0
! /homevip/annm/projects/EVDC2/avdc_evdc/scripts/groundbased_lidar.1064.aerosol_uroma.baqunin001_rome.sapienza_20200305t120000z_20200305t123000z_001.nc
!
! Global Attributes
PI_NAME=Cacciani;Marco
PI_AFFILIATION=Universita di Roma "La Sapienza" - BAQUNIN;UROMA.BAQUNIN
PI_ADDRESS=Dipartimento di Fisica, Universita Sapienza, Piazzale Aldo Moro 2;Rome, 00185;ITALY
PI_EMAIL=marco.cacciani@uniroma1.it
DO_NAME=BAQUNIN;UROMA.BAQUNIN
DO_AFFILIATION=Universita di Roma "La Sapienza" - BAQUNIN;UROMA.BAQUNIN
DO_ADDRESS=Dipartimento di Fisica, Universita Sapienza, Piazzale Aldo Moro 2;Rome, 00185;ITALY
DO_EMAIL=marco.cacciani@uniroma1.it
DS_NAME=Mevi;Gabriele
DS_AFFILIATION=Universita di Roma "La Sapienza" - BAQUNIN;UROMA.BAQUNIN
DS_ADDRESS=Dipartimento di Fisica, Universita Sapienza, Piazzale Aldo Moro 2;Rome, 00185;ITALY
DS_EMAIL=gabriele.mevi@serco.it
DATA_DESCRIPTION=LIDAR aerosol backscatter and extinction profiles
DATA_DISCIPLINE=ATMOSPHERIC.PHYSICS;REMOTE.SENSING;GROUNDBASED
DATA_GROUP=EXPERIMENTAL;PROFILE.STATIONARY
DATA_LOCATION=ROME.SAPIENZA
DATA_SOURCE=LIDAR.1064.AEROSOL_UROMA.BAQUNIN001
DATA_VARIABLES=DATETIME;ALTITUDE;LATITUDE.INSTRUMENT;LONGITUDE.INSTRUMENT;ALTITUDE.INSTRUMENT;WAVELENGTH_EMISSION;WAVELENGTH_DETECTION;AEROSOL.BACKSCATTER.COEFFICIENT;AEROSOL.BACKSCATTER.COEFFICIENT_UNCERTAINTY.COMBINED.STANDARD;AEROSOL.BACKSCATTER.COEFFICIENT_UNCERTAINTY.RANDOM.STANDARD;AEROSOL.BACKSCATTER.COEFFICIENT_UNCERTAINTY.SYSTEMATIC.STANDARD;AEROSOL.EXTINCTION.COEFFICIENT;AEROSOL.EXTINCTION.COEFFICIENT_UNCERTAINTY.COMBINED.STANDARD;AEROSOL.EXTINCTION.COEFFICIENT_UNCERTAINTY.RANDOM.STANDARD;AEROSOL.EXTINCTION.COEFFICIENT_UNCERTAINTY.SYSTEMATIC.STANDARD;AEROSOL.LIDAR.RATIO;AEROSOL.BACKSCATTER.COEFFICIENT_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE.FWHM;AEROSOL.EXTINCTION.COEFFICIENT_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE.FWHM;ALTITUDE_INDEPENDENT_NORMALIZATION;DATETIME.START;DATETIME.STOP;INTEGRATION.TIME
DATA_START_DATE=20200305T120000Z
DATA_STOP_DATE=20200305T123000Z
DATA_FILE_VERSION=001
DATA_MODIFICATIONS=
DATA_CAVEATS=
DATA_RULES_OF_USE=Please contact the PI
DATA_ACKNOWLEDGEMENT=
DATA_QUALITY=
DATA_TEMPLATE=GEOMS-TE-LIDAR-AEROSOL-004
DATA_PROCESSOR=
FILE_NAME=groundbased_lidar.1064.aerosol_uroma.baqunin001_rome.sapienza_20200305t120000z_20200305t123000z_001.nc
FILE_GENERATION_DATE=20200323T114946Z
FILE_ACCESS=EVDC
FILE_PROJECT_ID=
FILE_DOI=
FILE_ASSOCIATION=
FILE_META_VERSION=04R045;CUSTOM
DATA_FILE_LEVEL=1.0000000
!
! Variable Attributes
VAR_NAME=DATETIME
VAR_SIZE=1
VAR_DESCRIPTION=Date and time of the center of the measured profiles in ut
VAR_NOTES=universal time in days since 2000-01-01
VAR_DEPEND=DATETIME
VAR_DATA_TYPE=DOUBLE
VAR_UNITS=MJD2K
VAR_SI_CONVERSION=0.0;86400.0;s
VAR_VALID_MIN=-9999.000000000
VAR_VALID_MAX=99999.000000000
VAR_FILL_VALUE=-9999.900000000
!
! Variable Attributes
VAR_NAME=ALTITUDE
VAR_SIZE=3000
VAR_DESCRIPTION=Altitude of the profile elements
VAR_NOTES=The altitude from the sea level ...
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m
VAR_SI_CONVERSION=0.0;1.0;m
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=2.256750E+04
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=LATITUDE.INSTRUMENT
VAR_SIZE=1
VAR_DESCRIPTION=Latitude of the LIDAR
VAR_NOTES=
VAR_DEPEND=CONSTANT
VAR_DATA_TYPE=REAL
VAR_UNITS=deg
VAR_SI_CONVERSION=0.0;1.74533E-2;rad
VAR_VALID_MIN=-9.000000E+01
VAR_VALID_MAX=9.000000E+01
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=LONGITUDE.INSTRUMENT
VAR_SIZE=1
VAR_DESCRIPTION=longitude of the LIDAR
VAR_NOTES=
VAR_DEPEND=CONSTANT
VAR_DATA_TYPE=REAL
VAR_UNITS=deg
VAR_SI_CONVERSION=0.0;1.74533E-2;rad
VAR_VALID_MIN=-1.800000E+02
VAR_VALID_MAX=1.800000E+02
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=ALTITUDE.INSTRUMENT
VAR_SIZE=1
VAR_DESCRIPTION=altitude of the LIDAR
VAR_NOTES=
VAR_DEPEND=CONSTANT
VAR_DATA_TYPE=REAL
VAR_UNITS=m
VAR_SI_CONVERSION=0.0;1.0;m
VAR_VALID_MIN=-9.999000E+03
VAR_VALID_MAX=9.999900E+04
VAR_FILL_VALUE=-9.999990E+04
!
! Variable Attributes
VAR_NAME=WAVELENGTH_EMISSION
VAR_SIZE=1
VAR_DESCRIPTION=emitted wavelenght
VAR_NOTES=
VAR_DEPEND=CONSTANT
VAR_DATA_TYPE=INTEGER
VAR_UNITS=nm
VAR_SI_CONVERSION=0;1E-9;m
VAR_VALID_MIN=0
VAR_VALID_MAX=99999
VAR_FILL_VALUE=-9999
!
! Variable Attributes
VAR_NAME=WAVELENGTH_DETECTION
VAR_SIZE=1
VAR_DESCRIPTION=detected wavelenght
VAR_NOTES=
VAR_DEPEND=CONSTANT
VAR_DATA_TYPE=INTEGER
VAR_UNITS=nm
VAR_SI_CONVERSION=0;1E-9;m
VAR_VALID_MIN=0
VAR_VALID_MAX=99999
VAR_FILL_VALUE=-9999
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.COEFFICIENT
VAR_SIZE=3000
VAR_DESCRIPTION=aerosol backscattering coefficient
VAR_NOTES=
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1 sr-1
VAR_SI_CONVERSION=0.0;1.0;sr-1 m-1
VAR_VALID_MIN=-9.990000E+02
VAR_VALID_MAX=9.999000E+03
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.COEFFICIENT_UNCERTAINTY.COMBINED.STANDARD
VAR_SIZE=3000
VAR_DESCRIPTION=aerosol backscattering coefficient uncertainty
VAR_NOTES=
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1 sr-1
VAR_SI_CONVERSION=0.0;1.0;sr-1 m-1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=9.999000E+03
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.COEFFICIENT_UNCERTAINTY.RANDOM.STANDARD
VAR_SIZE=3000
VAR_DESCRIPTION=backscattering coefficient random uncertainty
VAR_NOTES=
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1 sr-1
VAR_SI_CONVERSION=0.0;1.0;sr-1 m-1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=9.999000E+03
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.COEFFICIENT_UNCERTAINTY.SYSTEMATIC.STANDARD
VAR_SIZE=3000
VAR_DESCRIPTION=backscattering ratio systematic uncertainty
VAR_NOTES=
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1 sr-1
VAR_SI_CONVERSION=0.0;1.0;sr-1 m-1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=9.999000E+03
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=AEROSOL.EXTINCTION.COEFFICIENT
VAR_SIZE=3000
VAR_DESCRIPTION=aerosol absorption coefficient
VAR_NOTES=
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1
VAR_SI_CONVERSION=0.0;1.0;m-1
VAR_VALID_MIN=-9.990000E+02
VAR_VALID_MAX=9.999000E+03
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=AEROSOL.EXTINCTION.COEFFICIENT_UNCERTAINTY.COMBINED.STANDARD
VAR_SIZE=3000
VAR_DESCRIPTION=aerosol absorption coefficient uncertainty
VAR_NOTES=
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1
VAR_SI_CONVERSION=0.0;1.0;m-1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=9.990000E+02
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=AEROSOL.EXTINCTION.COEFFICIENT_UNCERTAINTY.RANDOM.STANDARD
VAR_SIZE=3000
VAR_DESCRIPTION=aerosol absorption coefficient random uncertainty
VAR_NOTES=
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1
VAR_SI_CONVERSION=0.0;1.0;m-1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=9.990000E+02
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=AEROSOL.EXTINCTION.COEFFICIENT_UNCERTAINTY.SYSTEMATIC.STANDARD
VAR_SIZE=3000
VAR_DESCRIPTION=aerosol absorption coefficient systematic uncertainty
VAR_NOTES=
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1
VAR_SI_CONVERSION=0.0;1.0;m-1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=9.990000E+02
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=AEROSOL.LIDAR.RATIO
VAR_DESCRIPTION=The LIDAR Ratio used in the computation for each aerosol layer
VAR_NOTES=The LIDAR Ratio used in the computation for each aerosol layer (sorted according to increasing altitude). The number of layers can be different for different profiles, depending on atmosphere evolution during measurements.
VAR_SIZE=3000
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=sr
VAR_SI_CONVERSION=0.0;1.0;sr
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=9.999900E+03
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.COEFFICIENT_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE.FWHM
VAR_SIZE=3000
VAR_DESCRIPTION=aerosol backscatter coefficient vertical resolution
VAR_NOTES=Vertical resolution: Full-width at half-maximum (FWHM) of delta impulse response
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m
VAR_SI_CONVERSION=0.0;1.0;m
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=2.256750E+04
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=AEROSOL.EXTINCTION.COEFFICIENT_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE.FWHM
VAR_SIZE=3000
VAR_DESCRIPTION=aerosol extinction coefficient vertical resolution
VAR_NOTES=Vertical resolution: Full-width at half-maximum (FWHM) of delta impulse response
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m
VAR_SI_CONVERSION=0.0;1.0;m
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=2.256750E+04
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=ALTITUDE_INDEPENDENT_NORMALIZATION
VAR_SIZE=1
VAR_DESCRIPTION=Altitude of Normalization
VAR_NOTES=
VAR_DEPEND=CONSTANT
VAR_DATA_TYPE=REAL
VAR_UNITS=m
VAR_SI_CONVERSION=0.0;1.0;m
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=2.256750E+04
VAR_FILL_VALUE=-9.999900E+03
!
! Variable Attributes
VAR_NAME=DATETIME.START
VAR_SIZE=1
VAR_DESCRIPTION=start time of the measurements
VAR_NOTES=
VAR_DEPEND=DATETIME
VAR_DATA_TYPE=DOUBLE
VAR_UNITS=MJD2K
VAR_SI_CONVERSION=0.0;86400.0;s
VAR_VALID_MIN=-9999.000000000
VAR_VALID_MAX=99999.000000000
VAR_FILL_VALUE=-9999.900000000
!
! Variable Attributes
VAR_NAME=DATETIME.STOP
VAR_SIZE=1
VAR_DESCRIPTION=stop time of the measurements
VAR_NOTES=
VAR_DEPEND=DATETIME
VAR_DATA_TYPE=DOUBLE
VAR_UNITS=MJD2K
VAR_SI_CONVERSION=0.0;86400.0;s
VAR_VALID_MIN=-9999.000000000
VAR_VALID_MAX=99999.000000000
VAR_FILL_VALUE=-9999.900000000
!
! Variable Attributes
VAR_NAME=INTEGRATION.TIME
VAR_SIZE=1
VAR_DESCRIPTION=Integration Time of the single profiles
VAR_NOTES=
VAR_DEPEND=DATETIME
VAR_DATA_TYPE=REAL
VAR_UNITS=h
VAR_SI_CONVERSION=0.0;3600.0;s
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=3.000000E+05
VAR_FILL_VALUE=-9.999900E+03
!
! End of output file created by IDLcr8ASCII
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