netcdf classic (CDF-1) {
dimensions:
	TIME = 96 ;
	HEIGHT_A = 600 ;
	HEIGHT_E = 300 ;
// global attributes:
		:location = "Sainshand" ;
		:longitude(degE) = 110.120003 ;
		:latitude(degN) = 44.8699989 ;
		:altitude(m) = 916 ;
		:date = "190316" ;
		:lidar ratio(sr) = 50 ;
		:molecular backscatter(per msr) = 1.44929152e-06, 1.44489252e-06, 1.44049363e-06, 1.43628574e-06, 1.43220518e-06, 1.42812473e-06, 1.42404417e-06, 1.41996372e-06, 1.41588316e-06, 1.4118026e-06, 1.40772192e-06, 1.40364148e-06, 1.39956092e-06, 1.39548058e-06, 1.39139991e-06, 1.38731934e-06, ... (600 values) ;
		:analysis time = "Tue Apr  2 08:12:21 2019" ;
		:data owener = "NAMHEM/NIES" ;
		:dep ratio = 1.45507824 ;
		:ir vis ratio = 20.2321949 ;
		:int abc ratio = 1.19235297e+10 ;
		:now = 2458574.0 ;
		:number_of_days = 31 ;
variables:
	int time(TIME) ;
		time:long_name = "start time of measurement" ;
		time:units = "seconds since 0000UTC of the day" ;
	float height_a(HEIGHT_A) ;
		height_a:long_name = "center height of range for attenuated backscatter" ;
		height_a:units = "m from instrument" ;
	float height_e(HEIGHT_E) ;
		height_e:long_name = "center height of range for extinction" ;
		height_e:units = "m from instrument" ;
	float absc532(HEIGHT_A, TIME) ;
		absc532:long_name = "attenuated backscatter coefficient at 532 nm" ;
		absc532:units = "/m/sr" ;
	float absc1064(HEIGHT_A, TIME) ;
		absc1064:long_name = "attenuated backscatter coefficient at 1064 nm" ;
		absc1064:units = "/m/sr" ;
	float dep532(HEIGHT_A, TIME) ;
		dep532:long_name = "volume depolarization raito at 532 nm" ;
		dep532:units = "(none)" ;
	float ext532(HEIGHT_E, TIME) ;
		ext532:long_name = "aerosol extinction coefficient at 532 nm with Fernald's method" ;
		ext532:units = "(/m)" ;
	float extd532(HEIGHT_E, TIME) ;
		extd532:long_name = "dust extinction coefficient at 532 nm" ;
		extd532:units = "(/m)" ;
		extd532:missing = "-9999:in cloud, -999:above cloud or rainy" ;
	float exts532(HEIGHT_E, TIME) ;
		exts532:long_name = "sphere extinction coefficient at 532 nm" ;
		exts532:units = "(/m)" ;
		exts532:missing = "-9999:in cloud, -999:above cloud or rainy" ;
	float mxlht(TIME) ;
		mxlht:long_name = "top height of mixing layer" ;
		mxlht:units = "(m)" ;
		mxlht:missing = "-999:not detected" ;
	float adep532(HEIGHT_E, TIME) ;
		adep532:long_name = "aerosol depolarization raito at 532 nm" ;
		adep532:units = "(none)" ;
}