Data variables for the NICAM boreal summer experiment of 2004

[MULTI LEVEL] 

3-hourly (6-hourly) mean for glevel-09 (glevel-10) 
dfq_isccp2      : cloud amount by the ISCCP simulator [frac.]
!!!!!!!!!!!!!!!!!! 49 bands stored in the vertical levels

3-hourly (6-hourly) snapshot for glevel-09 (glevel-10) 
40 layers, *: Provided only for the glevel-09 experiment, %: not available at IPRC now
ml_dh		: diabatic heating rate (cloud microphysics)  [K/s]
%*ml_swhr		: diabatic heating rate (shortwave radiation)  [K/s]
%*ml_lwhr		: diabatic heating rate (longwave radiation)  [K/s]
ml_pres	: pressure	[Pa]
ml_qc		: cloud water mixing ratio (microphysics) [kg/kg]
ml_qi		: cloud ice   mixing ratio [kg/kg]
ml_qr		: rain        mixing ratio [kg/kg]
ml_qs		: snow        mixing ratio [kg/kg]
ml_qv		: water vapor mixing ratio [kg/kg]
ml_rh		: relative humidity [frac.]
ml_rho		: density (all species) [kg/m^3]
ml_tem		: temperature [K]
ml_ucos	: zonal      velocity (multiplied by cos(lat)) [m/s]
ml_vcos	: meridional velocity (multiplied by cos(lat)) [m/s]
ml_w		: vertical   velocity [m/s]
%ml_kv_turb      : Eddy diffusive coefficient [m^2/s]
%ml_nu_turb      : Eddy viscosity coefficient [m^2/s]
%ml_qke          : twice the turbulent kinetic energy [m^2/s^2]

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[SINGLE LEVEL -- 27 variables]

glevel-09: 1.5-hourly mean
glevel-10:80-minutely (90-minutely) mean during 2004/6/1~2004/8/16 (2004/8/17~2004/8/31)
sl_albedo	: albedo [frac.]
sl_cld_frac	: cloud fraction [frac.]
sl_cldi	: column integrated solid  water [kg/m^2]
sl_cldw	: column integrated liquid water [kg/m^2]
sl_evap	: evaporation rate [kg/m^2/s]
sl_lw_toa	: outgoing long-wave flux at TOA [W/m^2]
sl_lw_toa_c	: outgoing long-wave flux at TOA (clear sky) [W/m^2]
sl_ps		: surface pressure [Pa]
sl_q2m		: 2 m water vapor mixing ratio [kg/kg]
sl_slh		: surface latent heat flux [W/m^2]
sl_slwd	: surface long-wave radiation (downward) [W/m^2]
sl_slwu	: surface long-wave radiation (upward)   [W/m^2]
sl_ssh		: surface sensible heat flux [W/m^2]
sl_sswi	: surface short-wave radiation (downward/incident) [W/m^2]
sl_sswr	: surface short-wave radiation (upward/reflected) [W/m^2]
sl_sw_toai	: downward short-wave radiation at TOA [W/m^2]
sl_sw_toar	: upward   short-wave radiation at TOA [W/m^2]
sl_sw_toar_c	: upward   short-wave radiation at TOA (clear sky) [W/m^2]
sl_t2m		: 2 m temperature [K]
sl_tauucos	: surface stress by zonal      velocity (multiplied by cos(lat)) [N/m^2]
sl_tauvcos	: surface stress by meridional velocity (multiplied by cos(lat)) [N/m^2]
sl_tem_atm	: mass weighted column averaged temperature [K]
sl_tem_sfc	: surface temperature [K]
sl_tppn	: surface precipitation rate [kg/m^2/s]
sl_ucos10m	: 10 m zonal      velocity (multiplied by cos(lat)) [m/s]
sl_vap_atm    : precipitable water [kg/m^2]
sl_vcos10m	: 10 m meridional velocity (multiplied by cos(lat)) [m/s]